Documentation of SWIS V4 final

View the 278 variables sorted by type, module, group, module/group/name, view, Level Structure, or in a view summary.

Model Assessment Results
Model Information Number
Total Number of Variables
278
Total Number of State Variables (Level+Smooth+Delay Variables)
25
Total Number of Stocks (Stocks in Level+Smooth+Delay Variables) †
25
Total Number of Macros
0
Function Sensitivity Parameters
0
Variables with Source Information
0
Data Lookup Tables
0
Time Unit
Month
Initial Time
0
Final Time
240
Time Step
1
Model Is Fully Formulated
Yes
Modeler-Defined Groups
- No -
VPM File Available
- No -

Warnings Number
Undocumented Equations
256
Equations with Embedded Data
92
Equations With Unit Errors
* *
Variables Not in Any View
0
Incompletely Defined Subscripted Variables
0
Nonmonotonic Lookup Functions
0
Cascading (Chained) Lookup Functions
0

Potential Omissions Number
Unused Variables
70
Supplementary Variables
0
Supplementary Variables Being Used
0
Overly Complex Variable Formulations (Richardson's Rule = 3)
29
Overly Complex Stock Formulations
6

Types:
L : Level (24 / 24) * SM : Smooth (1 / 1) * DE : Delay (0 / 0) * † LI : Level Initial (10) I : Initial (0)
C : Constant (51) F : Flow (22) A : Auxiliary (178) Sub: Subscripts (3) D : Data (0)
G : Game (0) T : Lookup (19 / 19) ††      
* (state variables / total stocks)
* * Feature not yet implemented.
† Total stocks do not include fixed delay variables.
†† (lookup variables / lookup tables).
 
Groups:
Control (4)
Simulation Control Parameters 		SWIS V4 final (274)
(Default)
Modules:
Default (278)
Views:
Opening View (0)Electricity demand (55)Electricity Demand Results (0)More Demand Results (0)Residential solar (130)
Residential Solar Results (0)Commercial solar (118)Commercial Solar Results (0)Utility Network (119)Utility NetworkCapacity Results (0)
Network loads results (0)Network costs (85)Solar costs (58)Costs and investments results (0)GHG emissions (0)
 
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Module
Group
Type
 Variable Name and Description
Default SWIS V4 final
(Default)		 C
a (Dmnl)
= 0
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 L
Accumulate Aver SUC over Yr ($/MWh)
= ∫ (add to cum SUC-transfer) dt + [Initial Cum SP]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Accumulated system costs ($)
= ∫ (Additions to system COSts) dt + [0]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

add to cum SUC ($/(MWh*Month))
= Total system unit COSt/"1 month"
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Additional annual bus energy saved (MWh/(year*thousand business))
= NORmal average annual buSINess demAND*Addtional fractional bus energy saved from storage
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Additional annual household energy saved (MWh/(year*thousand house))
= Additional fractional res energy saved from storage*Normal average annual residential demand
Present in 1 view:
Default SWIS V4 final
(Default)		 F,A

Additional fr solar businesses (1/Month)
= (Max fraction of solar businesses-Fraction of solar businesses)*GF solar payback 2(Business payback in years)/Solar purchase adj time
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Additional fr storage businesses (1/Month)
= (Final fr storage businesses-Fraction of storage businesses)*GF solar payback 2(Business storage payback period in years)/Solar purchase adj time
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 F,A

Additional fr storage houses (1/Month)
= (Final fr storage houses-Fraction of storage houses)*GF solar payback 2(Household storage payback period in years)/Solar purchase adj time
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Additional fractional res energy saved from storage (Dmnl)
= (1-Fraction of res energy imported)-Proportion of household demand saved
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Addtional fr solar houses (1/Month)
= (Max fraction of solar houses-Fraction of solar houses)*GF solar payback 2(Household solar payback period in years)/Solar purchase adj time
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Addtional fractional bus energy saved from storage (Dmnl)
= IF THEN ELSE( StORage capacity per buSINess>0,((1-Fraction of bus energy imported)-Proportion of business demAND saved),0)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Annual bus energy exported with storage (MWh/(year*thousand business))
= MAX((Annual bus solar generation-((1-Fraction of bus energy impORted)*Normal average annual buSINess demAND))*(1-Storage losses),0)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Annual bus storage benefits ($/(year*thousand business))
= MAX((Addtional fractional bus energy saved from storage*Normal annual business network charges)-Business solar income+(Annual bus energy exported with storage*Solar FIT),0)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Annual res energy exported with storage (MWh/(year*thousand house))
= (Annual household solar generation-((1-Fraction of res energy imported)*Normal average annual residential demand))*(1-Storage losses)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Annual res storage benefits ($/(year*thousand house))
= (Additional fractional res energy saved from storage*Normal annual residential network charges)-Household solar income+(Annual res energy exported with storage*Solar FIT)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Annual residential savings ($/(year*thousand house))
= Proportion of household demand saved*Normal annual residential network charges*(1+Tariff changes)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Annual solar benefit ($/year/thousand house)
= Annual residential savings+Household solar income
Present in 1 view:
Default SWIS V4 final
(Default)		 L
Ave hourly comm ind demand (MWh / day / thousand business)
= ∫ (Chg to average demand) dt + [14.74]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Ave hourly network load from businesses (MWh/Month)
= ∑(Monthly network load from businesses[hour of the day!])/ELMCOUNT(hour of the day)*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Ave hourly network load from houses (MWh/Month)
= ∑(Monthly network load from houses[hour of the day!])/ELMCOUNT(hour of the day)*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Average hourly business demand (MWh/(day*thousand business))
= Average monthly comm ind demand/Thousands of businesses/Days per month
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Average hourly demand (MWh/Month)
= ∑(Total monthly demand by hour[hour of the day!])/ELMCOUNT(hour of the day)/365*12
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Average hourly network load (MWh/day)
= ∑(Hourly netwORk load[hour of the day!])/ELMCOUNT(hour of the day)
Present in 1 view:
Default SWIS V4 final
(Default)		 C
Average hourly residential demand (MWh / day / thousand house)
= 0.7075
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Average hourly spot price ($/MW)
= ∑(Spot price by hour[hour of the day!])/ELMCOUNT(hour of the day)
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Average monthly comm ind demand (MWh/(Month))
= Energy intensity*Gross State Product
Description: 1476.65*365/12
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Average monthly residential demand (MWh/(Month*thousand house))
= Average hourly residential demand*Days per month
Description: 0.7075*365/12
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Average system unit cost ($/MWh)
= Cumulative SUC for Previous Yr/12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 SM
Average Tariff ($/MWh)
= SMOOTH(Average system unit cost,Smoothing time)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
b (Dmnl)
= 1
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 F,A

Business additions (thousand business/Month)
= Thousands of businesses*(Projected economic growth rate/1200)
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 A
Business growth forecast (Dmnl)
= (1+(Energy intensity % changes+Projected economic growth rate)/1200*Forecast conversion)^(Forecast Horizon in Years*12)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business payback in years (years)
= (New business array*Unit cost of solar PV)/(Business solar income+Annual buSINess savings)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business solar exported (MWh/(year*thousand business))
= MAX((Annual bus solar generation-(PropORtion of buSINess demAND saved*Normal average annual business demand)),0)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business solar income ($/(year*thousand business))
= Business solar exported*Solar FIT
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business solar only exports (MWh/Month)
Business solar only exports[hour of the day] = IF THEN ELSE(Monthly netwORk load from solar only buSINesses[hour of the day]<0, -Monthly network load from solar only businesses[hour of the day] , 0 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business storage costs ($/thousand business)
= StORage capacity per buSINess*Unit cost of solar storage
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business storage exports (MWh/Month)
Business storage exports[hour of the day] = IF THEN ELSE(Monthly netwORk load from storage buSINesses[hour of the day]<0, -Monthly network load from storage businesses[hour of the day] , 0 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business storage payback period in years (years)
= MIN(XIDZ( Business storage costs,Annual bus storage benefits,50),50)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Business storage switch (Dmnl)
= 1
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Business tariff R1 ($/kWh)
Business tariff R1[hour of the day] = GET XLS CONSTANTS(-451, -464 , -465 )
Present in 1 view:
Default SWIS V4 final
(Default)		 A
calendar year (1 [2015,0.0833333])
= TIME BASE (2015,0.0833333)
Present in 1 view:
Default SWIS V4 final
(Default)		 C
Ceiling price ($/MW)
= 200
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Changes to energy intensity (MWh/(Month*$m pa)/Month)
= Energy intensity*(Energy intensity % changes/1200)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Check (MWh/Month)
= Total monthly network load-Total monthly thermal netwORk generation
Present in 1 view:
Default SWIS V4 final
(Default)		 F,A

Chg in bus array size (MW/thousand business/Month)
= (Final ave business array-New business array)*GF solar payback 2(Business payback in years)/Solar purchase adj time
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Chg in bus peak demand (MW/Month)
= Peak business demand*((Energy intensity % changes+Projected economic growth rate)/1200)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Chg in res peak demand (MW/Month)
= Peak residential demand*Projected population growth rate/1200
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Chg in residential array size (MW/thousand house / Month)
= (Final ave residential array-New residential array)*GF solar payback 2(Household solar payback period in years)/Solar purchase adj time
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Chg to average demand (MWh/(day*thousand business)/Month)
= Ave hourly comm ind demand*(Energy intensity % changes/1200)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Coal Annual Additions (MW/Month)
= 0
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Coal Annual Retirements (MW/Month)
= IF THEN ELSE(Time>11, 20,0)
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Coal bid ($/MW)
Coal bid[hour of the day] = IF THEN ELSE(Coal generation[hour of the day]>0, GF coal(Coal generation[hour of the day]/Coal generation capacity)*Coal bid price,0)
Description: Coal bid price\! Fraction of generation capacity
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Coal bid price ($/MW)
= 35.1
Present in 2 views: Used by:
  • Coal bid - Coal bid price\! Fraction of generation capacity
Default SWIS V4 final
(Default)		 C
Coal capital costs ($/MW)
= 5.075e+006
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Coal emissions (Tonnes/Month)
= Coal GHG emission intensity*Total monthly coal generation
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Coal generation capacity (MW)
= ∫ (Coal monthly additions-Coal monthly retirements) dt + [INITIAL coal capacity]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 C
Coal GHG emission intensity (Tonnes/MWh)
= 0.88
Description: tonnes per MWh
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Coal investment ($)
= Coal capital costs*Coal generation capacity*1.15
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 F,A

Coal monthly additions (MW/Month)
= Coal Annual Additions/12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Cumulative SUC for Previous Yr ($/MWh)
= ∫ (transfer-remove previous SUC) dt + [Initial Cum SP]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Daily comm ind demand by hour (MWh/(day*thousand business))
Daily comm ind demand by hour[hour of the day] = Ave hourly comm ind demand*Monthly commercial industrial demand factors by hour[hour of the day]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Daily network load from a solar only business (MWh/(thousand business*day))
Daily network load from a solar only business[hour of the day] = Daily comm ind demand by hour[hour of the day]-Daily buSINess solar generation by hour[hour of the day]
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Daily network load from a solar only house (MWh/(thousand house*day))
Daily network load from a solar only house[hour of the day] = Daily residential demand by hour[hour of the day]-Daily household solar generation by hour[hour of the day]
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Daily residential demand by hour (MWh / day / thousand house)
Daily residential demand by hour[hour of the day] = Average hourly residential demand*Monthly residential demand factors by hour[hour of the day]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Days per month (days / Month)
= 365/12
Present in 5 views: Used by:
Default SWIS V4 final
(Default)		 A
Economy emission intensity (Tonnes/MWh)
= Total monthly GHG emissions/Total monthly electricity demand
Present in 1 view:
Default SWIS V4 final
(Default)		 L
Energy intensity (MWh/Month/$m pa)
= ∫ (Changes to energy intensity) dt + [177.23]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Energy intensity % changes (1/Month)
= -1
Description: 1% per annum
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 Sub
export hours
: GET XLS SUBSCRIPT( 'input.xlsx', 'Load profiles', 'a15', 'a21', '' )
Not Present In Any View
Used by:
Default SWIS V4 final
(Default)		 C
Final ave business array (MW/thousand business)
= 150
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Final ave residential array (MW/thousand house)
= 2.4*3
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Final fr storage businesses (Dmnl)
= Fraction of solar businesses*Business storage switch
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Final fr storage houses (Dmnl)
= Fraction of solar houses*Res storage switch
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Final solar unit cost ($/MW)
= 1e+006
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Final storage unit cost ($/MWh)
= 200
Present in 1 view: Used by:
Default Control C
FINAL TIME (Month)
= 240
Description: The final time for the simulation.
Not Present In Any View
Default SWIS V4 final
(Default)		 C
Forecast conversion (Month)
= 1
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Forecast Horizon in Years (Dmnl)
= 5
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Forecast peak business demand (MW)
= Peak business demand*(Business growth forecast)
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Forecast peak residential demand (MW)
= Peak residential demand*Residential growth forecast
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Fraction of res energy imported (Dmnl)
= GF res storage imported(SCMres)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Fraction of solar businesses (Dmnl)
= ∫ (Additional fr solar businesses) dt + [0]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 L
Fraction of solar houses (Dmnl)
= ∫ (Addtional fr solar houses) dt + [Initial fr solar houses]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 L
Fraction of storage businesses (Dmnl)
= ∫ (Additional fr storage businesses) dt + [0]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 L
Fraction of storage houses (Dmnl)
= ∫ (Additional fr storage houses) dt + [0]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Gas CC bid ($/MW)
Gas CC bid[hour of the day] = IF THEN ELSE(Gas CC generation[hour of the day]>0, GF Gas CC((Gas CC generation[hour of the day])/Gas CC generation capacity)*Gas CC bid price,0)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Gas CC bid price ($/MW)
= 98.22
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 C
Gas CC capital costs ($/MW)
= 1.6665e+006
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Gas CC generation capacity (MW)
= ∫ (Gas CC monthly additions-Gas CC monthly retirements) dt + [INITIAL Gas CC capacity]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Gas CC investment ($)
= Gas CC capital costs*Gas CC generation capacity*1.15
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 F,A

Gas CC monthly additions (MW/Month)
= Gas CCs Annual Additions/12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Gas CCs Annual Additions (MW/Month)
= 0
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Gas CCs Annual Retirements (MW/Month)
= 0
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Gas CT bid ($/MW)
Gas CT bid[hour of the day] = IF THEN ELSE( Gas CT generation[hour of the day]>0 , GF Gas CT((Gas CT generation[hour of the day])/Gas CT generation capacity)*Gas CT bid price,0)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Gas CT bid price ($/MW)
= 143.15
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 C
Gas CT capital costs ($/MW)
= 1.0845e+006
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Gas CT emission intensity (Tonnes/MWh)
= 0.515
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Gas CT emissions (Tonnes/Month)
= Gas CT emission intensity*Total monthly gas CT generation
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Gas CT generation capacity (MW)
= ∫ (Gas CT monthly additions-Gas CT monthly retirements) dt + [INITIAL Gas CT capacity]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Gas CT investment ($)
= Gas CT generation capacity*Gas CT capital costs*1.15
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 F,A

Gas CT monthly additions (MW/Month)
= Gas CTs Annual Additions/12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 Gas CT monthly costs by hour (MW)
Gas CT monthly costs by hour[hour of the day] = Gas CT monthly costs by hour-B
Present in 1 view:
Default SWIS V4 final
(Default)		 C
Gas CTs Annual Additions (MW/Month)
= 0
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Gas CTs annual retirements (MW/Month)
= IF THEN ELSE(Time=18, 390 , 0)
Present in 1 view:
Default SWIS V4 final
(Default)		 L
GF bus energy imported (Dmnl)
= [(0,0)-(24,1)],(0,1),(0.678,0.8751),(1.357,0.75),(2.035,0.6367),(5,0.1),(6,0.05),(8,0.025),(9,0.02),(15,0)
Present in 1 view:
Default SWIS V4 final
(Default)		 L
GF bus storage capacity (day)
= [(0,0)-(20,20)],(0,0),(1.75,0),(5,15),(20,15)
Present in 1 view:
Default SWIS V4 final
(Default)		 L
GF business saved demand (Dmnl)
= [(0,0)-(15,1)],(0,0),(0.678,0.12493),(1.357,0.25),(2.035,0.3633),(2.714,0.422),(3.392,0.4522),(4.071,0.47209),(6.784,0.5),(8,0.51),(10,0.515),(15,0.52)
Present in 1 view:
Default SWIS V4 final
(Default)		 L
GF coal (Dmnl)
= [(0,0)-(1,1.5)],(0,0.8),(1,1.2)
Description: \! Fraction of generation capacity
Present in 1 view: Used by:
  • Coal bid - Coal bid price\! Fraction of generation capacity
Default SWIS V4 final
(Default)		 L
GF Gas CC (Dmnl)
= [(0,0)-(1,1.5)],(0,0.8),(1,1.2)
Description: \! Fraction of generation capacity
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
GF Gas CT (Dmnl)
= [(0,0)-(1,1.5)],(0,0.8),(1,1.5)
Description: \! Fraction of generation capacity
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
GF household saved demand (Dmnl)
= [(0,0)-(15,1)],(0,0),(0.688073,0.12),(1.414,0.24),(2.021,0.322807),(2.829,0.38153),(4.243,0.42761),(5.658,0.45468),(7.072,0.47221),(8.487,0.48556),(14.144,0.5)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
GF res storage capacity (day)
= [(0,0)-(20,20)],(0,0),(1.5,0),(5,15),(20,15)
Present in 1 view:
Default SWIS V4 final
(Default)		 L
GF res storage imported (Dmnl)
= [(0,0)-(24,1)],(0,1),(5,0.15),(6.23853,0.0964912),(8,0.052),(11,0.012),(12.5,0)
Description: \! SCM
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
GF solar payback (Dmnl)
= [(0,0)-(20,1)],(0,1),(1,1),(2.263,0.644737),(3.30275,0.447368),(5,0.25),(6.66667,0.171053),(8.62385,0.122807),(20,0)
Description: \! Payback period
Present in 2 views:
Default SWIS V4 final
(Default)		 L
GF solar payback 2 (Dmnl)
= [(0,0)-(20,1)],(0,1),(1,1),(1.71254,0.557018),(2.69113,0.350877),(4.28135,0.171053),(6.72783,0.0877193),(9.90826,0.0394737),(20,0)
Description: \! Payback period
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 L
Gross State Product ($m pa)
= ∫ (GSP additions) dt + [253]
Description: as of June 2013
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

GSP additions ($m pa/Month)
= Gross State Product*(Projected economic growth rate/1200)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 Sub
hour of the day
: GET XLS SUBSCRIPT( 'input.xlsx', -470, 'a5', 'a28', '' )
Not Present In Any View
Used by:
Default SWIS V4 final
(Default)		 A
Household solar exported (MWh/(year*thousand house))
= Annual household solar generation-(Proportion of household demand saved*Normal average annual residential demand)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Household solar income ($/year/thousand house)
= Household solar exported*Solar FIT
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Household solar only exports (MWh/Month)
Household solar only exports[hour of the day] = IF THEN ELSE(Monthly residential netwORk load from solar only houses[hour of the day]<0, -Monthly residential network load from solar only houses[hour of the day] , 0 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Household solar payback period in years (years)
= New residential array*Unit cost of solar PV/(Annual residential savings+Household solar income)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Household storage costs ($/thousand house)
= StORage capacity per household*Unit cost of solar storage
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Household storage exports (MWh/Month)
Household storage exports[hour of the day] = IF THEN ELSE(Monthly residential netwORk load from storage houses[hour of the day]<0, -Monthly residential network load from storage houses[hour of the day], 0 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Household storage payback period in years (years)
= Household storage costs/Annual res storage benefits
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Housing additions (thousand house / Month)
= Thousands of houses*(Projected population growth rate/1200)
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 Sub
import hours
: GET XLS SUBSCRIPT( 'input.xlsx', 'Load profiles', 'a11', 'a23', '' )
Not Present In Any View
Used by:
Default SWIS V4 final
(Default)		 C
Initial average tariff ($/MWh)
= 296
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial Cum SP ($/MWh)
= 3546
Description: if average were 45 for previous year, 12 months of 45 = 540
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial fr solar houses (Dmnl)
= 0.155
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial New RA (MW/thousand house)
= 3.4
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial peak business demand (MW)
= 2247
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial peak residential demand (MW)
= 1178
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Initial solar investments ($)
= Initial New RA*Initial solar unit cost*Initial thousands of houses*Initial fr solar houses
Present in 1 view:
Default SWIS V4 final
(Default)		 LI,C
Initial solar unit cost ($/MW)
= 2.2e+006
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial storage unit cost ($/MWh)
= 1e+006
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial thousands of businesses (thousand business)
= 100
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 LI,C
Initial thousands of houses (thousand house)
= 899
Present in 3 views: Used by:
Default Control C
INITIAL TIME (Month)
= 0
Description: The initial time for the simulation.
Not Present In Any View
Used by:
  • Time - Internally defined simulation time.
Default SWIS V4 final
(Default)		 LI,C
Initial wind capacity (MW)
= 169
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
K3m (Dmnl)
= K3m lookup(month of year)
Present in 2 views:
Default SWIS V4 final
(Default)		 T
K3m lookup (Dmnl)
= GET XLS LOOKUPS(-443, -444 , -445 , -446 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
M2 profile (Dmnl)
M2 profile[import hours] = 0.948,0.701,0.441,0.2,0.0518,0.013,0.0693,0.147,0.288,0.46,0.673,0.846,0.984
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
M2bus (Dmnl)
M2bus[hour of the day] :EXCEPT: [import hours] = b
M2bus[import hours] = K2bus*M2 profile[import hours]
Present in 1 view:
Default SWIS V4 final
(Default)		 A
M2res (Dmnl)
M2res[hour of the day] :EXCEPT: [import hours] = b
M2res[import hours] = K2res*M2 profile[import hours]
Present in 1 view:
Default SWIS V4 final
(Default)		 A
M3 profile (Dmnl)
M3 profile[export hours] = 0.1,0.857,0.928,1,0.857,0.643,0.357
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
M3bus (Dmnl)
M3bus[hour of the day] :EXCEPT: [export hours] = a
M3bus[export hours] = K3bus*M3 profile[export hours]
Present in 1 view:
Default SWIS V4 final
(Default)		 A
M3res (Dmnl)
M3res[hour of the day] :EXCEPT: [export hours] = a
M3res[export hours] = K3res*M3 profile[export hours]
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Max coal gas cc ($/MW)
Max coal gas cc[hour of the day] = MAX(Coal bid[hour of the day], Gas CC bid[hour of the day] )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Max fraction of solar businesses (Dmnl)
= 0.5
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Max fraction of solar houses (Dmnl)
= 0.6
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Max gas CT ceiling price ($/MW)
Max gas CT ceiling price[hour of the day] = MAX(Gas CT bid[hour of the day],Ceiling price activation[hour of the day])
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Max hourly business demand (MWh/Month)
= VMAX(Monthly comm ind demand by hour[hour of the day!])*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Max hourly demand (MWh/Month)
= VMAX(Total monthly demand by hour[hour of the day!])/365*12
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Max hourly network load (MWh/day)
= VMAX(Hourly netwORk load[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Max hourly network load from businesses (MWh/Month)
= VMAX(Monthly network load from businesses[hour of the day!])*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Max hourly network load from houses (MWh/Month)
= VMAX(Monthly network load from houses[hour of the day!])*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Max hourly residential demand (MWh/Month)
= VMAX(Monthly residential demand by hour[hour of the day!])*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
max hourly spot price ($/MW)
= VMAX(Spot price by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Max monthly network load (MWh/Month)
= VMAX(Monthly network load by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Min hourly network load (MWh/day)
= VMIN(Hourly netwORk load[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Min hourly network load from businesses (MWh/Month)
= VMIN(Monthly network load from businesses[hour of the day!])*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Min hourly network load from houses (MWh/Month)
= VMIN(Monthly network load from houses[hour of the day!])*12/365
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Min monthly network load (MWh/Month)
= VMIN(Monthly network load by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
month of year (Month)
= 1+MODULO(Time, 12 )
Present in 4 views: Used by:
Default SWIS V4 final
(Default)		 A
Monthly coal capacity costs ($/Month)
= Coal generation capacity*Coal fixed COSt*1.15
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly comm ind demand by hour (MWh/Month)
Monthly comm ind demand by hour[hour of the day] = Monthly commercial industrial demand factors by hour[hour of the day]*Average monthly comm ind demand
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Monthly commercial industrial demand factors by hour (Dmnl)
Monthly commercial industrial demand factors by hour[hour of the day] = xls comm ind lookup[hour of the day](month of year)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly Gas CC capacity costs ($/Month)
= Gas CC fixed COSt*Gas CC generation capacity*1.15
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly Gas CT capacity costs ($/Month)
= Gas CT fixed COSt*Gas CT generation capacity*1.15
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly network load by hour (MWh/Month)
Monthly network load by hour[hour of the day] = Monthly network load from businesses[hour of the day]+Monthly network load from houses[hour of the day]-Monthly wind generation by hour[hour of the day]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly network load from businesses (MWh/Month)
Monthly network load from businesses[hour of the day] = Monthly network load from businesses without solar[hour of the day]+Monthly netwORk load from solar only buSINesses[hour of the day]+Monthly network load from storage businesses[hour of the day]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly network load from houses (MWh/Month)
Monthly network load from houses[hour of the day] = Monthly residential netwORk load from houses without solar[hour of the day]+Monthly residential network load from solar only houses[hour of the day]+Monthly residential network load from storage houses[hour of the day]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly residential demand by hour (MWh/Month)
Monthly residential demand by hour[hour of the day] = Monthly residential demand factors by hour[hour of the day]*Average monthly residential demand*Thousands of houses
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 A
Monthly residential demand factors by hour (Dmnl)
Monthly residential demand factors by hour[hour of the day] = xls residential lookup[hour of the day](month of year)
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 A
Monthly solar factors by hour (hours / day)
Monthly solar factors by hour[hour of the day] = xls solar lookup[hour of the day](month of year)
Present in 2 views:
Default SWIS V4 final
(Default)		 A
Monthly unit thermal network generation costs ($/MWh)
= (Total monthly thermal network generation costs/"1 month")/Total monthly thermal netwORk generation
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Monthly wind capacity costs ($/Month)
= Wind generation capacity*Wind generation fixed cost
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Monthly wind generation by hour (MWh/Month)
Monthly wind generation by hour[hour of the day] = Wind Capacity factor*Wind generation capacity*RANDOM NORMAL(0, 2.5 , 1 , 0.5 , 33 )*Days per month
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Months per year (Months/year)
= 12*24
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Network cash flows ($)
= Accumulated system costs
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Network emission intensity (Tonnes/MWh)
= Total monthly GHG emissions/Total monthly netwORk generation
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Network monthly capacity costs ($/Month)
= Monthly coal capacity costs+Monthly Gas CC capacity costs+Monthly Gas CT capacity costs+Monthly wind capacity costs
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
New business array (MW/thousand business)
= ∫ (Chg in bus array size) dt + [INITIAL NBA]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 L
New residential array (MW/thousand house)
= ∫ (Chg in residential array size) dt + [Initial New RA]
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 A
Normal annual business network charges ($/(year*thousand business))
= 33768*1000
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Normal annual residential network charges ($/ (thousand house * year))
= 1767.79*1000
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Normal average annual residential demand (MWh/(year*thousand house))
= Average monthly residential demand*Months per year
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Normal total business monthly charges ($/(Month*business))
= ∑(NORmal monthly buSINess charges by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Normal total residential monthly charges ($/(Month*house))
= ∑(NORmal monthly residential charges by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Other system costs ($/(MW*Month))
= 197000/12*1.06
Description: 1.06 is to allow for the fact that capacity is 6% higher than available capacity
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Peak business demand (MW)
= ∫ (Chg in bus peak demand) dt + [Initial peak business demand]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 L
Peak residential demand (MW)
= ∫ (Chg in res peak demand) dt + [Initial peak residential demand]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
per month (Month)
= 1
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Projected economic growth rate (1/Month)
= 3
Description: 3% pa
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Projected population growth rate (1/Month)
= 2.1
Description: 2.1% pa
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Proportion of household demand saved (Dmnl)
= GF household saved demand(SCMres)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Public and private cash flows ($)
= Network cash flows+Total private investment in solar & storage
Present in 1 view:
Default SWIS V4 final
(Default)		 F,A

remove previous SUC ($/(MWh*Month))
= Update SUC*Cumulative SUC for Previous Yr
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Res storage switch (Dmnl)
= 1
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Residential growth forecast (Dmnl)
= (1+(Projected population growth rate/1200*Forecast conversion))^(Forecast Horizon in Years*12)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Residential tariff SM1 ($/ kWh)
Residential tariff SM1[hour of the day] = GET XLS CONSTANTS(-463, -467 , -468 )
Present in 1 view:
Default Control A
SAVEPER (Month [0,?])
= TIME STEP
Description: The frequency with which output is stored.
Not Present In Any View
Default SWIS V4 final
(Default)		 T
SCMa bus lookup (MW*day/MWh)
= GET XLS LOOKUPS(-447, -452 , -453 , -454 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 T
SCMa res lookup (MW*day/MWh)
= GET XLS LOOKUPS(-455, -444 , -445 , -458 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
SCMaBus (MW*day/MWh)
= SCMa bus lookup(month of year)
Present in 1 view:
Default SWIS V4 final
(Default)		 A
SCMaRes (MW*day/MWh)
= SCMa res lookup(month of year)
Present in 1 view:
Default SWIS V4 final
(Default)		 T
SCMb bus lookup (MW*day/MWh)
= GET XLS LOOKUPS(-447, -448 , -449 , -450 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 T
SCMb res lookup (MW*day/MWh)
= GET XLS LOOKUPS(-455, -444 , -457 , -462 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
SCMbBus (MW*day/MWh)
= SCMb bus lookup(month of year)
Present in 1 view:
Default SWIS V4 final
(Default)		 A
SCMbRes (MW*day/MWh)
= SCMb res lookup(month of year)
Present in 1 view:
Default SWIS V4 final
(Default)		 A
SCMres (MW/MWh*day)
= New residential array/Average hourly residential demand
Description: SCM - Solar capacity multiplier
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Smoothing time (Months)
= 24
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Solar businesses without storage (Dmnl)
= (Fraction of solar businesses-Fraction of storage businesses)
Present in 1 view:
Default SWIS V4 final
(Default)		 F,A

Solar cost reductions ($/MW/ Month)
= (Final solar unit cost-Unit cost of solar PV)/Solar unit cost reduction time
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Solar houses without storage (Dmnl)
= Fraction of solar houses-Fraction of storage houses
Present in 1 view:
Default SWIS V4 final
(Default)		 L
Solar investments ($)
= ∫ (AdditioNAl solar investments) dt + [0]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Solar purchase adj time (Month)
= 2*12
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Solar unit cost reduction time (Month)
= 6.5*12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Spot price by hour ($/MW)
Spot price by hour[hour of the day] = MAX(Max gas CT ceiling price[hour of the day], Max coal gas cc[hour of the day] )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Storage cost adj time (Month)
= 6.5*12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

Storage cost reductions ($/(MWh*Month))
= (Final storage unit cost-Unit cost of solar storage)/Storage cost adj time
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Storage investments ($)
= ∫ (AdditioNAl stORage investments) dt + [0]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Storage losses (Dmnl)
= 0.07
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
System monthly costs ($/Month)
= Total monthly network generation costs+Network monthly capacity costs+Total monthly TDR costs+Total monthly FIT charges
Present in 2 views:
Default SWIS V4 final
(Default)		 A
Tariff changes (Dmnl)
= (Average Tariff-Initial average tariff)/Initial average tariff*0
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 C
TDC ($/(MW*Month))
= 1
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Thousands of businesses (thousand business)
= ∫ (Business additions) dt + [Initial thousands of businesses]
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 L
Thousands of houses (thousand house)
= ∫ (Housing additions) dt + [Initial thousands of houses]
Present in 3 views: Used by:
Default Control C
TIME STEP (Month [0,?])
= 1
Description: The time step for the simulation.
Not Present In Any View
Used by:
  • SAVEPER - The frequency with which output is stored.
Default SWIS V4 final
(Default)		 A
Total business storage capacity (MWh)
= Fraction of storage businesses*Thousands of businesses*StORage capacity per buSINess
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total daily comm ind demand (MWh/(day*thousand business))
= ∑(Daily comm ind demand by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total daily residential demand (MWh / day / thousand house)
= ∑(Daily residential demand by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total hourly network generation (MW)
Total hourly network generation[hour of the day] = (Coal generation[hour of the day]+Gas CC generation[hour of the day]+Gas CT generation[hour of the day])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total hourly network generation costs ($)
Total hourly network generation costs[hour of the day] = (Coal generation[hour of the day]*Coal bid[hour of the day])+(Gas CC generation[hour of the day]*Gas CC bid[hour of the day])+(Gas CT generation[hour of the day]*Gas CT bid[hour of the day])
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total initial network capacity (MW)
= Initial wind capacity+Total initial network thermal capacity
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Total initial network thermal capacity (MW)
= INITIAL coal capacity+Initial Gas CC capacity+Initial Gas CT capacity
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Total investment in network generation ($)
= Coal investment+Gas CC investment+Gas CT investment+Wind investment
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total monthly comm ind demand (MWh/Month)
= ∑(Monthly comm ind demand by hour[hour of the day!])
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly demand by hour (MWh/Month)
Total monthly demand by hour[hour of the day] = Monthly comm ind demand by hour[hour of the day]+Monthly residential demand by hour[hour of the day]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly electricity demand (MWh/Month)
= Total monthly comm ind demand+Total monthly residential demand
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly FIT charges ($/Month)
= ∑(FIT charges to utilities by hour[hour of the day!])
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly GHG emissions (Tonnes/Month)
= Coal emissions+Gas CC emISsions+Gas CT emissions
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly network generation costs ($/Month)
= ∑(NetwORk monthly generation COSts by hour[hour of the day!])/per month
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly network load (MWh/Month)
= ∑(Monthly network load by hour[hour of the day!])
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly overgeneration (MWh/Month)
= ∑(Overgeneration by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total monthly residential demand (MWh/Month)
= ∑(Monthly residential demand by hour[hour of the day!])
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly solar generation by hour (MW*hour/Month)
= (∑(Monthly comm solar generation by hour[hour of the day!])+SUM(Monthly residential solar generation by hour[hour of the day!]))
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total monthly TDR costs ($/Month)
= Transmission & distribution costs per month+(Other system costs*Total network capacity)
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly thermal network generation costs ($)
= ∑(Total hourly network generation costs[hour of the day!])*365/12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total monthly wind generation (MWh/Month)
= ∑(Monthly wind generation by hour[hour of the day!])
Present in 2 views:
Default SWIS V4 final
(Default)		 A
Total network capacity (MW)
= Total network thermal capacity+Wind Capacity Available at Peak
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Total network thermal capacity (MW)
= Coal generation capacity+Gas CC generation capacity+Gas CT generation capacity
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Total overgeneration (MWh/Month)
= ∑(Overgeneration by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total private investment in solar & storage ($)
= Solar investments+Storage investments
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Total solar exports (MWh/Month)
= ∑(Total solar exports by hour[hour of the day!])
Present in 1 view:
Default SWIS V4 final
(Default)		 A
Total solar exports by hour (MWh/Month)
Total solar exports by hour[hour of the day] = Business solar only exports[hour of the day]+Business storage exports[hour of the day]+Household solar only exports[hour of the day]+Household storage exports[hour of the day]
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 F,A

transfer ($/(MWh*Month))
= Accumulate Aver SUC over Yr*Update SUC
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Transmission & distribution costs per month ($/Month)
= IF THEN ELSE( Total network capacity/Total initial network capacity<=1,1.91621e+009/12,Total network capacity*337000/12*1.06)*TDC
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Unit cost of solar PV ($/MW)
= ∫ (Solar cost reductions) dt + [Initial solar unit cost]
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 L
Unit cost of solar storage ($/MWh)
= ∫ (Storage cost reductions) dt + [Initial storage unit cost]
Present in 3 views: Used by:
Default SWIS V4 final
(Default)		 A
Update SUC (1/(Month))
= IF THEN ELSE(month of year=1, 1*SUC conv, 0*SUC conv )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Wind Annual Additions (MW/Month)
= 0
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Wind Capacity Available at Peak (MW)
= Wind generation capacity*Wind Peak hour availability factor
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Wind Capacity factor (MWh/MW/day)
= 0.38
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Wind capital costs ($/MW)
= 3.795e+006
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 L
Wind generation capacity (MW)
= ∫ (Wind monthly additions) dt + [Initial wind capacity]
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 A
Wind generation fixed cost ($/(MW*Month))
= 366000/12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 A
Wind investment ($)
= Wind generation capacity*Wind capital costs
Present in 2 views: Used by:
Default SWIS V4 final
(Default)		 F,A

Wind monthly additions (MW/Month)
= Wind Annual Additions/12
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 Wind monthly costs by hour ($/MWh)
Wind monthly costs by hour[hour of the day] = Wind monthly costs by hour-B
Present in 1 view:
Default SWIS V4 final
(Default)		 C
Wind Peak hour availability factor (Dmnl)
= 0.38
Description: 38% was Bill's wind capacity factor, assume this applies to peak hour
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 C
Wind variable cost ($/MW)
= 13.2
Present in 2 views:
Default SWIS V4 final
(Default)		 T
xls comm ind lookup (Dmnl)
xls comm ind lookup[hour of the day] = GET XLS LOOKUPS( -455 , -470 , -471 , -472 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 T
xls residential lookup (Dmnl)
xls residential lookup[hour of the day] = GET XLS LOOKUPS( -443 , -470 , -479 , -480 )
Present in 1 view: Used by:
Default SWIS V4 final
(Default)		 T
xls solar lookup (hours/day)
xls solar lookup[hour of the day] = GET XLS LOOKUPS( -447 , -474 , -475 , -476 )
Present in 1 view: Used by:

List of 256 Undocumented Variables

Module
Group
Type
 Undocumented Variable (256)
Default SWIS V4 final C a (Dmnl)
Default SWIS V4 final L Accumulate Aver SUC over Yr ($/MWh)
Default SWIS V4 final L Accumulated system costs ($)
Default SWIS V4 final F,A add to cum SUC ($/(MWh*Month))
Default SWIS V4 final A Additional annual bus energy saved (MWh/(year*thousand business))
Default SWIS V4 final A Additional annual household energy saved (MWh/(year*thousand house))
Default SWIS V4 final F,A Additional fr solar businesses (1/Month)
Default SWIS V4 final F,A Additional fr storage businesses (1/Month)
Default SWIS V4 final F,A Additional fr storage houses (1/Month)
Default SWIS V4 final A Additional fractional res energy saved from storage (Dmnl)
Default SWIS V4 final F,A Addtional fr solar houses (1/Month)
Default SWIS V4 final A Addtional fractional bus energy saved from storage (Dmnl)
Default SWIS V4 final A Annual bus energy exported with storage (MWh/(year*thousand business))
Default SWIS V4 final A Annual bus storage benefits ($/(year*thousand business))
Default SWIS V4 final A Annual res energy exported with storage (MWh/(year*thousand house))
Default SWIS V4 final A Annual res storage benefits ($/(year*thousand house))
Default SWIS V4 final A Annual residential savings ($/(year*thousand house))
Default SWIS V4 final A Annual solar benefit ($/year/thousand house)
Default SWIS V4 final L Ave hourly comm ind demand (MWh / day / thousand business)
Default SWIS V4 final A Ave hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Ave hourly network load from houses (MWh/Month)
Default SWIS V4 final A Average hourly business demand (MWh/(day*thousand business))
Default SWIS V4 final A Average hourly demand (MWh/Month)
Default SWIS V4 final A Average hourly network load (MWh/day)
Default SWIS V4 final C Average hourly residential demand (MWh / day / thousand house)
Default SWIS V4 final A Average hourly spot price ($/MW)
Default SWIS V4 final A Average system unit cost ($/MWh)
Default SWIS V4 final SM Average Tariff ($/MWh)
Default SWIS V4 final C b (Dmnl)
Default SWIS V4 final F,A Business additions (thousand business/Month)
Default SWIS V4 final A Business growth forecast (Dmnl)
Default SWIS V4 final A Business payback in years (years)
Default SWIS V4 final A Business solar exported (MWh/(year*thousand business))
Default SWIS V4 final A Business solar income ($/(year*thousand business))
Default SWIS V4 final A Business solar only exports (MWh/Month)
Default SWIS V4 final A Business storage costs ($/thousand business)
Default SWIS V4 final A Business storage exports (MWh/Month)
Default SWIS V4 final A Business storage payback period in years (years)
Default SWIS V4 final C Business storage switch (Dmnl)
Default SWIS V4 final A Business tariff R1 ($/kWh)
Default SWIS V4 final A calendar year (1 [2015,0.0833333])
Default SWIS V4 final C Ceiling price ($/MW)
Default SWIS V4 final F,A Changes to energy intensity (MWh/(Month*$m pa)/Month)
Default SWIS V4 final A Check (MWh/Month)
Default SWIS V4 final F,A Chg in bus array size (MW/thousand business/Month)
Default SWIS V4 final F,A Chg in bus peak demand (MW/Month)
Default SWIS V4 final F,A Chg in res peak demand (MW/Month)
Default SWIS V4 final F,A Chg in residential array size (MW/thousand house / Month)
Default SWIS V4 final F,A Chg to average demand (MWh/(day*thousand business)/Month)
Default SWIS V4 final C Coal Annual Additions (MW/Month)
Default SWIS V4 final A Coal Annual Retirements (MW/Month)
Default SWIS V4 final C Coal bid price ($/MW)
Default SWIS V4 final C Coal capital costs ($/MW)
Default SWIS V4 final A Coal emissions (Tonnes/Month)
Default SWIS V4 final L Coal generation capacity (MW)
Default SWIS V4 final A Coal investment ($)
Default SWIS V4 final F,A Coal monthly additions (MW/Month)
Default SWIS V4 final L Cumulative SUC for Previous Yr ($/MWh)
Default SWIS V4 final A Daily comm ind demand by hour (MWh/(day*thousand business))
Default SWIS V4 final A Daily network load from a solar only business (MWh/(thousand business*day))
Default SWIS V4 final A Daily network load from a solar only house (MWh/(thousand house*day))
Default SWIS V4 final A Daily residential demand by hour (MWh / day / thousand house)
Default SWIS V4 final A Days per month (days / Month)
Default SWIS V4 final A Economy emission intensity (Tonnes/MWh)
Default SWIS V4 final L Energy intensity (MWh/Month/$m pa)
Default SWIS V4 final Sub export hours
Default SWIS V4 final C Final ave business array (MW/thousand business)
Default SWIS V4 final A Final ave residential array (MW/thousand house)
Default SWIS V4 final A Final fr storage businesses (Dmnl)
Default SWIS V4 final A Final fr storage houses (Dmnl)
Default SWIS V4 final C Final solar unit cost ($/MW)
Default SWIS V4 final C Final storage unit cost ($/MWh)
Default SWIS V4 final C Forecast conversion (Month)
Default SWIS V4 final C Forecast Horizon in Years (Dmnl)
Default SWIS V4 final A Forecast peak business demand (MW)
Default SWIS V4 final A Forecast peak residential demand (MW)
Default SWIS V4 final A Fraction of res energy imported (Dmnl)
Default SWIS V4 final L Fraction of solar businesses (Dmnl)
Default SWIS V4 final L Fraction of solar houses (Dmnl)
Default SWIS V4 final L Fraction of storage businesses (Dmnl)
Default SWIS V4 final L Fraction of storage houses (Dmnl)
Default SWIS V4 final A Gas CC bid ($/MW)
Default SWIS V4 final C Gas CC bid price ($/MW)
Default SWIS V4 final C Gas CC capital costs ($/MW)
Default SWIS V4 final L Gas CC generation capacity (MW)
Default SWIS V4 final A Gas CC investment ($)
Default SWIS V4 final F,A Gas CC monthly additions (MW/Month)
Default SWIS V4 final C Gas CCs Annual Additions (MW/Month)
Default SWIS V4 final C Gas CCs Annual Retirements (MW/Month)
Default SWIS V4 final A Gas CT bid ($/MW)
Default SWIS V4 final C Gas CT bid price ($/MW)
Default SWIS V4 final C Gas CT capital costs ($/MW)
Default SWIS V4 final C Gas CT emission intensity (Tonnes/MWh)
Default SWIS V4 final A Gas CT emissions (Tonnes/Month)
Default SWIS V4 final L Gas CT generation capacity (MW)
Default SWIS V4 final A Gas CT investment ($)
Default SWIS V4 final F,A Gas CT monthly additions (MW/Month)
Default SWIS V4 final Gas CT monthly costs by hour (MW)
Default SWIS V4 final C Gas CTs Annual Additions (MW/Month)
Default SWIS V4 final A Gas CTs annual retirements (MW/Month)
Default SWIS V4 final L GF bus energy imported (Dmnl)
Default SWIS V4 final L GF bus storage capacity (day)
Default SWIS V4 final L GF business saved demand (Dmnl)
Default SWIS V4 final L GF household saved demand (Dmnl)
Default SWIS V4 final L GF res storage capacity (day)
Default SWIS V4 final F,A GSP additions ($m pa/Month)
Default SWIS V4 final Sub hour of the day
Default SWIS V4 final A Household solar exported (MWh/(year*thousand house))
Default SWIS V4 final A Household solar income ($/year/thousand house)
Default SWIS V4 final A Household solar only exports (MWh/Month)
Default SWIS V4 final A Household solar payback period in years (years)
Default SWIS V4 final A Household storage costs ($/thousand house)
Default SWIS V4 final A Household storage exports (MWh/Month)
Default SWIS V4 final A Household storage payback period in years (years)
Default SWIS V4 final F,A Housing additions (thousand house / Month)
Default SWIS V4 final Sub import hours
Default SWIS V4 final C Initial average tariff ($/MWh)
Default SWIS V4 final LI,C Initial fr solar houses (Dmnl)
Default SWIS V4 final LI,C Initial New RA (MW/thousand house)
Default SWIS V4 final LI,C Initial peak business demand (MW)
Default SWIS V4 final LI,C Initial peak residential demand (MW)
Default SWIS V4 final A Initial solar investments ($)
Default SWIS V4 final LI,C Initial solar unit cost ($/MW)
Default SWIS V4 final LI,C Initial storage unit cost ($/MWh)
Default SWIS V4 final LI,C Initial thousands of businesses (thousand business)
Default SWIS V4 final LI,C Initial thousands of houses (thousand house)
Default SWIS V4 final LI,C Initial wind capacity (MW)
Default SWIS V4 final A K3m (Dmnl)
Default SWIS V4 final T K3m lookup (Dmnl)
Default SWIS V4 final A M2 profile (Dmnl)
Default SWIS V4 final A M2bus (Dmnl)
Default SWIS V4 final A M2res (Dmnl)
Default SWIS V4 final A M3 profile (Dmnl)
Default SWIS V4 final A M3bus (Dmnl)
Default SWIS V4 final A M3res (Dmnl)
Default SWIS V4 final A Max coal gas cc ($/MW)
Default SWIS V4 final C Max fraction of solar businesses (Dmnl)
Default SWIS V4 final C Max fraction of solar houses (Dmnl)
Default SWIS V4 final A Max gas CT ceiling price ($/MW)
Default SWIS V4 final A Max hourly business demand (MWh/Month)
Default SWIS V4 final A Max hourly demand (MWh/Month)
Default SWIS V4 final A Max hourly network load (MWh/day)
Default SWIS V4 final A Max hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Max hourly network load from houses (MWh/Month)
Default SWIS V4 final A Max hourly residential demand (MWh/Month)
Default SWIS V4 final A max hourly spot price ($/MW)
Default SWIS V4 final A Max monthly network load (MWh/Month)
Default SWIS V4 final A Min hourly network load (MWh/day)
Default SWIS V4 final A Min hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Min hourly network load from houses (MWh/Month)
Default SWIS V4 final A Min monthly network load (MWh/Month)
Default SWIS V4 final A month of year (Month)
Default SWIS V4 final A Monthly coal capacity costs ($/Month)
Default SWIS V4 final A Monthly comm ind demand by hour (MWh/Month)
Default SWIS V4 final A Monthly commercial industrial demand factors by hour (Dmnl)
Default SWIS V4 final A Monthly Gas CC capacity costs ($/Month)
Default SWIS V4 final A Monthly Gas CT capacity costs ($/Month)
Default SWIS V4 final A Monthly network load by hour (MWh/Month)
Default SWIS V4 final A Monthly network load from businesses (MWh/Month)
Default SWIS V4 final A Monthly network load from houses (MWh/Month)
Default SWIS V4 final A Monthly residential demand by hour (MWh/Month)
Default SWIS V4 final A Monthly residential demand factors by hour (Dmnl)
Default SWIS V4 final A Monthly solar factors by hour (hours / day)
Default SWIS V4 final A Monthly unit thermal network generation costs ($/MWh)
Default SWIS V4 final A Monthly wind capacity costs ($/Month)
Default SWIS V4 final A Monthly wind generation by hour (MWh/Month)
Default SWIS V4 final A Months per year (Months/year)
Default SWIS V4 final A Network cash flows ($)
Default SWIS V4 final A Network emission intensity (Tonnes/MWh)
Default SWIS V4 final A Network monthly capacity costs ($/Month)
Default SWIS V4 final L New business array (MW/thousand business)
Default SWIS V4 final L New residential array (MW/thousand house)
Default SWIS V4 final A Normal annual business network charges ($/(year*thousand business))
Default SWIS V4 final A Normal annual residential network charges ($/ (thousand house * year))
Default SWIS V4 final A Normal average annual residential demand (MWh/(year*thousand house))
Default SWIS V4 final A Normal total business monthly charges ($/(Month*business))
Default SWIS V4 final A Normal total residential monthly charges ($/(Month*house))
Default SWIS V4 final L Peak business demand (MW)
Default SWIS V4 final L Peak residential demand (MW)
Default SWIS V4 final C per month (Month)
Default SWIS V4 final A Proportion of household demand saved (Dmnl)
Default SWIS V4 final A Public and private cash flows ($)
Default SWIS V4 final F,A remove previous SUC ($/(MWh*Month))
Default SWIS V4 final C Res storage switch (Dmnl)
Default SWIS V4 final A Residential growth forecast (Dmnl)
Default SWIS V4 final A Residential tariff SM1 ($/ kWh)
Default SWIS V4 final T SCMa bus lookup (MW*day/MWh)
Default SWIS V4 final T SCMa res lookup (MW*day/MWh)
Default SWIS V4 final A SCMaBus (MW*day/MWh)
Default SWIS V4 final A SCMaRes (MW*day/MWh)
Default SWIS V4 final T SCMb bus lookup (MW*day/MWh)
Default SWIS V4 final T SCMb res lookup (MW*day/MWh)
Default SWIS V4 final A SCMbBus (MW*day/MWh)
Default SWIS V4 final A SCMbRes (MW*day/MWh)
Default SWIS V4 final C Smoothing time (Months)
Default SWIS V4 final A Solar businesses without storage (Dmnl)
Default SWIS V4 final F,A Solar cost reductions ($/MW/ Month)
Default SWIS V4 final A Solar houses without storage (Dmnl)
Default SWIS V4 final L Solar investments ($)
Default SWIS V4 final A Solar purchase adj time (Month)
Default SWIS V4 final A Solar unit cost reduction time (Month)
Default SWIS V4 final A Spot price by hour ($/MW)
Default SWIS V4 final A Storage cost adj time (Month)
Default SWIS V4 final F,A Storage cost reductions ($/(MWh*Month))
Default SWIS V4 final L Storage investments ($)
Default SWIS V4 final C Storage losses (Dmnl)
Default SWIS V4 final A System monthly costs ($/Month)
Default SWIS V4 final A Tariff changes (Dmnl)
Default SWIS V4 final C TDC ($/(MW*Month))
Default SWIS V4 final L Thousands of businesses (thousand business)
Default SWIS V4 final L Thousands of houses (thousand house)
Default SWIS V4 final A Total business storage capacity (MWh)
Default SWIS V4 final A Total daily comm ind demand (MWh/(day*thousand business))
Default SWIS V4 final A Total daily residential demand (MWh / day / thousand house)
Default SWIS V4 final A Total hourly network generation (MW)
Default SWIS V4 final A Total hourly network generation costs ($)
Default SWIS V4 final A Total initial network capacity (MW)
Default SWIS V4 final A Total initial network thermal capacity (MW)
Default SWIS V4 final A Total investment in network generation ($)
Default SWIS V4 final A Total monthly comm ind demand (MWh/Month)
Default SWIS V4 final A Total monthly demand by hour (MWh/Month)
Default SWIS V4 final A Total monthly electricity demand (MWh/Month)
Default SWIS V4 final A Total monthly FIT charges ($/Month)
Default SWIS V4 final A Total monthly GHG emissions (Tonnes/Month)
Default SWIS V4 final A Total monthly network generation costs ($/Month)
Default SWIS V4 final A Total monthly network load (MWh/Month)
Default SWIS V4 final A Total monthly overgeneration (MWh/Month)
Default SWIS V4 final A Total monthly residential demand (MWh/Month)
Default SWIS V4 final A Total monthly solar generation by hour (MW*hour/Month)
Default SWIS V4 final A Total monthly TDR costs ($/Month)
Default SWIS V4 final A Total monthly thermal network generation costs ($)
Default SWIS V4 final A Total monthly wind generation (MWh/Month)
Default SWIS V4 final A Total network capacity (MW)
Default SWIS V4 final A Total network thermal capacity (MW)
Default SWIS V4 final A Total overgeneration (MWh/Month)
Default SWIS V4 final A Total private investment in solar & storage ($)
Default SWIS V4 final A Total solar exports (MWh/Month)
Default SWIS V4 final A Total solar exports by hour (MWh/Month)
Default SWIS V4 final F,A transfer ($/(MWh*Month))
Default SWIS V4 final A Transmission & distribution costs per month ($/Month)
Default SWIS V4 final L Unit cost of solar PV ($/MW)
Default SWIS V4 final L Unit cost of solar storage ($/MWh)
Default SWIS V4 final A Update SUC (1/(Month))
Default SWIS V4 final C Wind Annual Additions (MW/Month)
Default SWIS V4 final A Wind Capacity Available at Peak (MW)
Default SWIS V4 final C Wind Capacity factor (MWh/MW/day)
Default SWIS V4 final C Wind capital costs ($/MW)
Default SWIS V4 final L Wind generation capacity (MW)
Default SWIS V4 final A Wind generation fixed cost ($/(MW*Month))
Default SWIS V4 final A Wind investment ($)
Default SWIS V4 final F,A Wind monthly additions (MW/Month)
Default SWIS V4 final Wind monthly costs by hour ($/MWh)
Default SWIS V4 final C Wind variable cost ($/MW)
Default SWIS V4 final T xls comm ind lookup (Dmnl)
Default SWIS V4 final T xls residential lookup (Dmnl)
Default SWIS V4 final T xls solar lookup (hours/day)

List of 6 Overly Complex Stock Formulations

Module
Group
Type
 Variable (6)
Default SWIS V4 final L Accumulated system costs ($)
Default SWIS V4 final L Coal generation capacity (MW)
Default SWIS V4 final L Gas CC generation capacity (MW)
Default SWIS V4 final L Gas CT generation capacity (MW)
Default SWIS V4 final L Solar investments ($)
Default SWIS V4 final L Storage investments ($)

Formulation Complexity Summary (Violations of Richardson's Rule)

Module
Group
Type
 Variable
Complexity Score
Default SWIS V4 final A Daily network load from a solar only business (MWh/(thousand business*day))
4
Default SWIS V4 final A Daily network load from a solar only house (MWh/(thousand house*day))
4
Default SWIS V4 final A System monthly costs ($/Month)
4
Default SWIS V4 final A Household solar payback period in years (years)
4
Default SWIS V4 final A Max gas CT ceiling price ($/MW)
4
Default SWIS V4 final A Business growth forecast (Dmnl)
4
Default SWIS V4 final A Initial solar investments ($)
4
Default SWIS V4 final A Annual res energy exported with storage (MWh/(year*thousand house))
4
Default SWIS V4 final A Monthly residential demand by hour (MWh/Month)
4
Default SWIS V4 final A Monthly network load by hour (MWh/Month)
4
Default SWIS V4 final A Total investment in network generation ($)
4
Default SWIS V4 final A Total monthly network generation costs ($/Month)
4
Default SWIS V4 final A Total business storage capacity (MWh)
4
Default SWIS V4 final A Network monthly capacity costs ($/Month)
4
Default SWIS V4 final A Monthly network load from businesses (MWh/Month)
4
Default SWIS V4 final A Gas CC bid ($/MW)
5
Default SWIS V4 final F,A Additional fr solar businesses (1/Month)
5
Default SWIS V4 final A Annual bus storage benefits ($/(year*thousand business))
5
Default SWIS V4 final A Business payback in years (years)
5
Default SWIS V4 final F,A Addtional fr solar houses (1/Month)
5
Default SWIS V4 final A Total solar exports by hour (MWh/Month)
5
Default SWIS V4 final F,A Chg in residential array size (MW/thousand house / Month)
5
Default SWIS V4 final A Coal bid ($/MW)
5
Default SWIS V4 final A Total hourly network generation costs ($)
5
Default SWIS V4 final F,A Additional fr storage houses (1/Month)
5
Default SWIS V4 final F,A Additional fr storage businesses (1/Month)
5
Default SWIS V4 final F,A Chg in bus array size (MW/thousand business/Month)
5
Default SWIS V4 final A Gas CT bid ($/MW)
5
Default SWIS V4 final A Annual res storage benefits ($/(year*thousand house))
5

List of 92 Equations with Embedded Data

Module
Group
Type
 Variable (92)
Default SWIS V4 final A Monthly wind generation by hour (MWh/Month)
Default SWIS V4 final A Months per year (Months/year)
Default SWIS V4 final A Residential growth forecast (Dmnl)
Default SWIS V4 final A Other system costs ($/(MW*Month))
Default SWIS V4 final A Annual residential savings ($/(year*thousand house))
Default SWIS V4 final A Normal annual business network charges ($/(year*thousand business))
Default SWIS V4 final A Normal annual residential network charges ($/ (thousand house * year))
Default SWIS V4 final A Business growth forecast (Dmnl)
Default SWIS V4 final A Update SUC (1/(Month))
Default SWIS V4 final A Transmission & distribution costs per month ($/Month)
Default SWIS V4 final A Average system unit cost ($/MWh)
Default SWIS V4 final A Gas CTs annual retirements (MW/Month)
Default SWIS V4 final A Coal Annual Retirements (MW/Month)
Default SWIS V4 final A Business solar only exports (MWh/Month)
Default SWIS V4 final A Household storage exports (MWh/Month)
Default SWIS V4 final A Monthly Gas CC capacity costs ($/Month)
Default SWIS V4 final A Business storage exports (MWh/Month)
Default SWIS V4 final A Household solar only exports (MWh/Month)
Default SWIS V4 final A Monthly Gas CT capacity costs ($/Month)
Default SWIS V4 final A Monthly coal capacity costs ($/Month)
Default SWIS V4 final A Tariff changes (Dmnl)
Default SWIS V4 final L Accumulated system costs ($)
Default SWIS V4 final L Storage investments ($)
Default SWIS V4 final A Gas CC investment ($)
Default SWIS V4 final A Gas CT investment ($)
Default SWIS V4 final A Coal investment ($)
Default SWIS V4 final L Solar investments ($)
Default SWIS V4 final A Wind generation fixed cost ($/(MW*Month))
Default SWIS V4 final L Ave hourly comm ind demand (MWh / day / thousand business)
Default SWIS V4 final F,A Chg to average demand (MWh/(day*thousand business)/Month)
Default SWIS V4 final T K3m lookup (Dmnl)
Default SWIS V4 final A Min hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Min hourly network load from houses (MWh/Month)
Default SWIS V4 final A Max hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Ave hourly network load from houses (MWh/Month)
Default SWIS V4 final A Max hourly network load from houses (MWh/Month)
Default SWIS V4 final A Ave hourly network load from businesses (MWh/Month)
Default SWIS V4 final T SCMb bus lookup (MW*day/MWh)
Default SWIS V4 final A M2bus (Dmnl)
Default SWIS V4 final A Addtional fractional bus energy saved from storage (Dmnl)
Default SWIS V4 final A M3bus (Dmnl)
Default SWIS V4 final A Annual bus storage benefits ($/(year*thousand business))
Default SWIS V4 final T SCMa bus lookup (MW*day/MWh)
Default SWIS V4 final L Fraction of storage businesses (Dmnl)
Default SWIS V4 final A Annual bus energy exported with storage (MWh/(year*thousand business))
Default SWIS V4 final A Business solar exported (MWh/(year*thousand business))
Default SWIS V4 final A Business storage payback period in years (years)
Default SWIS V4 final F,A Business additions (thousand business/Month)
Default SWIS V4 final A M3res (Dmnl)
Default SWIS V4 final A M3 profile (Dmnl)
Default SWIS V4 final A M2res (Dmnl)
Default SWIS V4 final A M2 profile (Dmnl)
Default SWIS V4 final Sub export hours
Default SWIS V4 final Sub import hours
Default SWIS V4 final T SCMa res lookup (MW*day/MWh)
Default SWIS V4 final T SCMb res lookup (MW*day/MWh)
Default SWIS V4 final A Average hourly demand (MWh/Month)
Default SWIS V4 final A Max hourly business demand (MWh/Month)
Default SWIS V4 final A Max hourly residential demand (MWh/Month)
Default SWIS V4 final F,A Chg in res peak demand (MW/Month)
Default SWIS V4 final F,A Gas CT monthly additions (MW/Month)
Default SWIS V4 final F,A Gas CC monthly additions (MW/Month)
Default SWIS V4 final F,A Coal monthly additions (MW/Month)
Default SWIS V4 final F,A Wind monthly additions (MW/Month)
Default SWIS V4 final A calendar year (1 [2015,0.0833333])
Default SWIS V4 final A Annual res energy exported with storage (MWh/(year*thousand house))
Default SWIS V4 final A Days per month (days / Month)
Default SWIS V4 final A Additional fractional res energy saved from storage (Dmnl)
Default SWIS V4 final A Storage cost adj time (Month)
Default SWIS V4 final L Fraction of storage houses (Dmnl)
Default SWIS V4 final F,A Chg in bus peak demand (MW/Month)
Default SWIS V4 final F,A Changes to energy intensity (MWh/(Month*$m pa)/Month)
Default SWIS V4 final L Energy intensity (MWh/Month/$m pa)
Default SWIS V4 final A Final ave residential array (MW/thousand house)
Default SWIS V4 final A Max hourly demand (MWh/Month)
Default SWIS V4 final A Gas CC bid ($/MW)
Default SWIS V4 final A Coal bid ($/MW)
Default SWIS V4 final A Gas CT bid ($/MW)
Default SWIS V4 final A Total monthly thermal network generation costs ($)
Default SWIS V4 final A Business tariff R1 ($/kWh)
Default SWIS V4 final A Solar purchase adj time (Month)
Default SWIS V4 final A Solar unit cost reduction time (Month)
Default SWIS V4 final L Fraction of solar businesses (Dmnl)
Default SWIS V4 final A Residential tariff SM1 ($/ kWh)
Default SWIS V4 final F,A GSP additions ($m pa/Month)
Default SWIS V4 final L Gross State Product ($m pa)
Default SWIS V4 final F,A Housing additions (thousand house / Month)
Default SWIS V4 final T xls comm ind lookup (Dmnl)
Default SWIS V4 final T xls solar lookup (hours/day)
Default SWIS V4 final T xls residential lookup (Dmnl)
Default SWIS V4 final Sub hour of the day
Default SWIS V4 final A month of year (Month)

List of 25 State Variables

Module
Group
Type
 Variable
Default SWIS V4 final L Accumulate Aver SUC over Yr ($/MWh)
Default SWIS V4 final L Accumulated system costs ($)
Default SWIS V4 final L Ave hourly comm ind demand (MWh / day / thousand business)
Default SWIS V4 final SM Average Tariff ($/MWh)
Default SWIS V4 final L Coal generation capacity (MW)
Default SWIS V4 final L Cumulative SUC for Previous Yr ($/MWh)
Default SWIS V4 final L Energy intensity (MWh/Month/$m pa)
Default SWIS V4 final L Fraction of solar businesses (Dmnl)
Default SWIS V4 final L Fraction of solar houses (Dmnl)
Default SWIS V4 final L Fraction of storage businesses (Dmnl)
Default SWIS V4 final L Fraction of storage houses (Dmnl)
Default SWIS V4 final L Gas CC generation capacity (MW)
Default SWIS V4 final L Gas CT generation capacity (MW)
Default SWIS V4 final L Gross State Product ($m pa)
Default SWIS V4 final L New business array (MW/thousand business)
Default SWIS V4 final L New residential array (MW/thousand house)
Default SWIS V4 final L Peak business demand (MW)
Default SWIS V4 final L Peak residential demand (MW)
Default SWIS V4 final L Solar investments ($)
Default SWIS V4 final L Storage investments ($)
Default SWIS V4 final L Thousands of businesses (thousand business)
Default SWIS V4 final L Thousands of houses (thousand house)
Default SWIS V4 final L Unit cost of solar PV ($/MW)
Default SWIS V4 final L Unit cost of solar storage ($/MWh)
Default SWIS V4 final L Wind generation capacity (MW)

List of 70 Unused Variables

Module
Group
Type
 Unused Variable (70)
Default SWIS V4 final A Total monthly wind generation (MWh/Month)
Default SWIS V4 final C Wind variable cost ($/MW)
Default SWIS V4 final A Monthly unit thermal network generation costs ($/MWh)
Default SWIS V4 final A Average hourly business demand (MWh/(day*thousand business))
Default SWIS V4 final Wind monthly costs by hour ($/MWh)
Default SWIS V4 final A Total overgeneration (MWh/Month)
Default SWIS V4 final A Total monthly overgeneration (MWh/Month)
Default SWIS V4 final A Max hourly network load (MWh/day)
Default SWIS V4 final A Total solar exports (MWh/Month)
Default SWIS V4 final A Average hourly network load (MWh/day)
Default SWIS V4 final A Min hourly network load (MWh/day)
Default SWIS V4 final A Gas CTs annual retirements (MW/Month)
Default SWIS V4 final A Coal Annual Retirements (MW/Month)
Default SWIS V4 final A System monthly costs ($/Month)
Default SWIS V4 final A Annual solar benefit ($/year/thousand house)
Default SWIS V4 final A Public and private cash flows ($)
Default SWIS V4 final A Economy emission intensity (Tonnes/MWh)
Default SWIS V4 final A Network emission intensity (Tonnes/MWh)
Default SWIS V4 final A Total investment in network generation ($)
Default SWIS V4 final A Total business storage capacity (MWh)
Default SWIS V4 final A Initial solar investments ($)
Default SWIS V4 final Gas CT monthly costs by hour (MW)
Default SWIS V4 final A max hourly spot price ($/MW)
Default SWIS V4 final A K3m (Dmnl)
Default SWIS V4 final A Min hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Min hourly network load from houses (MWh/Month)
Default SWIS V4 final A Max hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Ave hourly network load from houses (MWh/Month)
Default SWIS V4 final A Max hourly network load from houses (MWh/Month)
Default SWIS V4 final A Ave hourly network load from businesses (MWh/Month)
Default SWIS V4 final A Daily network load from a solar only business (MWh/(thousand business*day))
Default SWIS V4 final A Solar businesses without storage (Dmnl)
Default SWIS V4 final A SCMaBus (MW*day/MWh)
Default SWIS V4 final A M2bus (Dmnl)
Default SWIS V4 final A M3bus (Dmnl)
Default SWIS V4 final A Total daily comm ind demand (MWh/(day*thousand business))
Default SWIS V4 final A SCMbBus (MW*day/MWh)
Default SWIS V4 final A Additional annual bus energy saved (MWh/(year*thousand business))
Default SWIS V4 final L GF bus storage capacity (day)
Default SWIS V4 final L GF bus energy imported (Dmnl)
Default SWIS V4 final A Daily network load from a solar only house (MWh/(thousand house*day))
Default SWIS V4 final A M3res (Dmnl)
Default SWIS V4 final A M2res (Dmnl)
Default SWIS V4 final A Solar houses without storage (Dmnl)
Default SWIS V4 final A SCMbRes (MW*day/MWh)
Default SWIS V4 final A SCMaRes (MW*day/MWh)
Default SWIS V4 final A Average hourly demand (MWh/Month)
Default SWIS V4 final A Total hourly network generation (MW)
Default SWIS V4 final A Max hourly business demand (MWh/Month)
Default SWIS V4 final A Max hourly residential demand (MWh/Month)
Default SWIS V4 final A Forecast peak residential demand (MW)
Default SWIS V4 final C Gas CCs Annual Retirements (MW/Month)
Default SWIS V4 final A calendar year (1 [2015,0.0833333])
Default SWIS V4 final A Min monthly network load (MWh/Month)
Default SWIS V4 final A Max monthly network load (MWh/Month)
Default SWIS V4 final L GF res storage capacity (day)
Default SWIS V4 final A Additional annual household energy saved (MWh/(year*thousand house))
Default SWIS V4 final A Total daily residential demand (MWh / day / thousand house)
Default SWIS V4 final A Forecast peak business demand (MW)
Default SWIS V4 final A Average hourly spot price ($/MW)
Default SWIS V4 final L GF business saved demand (Dmnl)
Default SWIS V4 final A Check (MWh/Month)
Default SWIS V4 final A Total monthly solar generation by hour (MW*hour/Month)
Default SWIS V4 final A Max hourly demand (MWh/Month)
Default SWIS V4 final A Normal total business monthly charges ($/(Month*business))
Default SWIS V4 final A Business tariff R1 ($/kWh)
Default SWIS V4 final A Normal total residential monthly charges ($/(Month*house))
Default SWIS V4 final L GF solar payback (Dmnl)
Default SWIS V4 final A Residential tariff SM1 ($/ kWh)
Default SWIS V4 final A Monthly solar factors by hour (hours / day)

List of 6 Views and Their 381 Variables*

 
Electricity demand
Residential solar
Commercial solar
Utility Network
Network costs
Solar costs
  
Total: 55 130 118 119 85 58 :Total
1 month (in 2 views)       X X   1 month (in 2 views)
a (in 2 views)   X X       a (in 2 views)
Accumulate Aver SUC over Yr (in 1 view)         X   Accumulate Aver SUC over Yr (in 1 view)
Accumulated system costs (in 1 view)           X Accumulated system costs (in 1 view)
add to cum SUC (in 1 view)         X   add to cum SUC (in 1 view)
Additional annual bus energy saved (in 1 view)     X       Additional annual bus energy saved (in 1 view)
Additional annual household energy saved (in 1 view)   X         Additional annual household energy saved (in 1 view)
Additional fr solar businesses (in 1 view)     X       Additional fr solar businesses (in 1 view)
Additional fr storage businesses (in 2 views)     X     X Additional fr storage businesses (in 2 views)
Additional fr storage houses (in 2 views)   X       X Additional fr storage houses (in 2 views)
Additional fractional res energy saved from storage (in 1 view)   X         Additional fractional res energy saved from storage (in 1 view)
Additional solar businesses (in 1 view)     X       Additional solar businesses (in 1 view)
Additional solar houses (in 1 view)   X         Additional solar houses (in 1 view)
Additional solar investments (in 1 view)           X Additional solar investments (in 1 view)
Additional storage businesses (in 1 view)     X       Additional storage businesses (in 1 view)
Additional storage houses (in 1 view)   X         Additional storage houses (in 1 view)
Additional storage investments (in 1 view)           X Additional storage investments (in 1 view)
Additions to system costs (in 1 view)           X Additions to system costs (in 1 view)
Addtional fr solar houses (in 1 view)   X         Addtional fr solar houses (in 1 view)
Addtional fractional bus energy saved from storage (in 1 view)     X       Addtional fractional bus energy saved from storage (in 1 view)
Addtl bus solar capacity (in 1 view)     X       Addtl bus solar capacity (in 1 view)
Addtl bus storage capacity (in 1 view)     X       Addtl bus storage capacity (in 1 view)
Addtl res solar capacity (in 1 view)   X         Addtl res solar capacity (in 1 view)
Addtl res storage capacity (in 1 view)   X         Addtl res storage capacity (in 1 view)
Annual bus energy exported with storage (in 1 view)     X       Annual bus energy exported with storage (in 1 view)
Annual bus solar generation (in 1 view)     X       Annual bus solar generation (in 1 view)
Annual bus storage benefits (in 1 view)     X       Annual bus storage benefits (in 1 view)
Annual business savings (in 1 view)     X       Annual business savings (in 1 view)
Annual household solar generation (in 1 view)   X         Annual household solar generation (in 1 view)
Annual res energy exported with storage (in 1 view)   X         Annual res energy exported with storage (in 1 view)
Annual res storage benefits (in 1 view)   X         Annual res storage benefits (in 1 view)
Annual residential savings (in 1 view)   X         Annual residential savings (in 1 view)
Annual solar benefit (in 1 view)   X         Annual solar benefit (in 1 view)
Ave hourly comm ind demand (in 1 view) X           Ave hourly comm ind demand (in 1 view)
Ave hourly network load from businesses (in 1 view)       X     Ave hourly network load from businesses (in 1 view)
Ave hourly network load from houses (in 1 view)       X     Ave hourly network load from houses (in 1 view)
Average business array (in 1 view)     X       Average business array (in 1 view)
Average business storage (in 1 view)     X       Average business storage (in 1 view)
Average hourly business demand (in 1 view)     X       Average hourly business demand (in 1 view)
Average hourly demand (in 1 view) X           Average hourly demand (in 1 view)
Average hourly network load (in 1 view)       X     Average hourly network load (in 1 view)
Average hourly residential demand (in 2 views) X X         Average hourly residential demand (in 2 views)
Average hourly spot price (in 1 view)       X     Average hourly spot price (in 1 view)
Average monthly comm ind demand (in 2 views) X   X       Average monthly comm ind demand (in 2 views)
Average monthly residential demand (in 2 views) X X         Average monthly residential demand (in 2 views)
Average residential array (in 1 view)   X         Average residential array (in 1 view)
Average residential storage (in 1 view)   X         Average residential storage (in 1 view)
Average SCMbus (in 1 view)     X       Average SCMbus (in 1 view)
Average system unit cost (in 1 view)         X   Average system unit cost (in 1 view)
Average Tariff (in 1 view)         X   Average Tariff (in 1 view)
AveSCMres (in 1 view)   X         AveSCMres (in 1 view)
b (in 2 views)   X X       b (in 2 views)
Business additions (in 3 views) X   X     X Business additions (in 3 views)
Business growth forecast (in 1 view) X           Business growth forecast (in 1 view)
Business payback in years (in 1 view)     X       Business payback in years (in 1 view)
Business solar capacity (in 2 views)     X X     Business solar capacity (in 2 views)
Business solar exported (in 1 view)     X       Business solar exported (in 1 view)
Business solar income (in 1 view)     X       Business solar income (in 1 view)
Business solar only exports (in 1 view)           X Business solar only exports (in 1 view)
Business storage capacity (in 1 view)     X       Business storage capacity (in 1 view)
Business storage costs (in 1 view)     X       Business storage costs (in 1 view)
Business storage exports (in 1 view)           X Business storage exports (in 1 view)
Business storage payback period in years (in 1 view)     X       Business storage payback period in years (in 1 view)
Business storage switch (in 1 view)     X       Business storage switch (in 1 view)
Business tariff R1 (in 1 view)     X       Business tariff R1 (in 1 view)
Businesses per thousand businesses (in 1 view)     X       Businesses per thousand businesses (in 1 view)
calendar year (in 1 view) X           calendar year (in 1 view)
Ceiling price (in 1 view)       X     Ceiling price (in 1 view)
Ceiling price activation (in 1 view)       X     Ceiling price activation (in 1 view)
Changes to energy intensity (in 1 view) X           Changes to energy intensity (in 1 view)
Check (in 1 view)       X     Check (in 1 view)
Chg in bus array size (in 1 view)     X       Chg in bus array size (in 1 view)
Chg in bus peak demand (in 1 view) X           Chg in bus peak demand (in 1 view)
Chg in res peak demand (in 1 view) X           Chg in res peak demand (in 1 view)
Chg in residential array size (in 1 view)   X         Chg in residential array size (in 1 view)
Chg to average demand (in 1 view) X           Chg to average demand (in 1 view)
Coal Annual Additions (in 1 view)       X     Coal Annual Additions (in 1 view)
Coal Annual Retirements (in 1 view)       X     Coal Annual Retirements (in 1 view)
Coal bid (in 1 view)       X     Coal bid (in 1 view)
Coal bid price (in 2 views)       X X   Coal bid price (in 2 views)
Coal capital costs (in 1 view)         X   Coal capital costs (in 1 view)
Coal emissions (in 1 view)         X   Coal emissions (in 1 view)
Coal fixed cost (in 1 view)         X   Coal fixed cost (in 1 view)
Coal generation (in 2 views)       X X   Coal generation (in 2 views)
Coal generation capacity (in 2 views)       X X   Coal generation capacity (in 2 views)
Coal GHG emission intensity (in 1 view)         X   Coal GHG emission intensity (in 1 view)
Coal investment (in 2 views)         X X Coal investment (in 2 views)
Coal monthly additions (in 1 view)       X     Coal monthly additions (in 1 view)
Coal monthly costs by hour (in 1 view)         X   Coal monthly costs by hour (in 1 view)
Coal monthly retirements (in 1 view)       X     Coal monthly retirements (in 1 view)
Cumulative SUC for Previous Yr (in 1 view)         X   Cumulative SUC for Previous Yr (in 1 view)
Daily business solar generation by hour (in 1 view)     X       Daily business solar generation by hour (in 1 view)
Daily comm ind demand by hour (in 2 views) X   X       Daily comm ind demand by hour (in 2 views)
Daily household solar generation by hour (in 1 view)   X         Daily household solar generation by hour (in 1 view)
Daily network load from a solar only business (in 1 view)     X       Daily network load from a solar only business (in 1 view)
Daily network load from a solar only house (in 1 view)   X         Daily network load from a solar only house (in 1 view)
Daily network load from a storage business (in 1 view)     X       Daily network load from a storage business (in 1 view)
Daily network load from a storage house (in 1 view)   X         Daily network load from a storage house (in 1 view)
Daily residential demand by hour (in 2 views) X X         Daily residential demand by hour (in 2 views)
Days per month (in 5 views) X X X X X   Days per month (in 5 views)
Economy emission intensity (in 1 view)         X   Economy emission intensity (in 1 view)
Energy intensity (in 1 view) X           Energy intensity (in 1 view)
Energy intensity % changes (in 1 view) X           Energy intensity % changes (in 1 view)
export hours (in 0 views)             export hours (in 0 views)
Final ave business array (in 1 view)     X       Final ave business array (in 1 view)
Final ave residential array (in 1 view)   X         Final ave residential array (in 1 view)
Final fr storage businesses (in 1 view)     X       Final fr storage businesses (in 1 view)
Final fr storage houses (in 1 view)   X         Final fr storage houses (in 1 view)
Final solar unit cost (in 1 view)   X         Final solar unit cost (in 1 view)
Final storage unit cost (in 1 view)   X         Final storage unit cost (in 1 view)
FINAL TIME (in 0 views)             FINAL TIME (in 0 views)
FIT charges to utilities by hour (in 1 view)           X FIT charges to utilities by hour (in 1 view)
FIT multiplier (in 2 views)   X       X FIT multiplier (in 2 views)
Forecast conversion (in 1 view) X           Forecast conversion (in 1 view)
Forecast Horizon in Years (in 1 view) X           Forecast Horizon in Years (in 1 view)
Forecast peak business demand (in 1 view) X           Forecast peak business demand (in 1 view)
Forecast peak residential demand (in 1 view) X           Forecast peak residential demand (in 1 view)
Fraction of bus energy imported (in 1 view)     X       Fraction of bus energy imported (in 1 view)
Fraction of res energy imported (in 1 view)   X         Fraction of res energy imported (in 1 view)
Fraction of solar businesses (in 2 views)     X     X Fraction of solar businesses (in 2 views)
Fraction of solar houses (in 2 views)   X       X Fraction of solar houses (in 2 views)
Fraction of storage businesses (in 2 views)     X     X Fraction of storage businesses (in 2 views)
Fraction of storage houses (in 2 views)   X       X Fraction of storage houses (in 2 views)
Gas CC bid (in 1 view)       X     Gas CC bid (in 1 view)
Gas CC bid price (in 2 views)       X X   Gas CC bid price (in 2 views)
Gas CC capital costs (in 1 view)         X   Gas CC capital costs (in 1 view)
Gas CC emission intensity (in 1 view)         X   Gas CC emission intensity (in 1 view)
Gas CC emissions (in 1 view)         X   Gas CC emissions (in 1 view)
Gas CC fixed cost (in 1 view)         X   Gas CC fixed cost (in 1 view)
Gas CC generation (in 2 views)       X X   Gas CC generation (in 2 views)
Gas CC generation capacity (in 2 views)       X X   Gas CC generation capacity (in 2 views)
Gas CC investment (in 2 views)         X X Gas CC investment (in 2 views)
Gas CC monthly additions (in 1 view)       X     Gas CC monthly additions (in 1 view)
Gas CC monthly costs by hour (in 1 view)         X   Gas CC monthly costs by hour (in 1 view)
Gas CC monthly retirements (in 1 view)       X     Gas CC monthly retirements (in 1 view)
Gas CCs Annual Additions (in 1 view)       X     Gas CCs Annual Additions (in 1 view)
Gas CCs Annual Retirements (in 1 view)       X     Gas CCs Annual Retirements (in 1 view)
Gas CT bid (in 1 view)       X     Gas CT bid (in 1 view)
Gas CT bid price (in 2 views)       X X   Gas CT bid price (in 2 views)
Gas CT capital costs (in 1 view)         X   Gas CT capital costs (in 1 view)
Gas CT emission intensity (in 1 view)         X   Gas CT emission intensity (in 1 view)
Gas CT emissions (in 1 view)         X   Gas CT emissions (in 1 view)
Gas CT fixed cost (in 1 view)         X   Gas CT fixed cost (in 1 view)
Gas CT generation (in 2 views)       X X   Gas CT generation (in 2 views)
Gas CT generation capacity (in 2 views)       X X   Gas CT generation capacity (in 2 views)
Gas CT investment (in 2 views)         X X Gas CT investment (in 2 views)
Gas CT monthly additions (in 1 view)       X     Gas CT monthly additions (in 1 view)
Gas CT monthly costs by hour (in 1 view)         X   Gas CT monthly costs by hour (in 1 view)
Gas CT monthly retirements (in 1 view)       X     Gas CT monthly retirements (in 1 view)
Gas CTs Annual Additions (in 1 view)       X     Gas CTs Annual Additions (in 1 view)
Gas CTs annual retirements (in 1 view)       X     Gas CTs annual retirements (in 1 view)
GF bus energy imported (in 1 view)     X       GF bus energy imported (in 1 view)
GF bus storage capacity (in 1 view)     X       GF bus storage capacity (in 1 view)
GF business saved demand (in 1 view)     X       GF business saved demand (in 1 view)
GF coal (in 1 view)       X     GF coal (in 1 view)
GF Gas CC (in 1 view)       X     GF Gas CC (in 1 view)
GF Gas CT (in 1 view)       X     GF Gas CT (in 1 view)
GF household saved demand (in 1 view)   X         GF household saved demand (in 1 view)
GF res storage capacity (in 1 view)   X         GF res storage capacity (in 1 view)
GF res storage imported (in 1 view)   X         GF res storage imported (in 1 view)
GF solar payback (in 2 views)   X X       GF solar payback (in 2 views)
GF solar payback 2 (in 2 views)   X X       GF solar payback 2 (in 2 views)
Gross State Product (in 1 view) X           Gross State Product (in 1 view)
GSP additions (in 1 view) X           GSP additions (in 1 view)
hour of the day (in 0 views)             hour of the day (in 0 views)
Hourly conversion (in 2 views)       X X   Hourly conversion (in 2 views)
Hourly network load (in 1 view)       X     Hourly network load (in 1 view)
Household solar exported (in 1 view)   X         Household solar exported (in 1 view)
Household solar income (in 1 view)   X         Household solar income (in 1 view)
Household solar only exports (in 1 view)           X Household solar only exports (in 1 view)
Household solar payback period in years (in 1 view)   X         Household solar payback period in years (in 1 view)
Household storage costs (in 1 view)   X         Household storage costs (in 1 view)
Household storage exports (in 1 view)           X Household storage exports (in 1 view)
Household storage payback period in years (in 1 view)   X         Household storage payback period in years (in 1 view)
Houses per thousand houses (in 1 view)   X         Houses per thousand houses (in 1 view)
Housing additions (in 3 views) X X       X Housing additions (in 3 views)
import hours (in 0 views)             import hours (in 0 views)
Initial Average RA (in 1 view)   X         Initial Average RA (in 1 view)
Initial average tariff (in 1 view)         X   Initial average tariff (in 1 view)
Initial coal capacity (in 1 view)       X     Initial coal capacity (in 1 view)
Initial Cum SP (in 1 view)         X   Initial Cum SP (in 1 view)
Initial fr solar houses (in 2 views)   X       X Initial fr solar houses (in 2 views)
Initial Gas CC capacity (in 1 view)       X     Initial Gas CC capacity (in 1 view)
Initial Gas CT capacity (in 1 view)       X     Initial Gas CT capacity (in 1 view)
Initial NBA (in 1 view)     X       Initial NBA (in 1 view)
Initial New RA (in 2 views)   X       X Initial New RA (in 2 views)
Initial peak business demand (in 1 view) X           Initial peak business demand (in 1 view)
Initial peak residential demand (in 1 view) X           Initial peak residential demand (in 1 view)
Initial resi solar capacity (in 1 view)   X         Initial resi solar capacity (in 1 view)
Initial solar investments (in 1 view)           X Initial solar investments (in 1 view)
Initial solar unit cost (in 2 views)   X       X Initial solar unit cost (in 2 views)
Initial storage unit cost (in 1 view)   X         Initial storage unit cost (in 1 view)
Initial thousands of businesses (in 1 view) X           Initial thousands of businesses (in 1 view)
Initial thousands of houses (in 3 views) X X       X Initial thousands of houses (in 3 views)
INITIAL TIME (in 0 views)             INITIAL TIME (in 0 views)
Initial wind capacity (in 1 view)       X     Initial wind capacity (in 1 view)
K2bus (in 1 view)     X       K2bus (in 1 view)
K2res (in 1 view)   X         K2res (in 1 view)
K3bus (in 1 view)     X       K3bus (in 1 view)
K3m (in 2 views)   X X       K3m (in 2 views)
K3m lookup (in 1 view)   X         K3m lookup (in 1 view)
K3res (in 1 view)   X         K3res (in 1 view)
kWh per MWh (in 2 views)   X X       kWh per MWh (in 2 views)
M2 profile (in 2 views)   X X       M2 profile (in 2 views)
M2bus (in 1 view)     X       M2bus (in 1 view)
M2res (in 1 view)   X         M2res (in 1 view)
M3 profile (in 2 views)   X X       M3 profile (in 2 views)
M3bus (in 1 view)     X       M3bus (in 1 view)
M3res (in 1 view)   X         M3res (in 1 view)
Max coal gas cc (in 1 view)       X     Max coal gas cc (in 1 view)
Max fraction of solar businesses (in 1 view)     X       Max fraction of solar businesses (in 1 view)
Max fraction of solar houses (in 1 view)   X         Max fraction of solar houses (in 1 view)
Max gas CT ceiling price (in 1 view)       X     Max gas CT ceiling price (in 1 view)
Max hourly business demand (in 1 view) X           Max hourly business demand (in 1 view)
Max hourly demand (in 1 view) X           Max hourly demand (in 1 view)
Max hourly network load (in 1 view)       X     Max hourly network load (in 1 view)
Max hourly network load from businesses (in 1 view)       X     Max hourly network load from businesses (in 1 view)
Max hourly network load from houses (in 1 view)       X     Max hourly network load from houses (in 1 view)
Max hourly residential demand (in 1 view) X           Max hourly residential demand (in 1 view)
max hourly spot price (in 1 view)       X     max hourly spot price (in 1 view)
Max monthly network load (in 1 view)       X     Max monthly network load (in 1 view)
Mbus (in 1 view)     X       Mbus (in 1 view)
Min hourly network load (in 1 view)       X     Min hourly network load (in 1 view)
Min hourly network load from businesses (in 1 view)       X     Min hourly network load from businesses (in 1 view)
Min hourly network load from houses (in 1 view)       X     Min hourly network load from houses (in 1 view)
Min monthly network load (in 1 view)       X     Min monthly network load (in 1 view)
month of year (in 4 views) X X X   X   month of year (in 4 views)
Monthly coal capacity costs (in 1 view)         X   Monthly coal capacity costs (in 1 view)
Monthly comm ind demand by hour (in 2 views) X   X       Monthly comm ind demand by hour (in 2 views)
Monthly comm solar generation by hour (in 2 views)     X X     Monthly comm solar generation by hour (in 2 views)
Monthly commercial industrial demand factors by hour (in 1 view) X           Monthly commercial industrial demand factors by hour (in 1 view)
Monthly Gas CC capacity costs (in 1 view)         X   Monthly Gas CC capacity costs (in 1 view)
Monthly Gas CT capacity costs (in 1 view)         X   Monthly Gas CT capacity costs (in 1 view)
Monthly network generation unit cost (in 1 view)         X   Monthly network generation unit cost (in 1 view)
Monthly network load by hour (in 1 view)       X     Monthly network load by hour (in 1 view)
Monthly network load from businesses (in 1 view)       X     Monthly network load from businesses (in 1 view)
Monthly network load from businesses without solar (in 2 views)     X X     Monthly network load from businesses without solar (in 2 views)
Monthly network load from houses (in 1 view)       X     Monthly network load from houses (in 1 view)
Monthly network load from solar only businesses (in 3 views)     X X   X Monthly network load from solar only businesses (in 3 views)
Monthly network load from storage businesses (in 3 views)     X X   X Monthly network load from storage businesses (in 3 views)
Monthly residential demand by hour (in 3 views) X X X       Monthly residential demand by hour (in 3 views)
Monthly residential demand factors by hour (in 3 views) X X X       Monthly residential demand factors by hour (in 3 views)
Monthly residential network load from houses without solar (in 2 views)   X   X     Monthly residential network load from houses without solar (in 2 views)
Monthly residential network load from solar only houses (in 3 views)   X   X   X Monthly residential network load from solar only houses (in 3 views)
Monthly residential network load from storage houses (in 3 views)   X   X   X Monthly residential network load from storage houses (in 3 views)
Monthly residential solar generation by hour (in 2 views)   X   X     Monthly residential solar generation by hour (in 2 views)
Monthly solar factors by hour (in 2 views)   X X       Monthly solar factors by hour (in 2 views)
Monthly unit thermal network generation costs (in 1 view)       X     Monthly unit thermal network generation costs (in 1 view)
Monthly wind capacity costs (in 1 view)         X   Monthly wind capacity costs (in 1 view)
Monthly wind generation by hour (in 2 views)       X X   Monthly wind generation by hour (in 2 views)
Months per year (in 2 views)   X X       Months per year (in 2 views)
Mres (in 1 view)   X         Mres (in 1 view)
MWh per MW h (in 2 views)   X X       MWh per MW h (in 2 views)
Network cash flows (in 1 view)           X Network cash flows (in 1 view)
Network emission intensity (in 1 view)         X   Network emission intensity (in 1 view)
Network monthly capacity costs (in 1 view)         X   Network monthly capacity costs (in 1 view)
Network monthly generation costs by hour (in 1 view)         X   Network monthly generation costs by hour (in 1 view)
New business array (in 2 views)     X     X New business array (in 2 views)
New residential array (in 3 views)   X X     X New residential array (in 3 views)
New solar businessses (in 2 views)     X     X New solar businessses (in 2 views)
New solar houses (in 2 views)   X       X New solar houses (in 2 views)
New storage businesses (in 2 views)     X     X New storage businesses (in 2 views)
New storage houses (in 2 views)   X       X New storage houses (in 2 views)
Normal annual business network charges (in 1 view)     X       Normal annual business network charges (in 1 view)
Normal annual residential network charges (in 1 view)   X         Normal annual residential network charges (in 1 view)
Normal average annual business demand (in 1 view)     X       Normal average annual business demand (in 1 view)
Normal average annual residential demand (in 1 view)   X         Normal average annual residential demand (in 1 view)
Normal monthly business charges by hour (in 1 view)     X       Normal monthly business charges by hour (in 1 view)
Normal monthly residential charges by hour (in 1 view)   X         Normal monthly residential charges by hour (in 1 view)
Normal total business monthly charges (in 1 view)     X       Normal total business monthly charges (in 1 view)
Normal total residential monthly charges (in 1 view)   X         Normal total residential monthly charges (in 1 view)
Other system costs (in 1 view)         X   Other system costs (in 1 view)
Overgeneration by hour (in 2 views)       X   X Overgeneration by hour (in 2 views)
Peak business demand (in 2 views) X     X     Peak business demand (in 2 views)
Peak residential demand (in 1 view) X           Peak residential demand (in 1 view)
per month (in 1 view)         X   per month (in 1 view)
Projected economic growth rate (in 1 view) X           Projected economic growth rate (in 1 view)
Projected population growth rate (in 1 view) X           Projected population growth rate (in 1 view)
Proportion of business demand saved (in 1 view)     X       Proportion of business demand saved (in 1 view)
Proportion of household demand saved (in 1 view)   X         Proportion of household demand saved (in 1 view)
Public and private cash flows (in 1 view)           X Public and private cash flows (in 1 view)
remove previous SUC (in 1 view)         X   remove previous SUC (in 1 view)
Res storage switch (in 1 view)   X         Res storage switch (in 1 view)
Residential growth forecast (in 1 view) X           Residential growth forecast (in 1 view)
Residential solar capacity (in 2 views)   X   X     Residential solar capacity (in 2 views)
Residential storage capacity (in 1 view)   X         Residential storage capacity (in 1 view)
Residential tariff SM1 (in 1 view)   X         Residential tariff SM1 (in 1 view)
SAVEPER (in 0 views)             SAVEPER (in 0 views)
SCMa bus lookup (in 1 view)     X       SCMa bus lookup (in 1 view)
SCMa res lookup (in 1 view)   X         SCMa res lookup (in 1 view)
SCMaBus (in 1 view)     X       SCMaBus (in 1 view)
SCMaRes (in 1 view)   X         SCMaRes (in 1 view)
SCMb bus lookup (in 1 view)     X       SCMb bus lookup (in 1 view)
SCMb res lookup (in 1 view)   X         SCMb res lookup (in 1 view)
SCMbBus (in 1 view)     X       SCMbBus (in 1 view)
SCMbRes (in 1 view)   X         SCMbRes (in 1 view)
SCMbus (in 1 view)     X       SCMbus (in 1 view)
SCMres (in 1 view)   X         SCMres (in 1 view)
Smoothing time (in 1 view)         X   Smoothing time (in 1 view)
Solar businesses without storage (in 1 view)     X       Solar businesses without storage (in 1 view)
Solar cost reductions (in 1 view)   X         Solar cost reductions (in 1 view)
Solar FIT (in 3 views)   X X     X Solar FIT (in 3 views)
Solar hours per year (in 2 views)   X X       Solar hours per year (in 2 views)
Solar houses without storage (in 1 view)   X         Solar houses without storage (in 1 view)
Solar investments (in 1 view)           X Solar investments (in 1 view)
Solar purchase adj time (in 2 views)   X X       Solar purchase adj time (in 2 views)
Solar unit cost reduction time (in 1 view)   X         Solar unit cost reduction time (in 1 view)
Spot price by hour (in 1 view)       X     Spot price by hour (in 1 view)
Storage capacity per business (in 2 views)     X     X Storage capacity per business (in 2 views)
Storage capacity per household (in 2 views)   X       X Storage capacity per household (in 2 views)
Storage cost adj time (in 1 view)   X         Storage cost adj time (in 1 view)
Storage cost reductions (in 1 view)   X         Storage cost reductions (in 1 view)
Storage investments (in 1 view)           X Storage investments (in 1 view)
Storage losses (in 2 views)   X X       Storage losses (in 2 views)
SUC conv (in 1 view)         X   SUC conv (in 1 view)
System monthly costs (in 2 views)         X X System monthly costs (in 2 views)
Tariff changes (in 3 views)   X X   X   Tariff changes (in 3 views)
TDC (in 1 view)         X   TDC (in 1 view)
Thousands of businesses (in 3 views) X   X     X Thousands of businesses (in 3 views)
Thousands of houses (in 3 views) X X       X Thousands of houses (in 3 views)
Time (in 2 views) X     X     Time (in 2 views)
TIME STEP (in 0 views)             TIME STEP (in 0 views)
Total business storage capacity (in 1 view)     X       Total business storage capacity (in 1 view)
Total business storage hours (in 1 view)     X       Total business storage hours (in 1 view)
Total daily comm ind demand (in 1 view) X           Total daily comm ind demand (in 1 view)
Total daily residential demand (in 1 view) X           Total daily residential demand (in 1 view)
Total hourly network generation (in 1 view)       X     Total hourly network generation (in 1 view)
Total hourly network generation costs (in 1 view)       X     Total hourly network generation costs (in 1 view)
Total initial network capacity (in 2 views)       X X   Total initial network capacity (in 2 views)
Total initial network thermal capacity (in 2 views)       X X   Total initial network thermal capacity (in 2 views)
Total investment in network generation (in 1 view)           X Total investment in network generation (in 1 view)
Total monthly coal costs (in 1 view)         X   Total monthly coal costs (in 1 view)
Total monthly coal generation (in 2 views)       X X   Total monthly coal generation (in 2 views)
Total monthly comm ind demand (in 1 view) X           Total monthly comm ind demand (in 1 view)
Total monthly demand by hour (in 1 view) X           Total monthly demand by hour (in 1 view)
Total monthly electricity demand (in 3 views) X     X X   Total monthly electricity demand (in 3 views)
Total monthly FIT charges (in 2 views)         X X Total monthly FIT charges (in 2 views)
Total monthly gas CC costs (in 1 view)         X   Total monthly gas CC costs (in 1 view)
Total monthly gas CC generation (in 2 views)       X X   Total monthly gas CC generation (in 2 views)
Total monthly gas CT costs (in 1 view)         X   Total monthly gas CT costs (in 1 view)
Total monthly gas CT generation (in 2 views)       X X   Total monthly gas CT generation (in 2 views)
Total monthly GHG emissions (in 1 view)         X   Total monthly GHG emissions (in 1 view)
Total monthly network generation (in 1 view)         X   Total monthly network generation (in 1 view)
Total monthly network generation costs (in 1 view)         X   Total monthly network generation costs (in 1 view)
Total monthly network load (in 1 view)       X     Total monthly network load (in 1 view)
Total monthly overgeneration (in 1 view)       X     Total monthly overgeneration (in 1 view)
Total monthly residential demand (in 1 view) X           Total monthly residential demand (in 1 view)
Total monthly solar generation by hour (in 1 view)       X     Total monthly solar generation by hour (in 1 view)
Total monthly TDR costs (in 1 view)         X   Total monthly TDR costs (in 1 view)
Total monthly thermal network generation (in 1 view)       X     Total monthly thermal network generation (in 1 view)
Total monthly thermal network generation costs (in 1 view)       X     Total monthly thermal network generation costs (in 1 view)
Total monthly wind costs (in 1 view)         X   Total monthly wind costs (in 1 view)
Total monthly wind generation (in 2 views)       X X   Total monthly wind generation (in 2 views)
Total network capacity (in 2 views)       X X   Total network capacity (in 2 views)
Total network thermal capacity (in 2 views)       X X   Total network thermal capacity (in 2 views)
Total overgeneration (in 1 view)           X Total overgeneration (in 1 view)
Total private investment in solar & storage (in 1 view)           X Total private investment in solar & storage (in 1 view)
Total resi storage hours (in 1 view)   X         Total resi storage hours (in 1 view)
Total solar capacity (in 1 view)       X     Total solar capacity (in 1 view)
Total solar exports (in 1 view)           X Total solar exports (in 1 view)
Total solar exports by hour (in 1 view)           X Total solar exports by hour (in 1 view)
Total system unit cost (in 1 view)         X   Total system unit cost (in 1 view)
transfer (in 1 view)         X   transfer (in 1 view)
Transmission & distribution costs per month (in 1 view)         X   Transmission & distribution costs per month (in 1 view)
Unit cost of solar PV (in 3 views)   X X     X Unit cost of solar PV (in 3 views)
Unit cost of solar storage (in 3 views)   X X     X Unit cost of solar storage (in 3 views)
Update SUC (in 1 view)         X   Update SUC (in 1 view)
Wind Annual Additions (in 1 view)       X     Wind Annual Additions (in 1 view)
Wind Capacity Available at Peak (in 1 view)       X     Wind Capacity Available at Peak (in 1 view)
Wind Capacity factor (in 1 view)       X     Wind Capacity factor (in 1 view)
Wind capital costs (in 1 view)         X   Wind capital costs (in 1 view)
Wind generation capacity (in 2 views)       X X   Wind generation capacity (in 2 views)
Wind generation fixed cost (in 1 view)         X   Wind generation fixed cost (in 1 view)
Wind investment (in 2 views)         X X Wind investment (in 2 views)
Wind monthly additions (in 1 view)       X     Wind monthly additions (in 1 view)
Wind monthly costs by hour (in 1 view)         X   Wind monthly costs by hour (in 1 view)
Wind Peak hour availability factor (in 1 view)       X     Wind Peak hour availability factor (in 1 view)
Wind variable cost (in 2 views)       X X   Wind variable cost (in 2 views)
xls comm ind lookup (in 1 view) X           xls comm ind lookup (in 1 view)
xls residential lookup (in 1 view) X           xls residential lookup (in 1 view)
xls solar lookup (in 1 view)   X         xls solar lookup (in 1 view)
Total: 55 130 118 119 85 58 :Total
 
Electricity demand
Residential solar
Commercial solar
Utility Network
Network costs
Solar costs
  

* Includes Time, if used in a view. Excludes variables not present in any view.

Level Structure †

Accumulate Aver SUC over Yr = ∫ (add to cum SUC-transfer) dt + [Initial Cum SP]
Initial Cum SP = 3546
    add to cum SUC = Total system unit COSt/"1 month"
    transfer = Accumulate Aver SUC over Yr*Update SUC

Accumulated system costs = ∫ (Additions to system COSts) dt + [0]

Ave hourly comm ind demand = ∫ (Chg to average demand) dt + [14.74]
    Chg to average demand = Ave hourly comm ind demand*(Energy intensity % changes/1200)

Coal generation capacity = ∫ (Coal monthly additions-Coal monthly retirements) dt + [INITIAL coal capacity]
a = 0
    Coal monthly additions = Coal Annual Additions/12

Cumulative SUC for Previous Yr = ∫ (transfer-remove previous SUC) dt + [Initial Cum SP]
    remove previous SUC = Update SUC*Cumulative SUC for Previous Yr

Energy intensity = ∫ (Changes to energy intensity) dt + [177.23]
    Changes to energy intensity = Energy intensity*(Energy intensity % changes/1200)

Fraction of solar businesses = ∫ (Additional fr solar businesses) dt + [0]
    Additional fr solar businesses = (Max fraction of solar businesses-Fraction of solar businesses)*GF solar payback 2(Business payback in years)/Solar purchase adj time

Fraction of solar houses = ∫ (Addtional fr solar houses) dt + [Initial fr solar houses]
Initial fr solar houses = 0.155
    Addtional fr solar houses = (Max fraction of solar houses-Fraction of solar houses)*GF solar payback 2(Household solar payback period in years)/Solar purchase adj time

Fraction of storage businesses = ∫ (Additional fr storage businesses) dt + [0]
    Additional fr storage businesses = (Final fr storage businesses-Fraction of storage businesses)*GF solar payback 2(Business storage payback period in years)/Solar purchase adj time

Fraction of storage houses = ∫ (Additional fr storage houses) dt + [0]
    Additional fr storage houses = (Final fr storage houses-Fraction of storage houses)*GF solar payback 2(Household storage payback period in years)/Solar purchase adj time

Gas CC generation capacity = ∫ (Gas CC monthly additions-Gas CC monthly retirements) dt + [INITIAL Gas CC capacity]
    Gas CC monthly additions = Gas CCs Annual Additions/12

Gas CT generation capacity = ∫ (Gas CT monthly additions-Gas CT monthly retirements) dt + [INITIAL Gas CT capacity]
    Gas CT monthly additions = Gas CTs Annual Additions/12

Gross State Product = ∫ (GSP additions) dt + [253]
    GSP additions = Gross State Product*(Projected economic growth rate/1200)

New business array = ∫ (Chg in bus array size) dt + [INITIAL NBA]
    Chg in bus array size = (Final ave business array-New business array)*GF solar payback 2(Business payback in years)/Solar purchase adj time

New residential array = ∫ (Chg in residential array size) dt + [Initial New RA]
Initial New RA = 3.4
    Chg in residential array size = (Final ave residential array-New residential array)*GF solar payback 2(Household solar payback period in years)/Solar purchase adj time

Peak business demand = ∫ (Chg in bus peak demand) dt + [Initial peak business demand]
Initial peak business demand = 2247
    Chg in bus peak demand = Peak business demand*((Energy intensity % changes+Projected economic growth rate)/1200)

Peak residential demand = ∫ (Chg in res peak demand) dt + [Initial peak residential demand]
Initial peak residential demand = 1178
    Chg in res peak demand = Peak residential demand*Projected population growth rate/1200

Solar investments = ∫ (AdditioNAl solar investments) dt + [0]

Storage investments = ∫ (AdditioNAl stORage investments) dt + [0]

Thousands of businesses = ∫ (Business additions) dt + [Initial thousands of businesses]
Initial thousands of businesses = 100
    Business additions = Thousands of businesses*(Projected economic growth rate/1200)

Thousands of houses = ∫ (Housing additions) dt + [Initial thousands of houses]
Initial thousands of houses = 899
    Housing additions = Thousands of houses*(Projected population growth rate/1200)

Unit cost of solar PV = ∫ (Solar cost reductions) dt + [Initial solar unit cost]
Initial solar unit cost = 2.2e+006
    Solar cost reductions = (Final solar unit cost-Unit cost of solar PV)/Solar unit cost reduction time

Unit cost of solar storage = ∫ (Storage cost reductions) dt + [Initial storage unit cost]
Initial storage unit cost = 1e+006
    Storage cost reductions = (Final storage unit cost-Unit cost of solar storage)/Storage cost adj time

Wind generation capacity = ∫ (Wind monthly additions) dt + [Initial wind capacity]
Initial wind capacity = 169
    Wind monthly additions = Wind Annual Additions/12

†  Level Structure Report still under development.

Source file: SWIS V4 final.mdl (7/19/15 - 10:33 PM)
Report Created on 7/19/15 - 10:38 PM
SDM-Doc Tool Version 4.6.13
Decision and Information Sciences Division
Argonne National Laboratory