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L: Level (4 / 4)* | SM: Smooth (0 / 0)* | DE: Delay (3 / 3)*† | LI: Level Initial (4) | I: Initial (2 / 2) |
C: Constant (23 / 23) | F: Flow (5 / 5) | A: Auxiliary (28 / 28) | Sub: Subscripts (0) | D: Data (0 / 0) |
G: Game (0 / 0) | T: Lookup (1 / 1)*†† |
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8_8_2 3-flow (49) | Default (1) |
Quick Links: | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |
Top | (All) Variables (54 Variables) | ||
Variable Name And Description | 8_8_2 3-flow | #1 C | % decrease AT good condition by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #2 C | % decrease of AT renovation by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #3 A | average time in good condition (Year) = (1-"switch policy lower av. t. g. cond.")*initial average time in good condition+"switch policy lower av. t. g. cond."*(initial average time in good condition-RAMP(("% decrease AT good condition by policy"*initial average time in good condition)/"implementation time policy lower av. t. g. cond.","start time policy lower av. t. g. cond.","start time policy lower av. t. g. cond."+"implementation time policy lower av. t. g. cond.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #4 A | average time until renovation (Year) = (1-switch policy lower average time until renovation)*initial average time until renovation+switch policy lower average time until renovation*(initial average time until renovation-RAMP(("% decrease of AT renovation by policy"*initial average time until renovation)/"implementation time policy lower av. t. utl. renv.","start time policy lower av. t. utl renv.","start time policy lower av. t. utl renv."+"implementation time policy lower av. t. utl. renv.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #5 L | buildings with renovation potential (building) = ∫retrofitted buildings leaving good condition+unretrofitted buildings leaving good condition-conventional renovation no retrofit opportunity-conventional renovation retrofit opportunity loss-energy retrofit dt + initial buildings with renovation potential Description: This includes only those building parts that have retrofit potential but not those kind of renovations that cannot be utilized for retrofitting. i.e. rainwater gutters are not at all considered here. Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #6 F,A | conventional renovation no retrofit opportunity (building/Year) = renovation*(1-fraction of renovations with retrofit opportunity) Present In 1 View:Used By
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8_8_2 3-flow | #7 F,A | conventional renovation retrofit opportunity loss (building/Year) = renovation*fraction of renovations with retrofit opportunity*(1-fraction of retrofit opportunities realized) Present In 1 View:Used By
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8_8_2 3-flow | #8 L | conventionally renovated buildings (building) = ∫conventional renovation no retrofit opportunity+conventional renovation retrofit opportunity loss-unretrofitted buildings leaving good condition dt + initial conventionally renovated buildings Present In 1 View:Used By |
8_8_2 3-flow | #9 L | cumulated retrofits (building) = ∫energy retrofit dt + initial cumulated retrofits Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #10 C | Degeneration delay order (dmnl) = 15 Description: wild guess as an average of all building parts that can be renovated. this means next to nothing happens in the first half of the AT Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #11 A | effective buildings w. renov. pot. for retrofit (building) = buildings with renovation potential*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #12 F,A | energy retrofit (building/Year) = renovation*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used By
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8_8_2 3-flow | #13 A | expected retrofit based on total stock in transition () = "effective buildings w. renov. pot. for retrofit"/average time until renovation Present In 1 View:Used By |
.Control | #14 C | FINAL TIME (Year ) = 100 Description: The final time for the simulation. Present In 1 View:Used By |
8_8_2 3-flow | #15 C | fraction of renovations with retrofit opportunity (dmnl ) = 0.5 Description: This value has uncertainty according to Diefenbach et al. 2010 as to what kind of renovations can be considered to pose a retrofit opportunity.First value (1) is the case where any renovation (both plaster and painting) is considered to have retrofit potential (0.019 of 0.019)Second value (0.5) is the case where only plaster repairs are considered to pose retrofit potential so that the max. retrofit rate is 0.0095, which is half of 0.019. Present In 1 View:Used By
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8_8_2 3-flow | #16 A | fraction of retrofit opportunities realized (dmnl ) = If then else (switch policy higher retrofit realization=0,initial fraction of retrofit opportunities realized,initial fraction of retrofit opportunities realized+RAMP((Policy goal fraction of retrofit opportunities realized-initial fraction of retrofit opportunities realized)/Implementation time policy higher retrofit realization , Start time policy higher retrofit realization, Start time policy higher retrofit realization+Implementation time policy higher retrofit realization)) Description: for BAU make start first line with 1, for policy run start second line with 1Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263 b) Policy scenario: ramp up from 0.0085/0.019 to 1 in 30 yearsIf Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526 b) Policy scenario: ramp up from 0.0085/0.0095 to 1 in 30 years1*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019,0.0085/0.0095)+0*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019+RAMP( (1-(0.0085/0.019))/(60-30) , 30 , 60 ),0.0085/0.0095+RAMP( (1-(0.0085/0.0095))/(60-30) , 30 , 60 )) Present In 1 View:Used By
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8_8_2 3-flow | #17 C | Implementation time policy higher retrofit realization (Year ) = 10 Present In 1 View:Used By
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8_8_2 3-flow | #18 C | implementation time policy lower av. t. g. cond. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #19 C | implementation time policy lower av. t. utl. renv. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #20 A | initial average time in good condition (Year) = (Initial retrofitted buildings+initial conventionally renovated buildings)/initial buildings with renovation potential*initial average time until renovation Description: For equillibrium put 17.2 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #21 A | initial average time until renovation (Year) = initial buildings with renovation potential/initial renovation rate Present In 1 View:Used By
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8_8_2 3-flow | #22 LI,A | initial buildings with renovation potential (building ) = initial total building stock-Initial retrofitted buildings-initial conventionally renovated buildings Present In 1 View:Used By
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8_8_2 3-flow | #23 LI,A | initial conventionally renovated buildings (building) = Initial retrofitted buildings/initial fraction of renonvation as retrofits*(1-initial fraction of renonvation as retrofits) Description: The idea underlying the flow-equilibrium initialization is that if the fraction of retrofit opportunities realized fraction of renovations with retrofit opportunity had been constant in the past, the ratio of the stocks should be equal to the ratio of the rates that flow into them. Present In 1 View:Used By
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8_8_2 3-flow | #24 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #25 I | initial fraction of renonvation as retrofits (dmnl) = INITIAL(fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized) Present In 1 View:Used By
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Default | #26 A | initial fraction of retrofit opportunities realized (dmnl ) = initial fraction of retrofit opportunities realized_RSSDlookup(fraction of renovations with retrofit opportunity) Description: If then else(fraction of renovations with retrofit opportunity=1, 0.0085/0.019,If then else (fraction of renovations with retrofit opportunity=0.5, 0.0085/0.0095,0))Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263If Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526Value for other values of Fraction of conventional renovations with retrofit opportunity is set to zero, but could better be something else (e.g. change this into a graph function)Graph-function was interpolated to explore values in between 0.5 and 1 (see calculation initial fraction of retrofit opportunities realized 8_6.xlsx)Fractions outside the range of 0.5 and 1 don't make sense for the sensitivity analysis of the uncertainty, bas they can be considered the upper and lower boundaries. Present In 1 View:Used By
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8_8_2 3-flow | #28 C | initial renovation quota (dmnl/Year) = 0.019 Description: Calculated from Diefenbach 2010, see xls-chart 0.03 for buildings older 1978 Diefenbach 2010 p.75 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #29 A | initial renovation rate (building/Year) = initial renovation quota*initial total building stock Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #30 LI,C | Initial retrofitted buildings (building) = 21 Description: 21% Modernisierungsfortschritt Diefenbach 2013 P37, 3825-30% Modernisierungsfortschritt Diefenbach 2010Equilibrium of stock Buildings with renovation potential when this is 24.5 Present In 1 View:Used By
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.Control | #31 C | INITIAL TIME (Year) = 0 Description: The initial time for the simulation. Present In 0 Views: |
8_8_2 3-flow | #32 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #33 A | leaving good condition (building/Year) = retrofitted buildings leaving good condition + unretrofitted buildings leaving good condition Present In 1 View:Used By |
8_8_2 3-flow | #35 A | net flow buildings with renovation potential (building/Year) = retrofitted buildings leaving good condition+unretrofitted buildings leaving good condition-renovation Present In 1 View:Used By |
8_8_2 3-flow | #36 C | Policy goal fraction of retrofit opportunities realized (dmnl ) = 1 Present In 1 View:Used By
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8_8_2 3-flow | #37 A | Quota of conventional renovation retrofit opportunity loss (dmnl/Year) = conventional renovation retrofit opportunity loss/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #38 DE,A | renovation (building/Year) = DELAY N( unretrofitted buildings leaving good condition + retrofitted buildings leaving good condition, average time until renovation, initial buildings with renovation potential/initial average time until renovation, Renovation delay order ) Present In 1 View:Used By
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8_8_2 3-flow | #39 C | Renovation delay order (dmnl ) = 7 Description: wild guess, idea broader than degeneration time because here its peoples decisions/abilities in addition to building properties that create variance. It still means next to nothing happens in the first third of the lifetime Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #40 A | renovation quota (1/Year) = renovation/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #41 A | retrofit opportunity (building/Year) = conventional renovation retrofit opportunity loss+energy retrofit Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #42 A | Retrofit opportunity quota (1/Year) = retrofit opportunity/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #43 A | retrofit quota (1/Year) = energy retrofit/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #44 L | retrofitted buildings (building) = ∫energy retrofit-retrofitted buildings leaving good condition dt + Initial retrofitted buildings Present In 1 View:Used By |
8_8_2 3-flow | #45 DE,F,A | retrofitted buildings leaving good condition (building/Year) = DELAY N( energy retrofit, average time in good condition, Initial retrofitted buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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.Control | #46 C | SAVEPER (Year ) = 0.0833333 Description: The frequency with which output is stored. Present In 0 Views: |
8_8_2 3-flow | #47 C | Start time policy higher retrofit realization (Year ) = 20 Present In 1 View:Used By
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8_8_2 3-flow | #48 C | start time policy lower av. t. g. cond. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #49 C | start time policy lower av. t. utl renv. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #50 C | switch policy higher retrofit realization (dmnl ) = 0 Present In 1 View:Used By
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8_8_2 3-flow | #51 C | switch policy lower av. t. g. cond. (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #52 C | switch policy lower average time until renovation (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
.Control | #54 C | TIME STEP (Year ) = 0.0027 Description: The time step for the simulation. Present In 0 Views: |
8_8_2 3-flow | #55 C | total building stock (building) = 100 Present In 1 View:Used By
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8_8_2 3-flow | #56 A | total fraction retrofitted (dmnl) = cumulated retrofits/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #57 DE,F,A | unretrofitted buildings leaving good condition (building/Year) = DELAY N( (conventional renovation no retrofit opportunity+conventional renovation retrofit opportunity loss), average time in good condition, initial conventionally renovated buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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(View) View 1 (50 Variables) |
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Top | (View) View 1 (50 Variables) | ||
Variable Name And Description | 8_8_2 3-flow | #1 C | % decrease AT good condition by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #2 C | % decrease of AT renovation by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #3 A | average time in good condition (Year) = (1-"switch policy lower av. t. g. cond.")*initial average time in good condition+"switch policy lower av. t. g. cond."*(initial average time in good condition-RAMP(("% decrease AT good condition by policy"*initial average time in good condition)/"implementation time policy lower av. t. g. cond.","start time policy lower av. t. g. cond.","start time policy lower av. t. g. cond."+"implementation time policy lower av. t. g. cond.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #4 A | average time until renovation (Year) = (1-switch policy lower average time until renovation)*initial average time until renovation+switch policy lower average time until renovation*(initial average time until renovation-RAMP(("% decrease of AT renovation by policy"*initial average time until renovation)/"implementation time policy lower av. t. utl. renv.","start time policy lower av. t. utl renv.","start time policy lower av. t. utl renv."+"implementation time policy lower av. t. utl. renv.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #5 L | buildings with renovation potential (building) = ∫retrofitted buildings leaving good condition+unretrofitted buildings leaving good condition-conventional renovation no retrofit opportunity-conventional renovation retrofit opportunity loss-energy retrofit dt + initial buildings with renovation potential Description: This includes only those building parts that have retrofit potential but not those kind of renovations that cannot be utilized for retrofitting. i.e. rainwater gutters are not at all considered here. Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #6 F,A | conventional renovation no retrofit opportunity (building/Year) = renovation*(1-fraction of renovations with retrofit opportunity) Present In 1 View:Used By
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8_8_2 3-flow | #7 F,A | conventional renovation retrofit opportunity loss (building/Year) = renovation*fraction of renovations with retrofit opportunity*(1-fraction of retrofit opportunities realized) Present In 1 View:Used By
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8_8_2 3-flow | #8 L | conventionally renovated buildings (building) = ∫conventional renovation no retrofit opportunity+conventional renovation retrofit opportunity loss-unretrofitted buildings leaving good condition dt + initial conventionally renovated buildings Present In 1 View:Used By |
8_8_2 3-flow | #9 L | cumulated retrofits (building) = ∫energy retrofit dt + initial cumulated retrofits Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #10 C | Degeneration delay order (dmnl) = 15 Description: wild guess as an average of all building parts that can be renovated. this means next to nothing happens in the first half of the AT Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #11 A | effective buildings w. renov. pot. for retrofit (building) = buildings with renovation potential*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #12 F,A | energy retrofit (building/Year) = renovation*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used By
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8_8_2 3-flow | #13 A | expected retrofit based on total stock in transition () = "effective buildings w. renov. pot. for retrofit"/average time until renovation Present In 1 View:Used By |
8_8_2 3-flow | #15 C | fraction of renovations with retrofit opportunity (dmnl ) = 0.5 Description: This value has uncertainty according to Diefenbach et al. 2010 as to what kind of renovations can be considered to pose a retrofit opportunity.First value (1) is the case where any renovation (both plaster and painting) is considered to have retrofit potential (0.019 of 0.019)Second value (0.5) is the case where only plaster repairs are considered to pose retrofit potential so that the max. retrofit rate is 0.0095, which is half of 0.019. Present In 1 View:Used By
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8_8_2 3-flow | #16 A | fraction of retrofit opportunities realized (dmnl ) = If then else (switch policy higher retrofit realization=0,initial fraction of retrofit opportunities realized,initial fraction of retrofit opportunities realized+RAMP((Policy goal fraction of retrofit opportunities realized-initial fraction of retrofit opportunities realized)/Implementation time policy higher retrofit realization , Start time policy higher retrofit realization, Start time policy higher retrofit realization+Implementation time policy higher retrofit realization)) Description: for BAU make start first line with 1, for policy run start second line with 1Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263 b) Policy scenario: ramp up from 0.0085/0.019 to 1 in 30 yearsIf Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526 b) Policy scenario: ramp up from 0.0085/0.0095 to 1 in 30 years1*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019,0.0085/0.0095)+0*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019+RAMP( (1-(0.0085/0.019))/(60-30) , 30 , 60 ),0.0085/0.0095+RAMP( (1-(0.0085/0.0095))/(60-30) , 30 , 60 )) Present In 1 View:Used By
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8_8_2 3-flow | #17 C | Implementation time policy higher retrofit realization (Year ) = 10 Present In 1 View:Used By
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8_8_2 3-flow | #18 C | implementation time policy lower av. t. g. cond. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #19 C | implementation time policy lower av. t. utl. renv. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #20 A | initial average time in good condition (Year) = (Initial retrofitted buildings+initial conventionally renovated buildings)/initial buildings with renovation potential*initial average time until renovation Description: For equillibrium put 17.2 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #21 A | initial average time until renovation (Year) = initial buildings with renovation potential/initial renovation rate Present In 1 View:Used By
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8_8_2 3-flow | #22 LI,A | initial buildings with renovation potential (building ) = initial total building stock-Initial retrofitted buildings-initial conventionally renovated buildings Present In 1 View:Used By
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8_8_2 3-flow | #23 LI,A | initial conventionally renovated buildings (building) = Initial retrofitted buildings/initial fraction of renonvation as retrofits*(1-initial fraction of renonvation as retrofits) Description: The idea underlying the flow-equilibrium initialization is that if the fraction of retrofit opportunities realized fraction of renovations with retrofit opportunity had been constant in the past, the ratio of the stocks should be equal to the ratio of the rates that flow into them. Present In 1 View:Used By
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8_8_2 3-flow | #24 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #25 I | initial fraction of renonvation as retrofits (dmnl) = INITIAL(fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized) Present In 1 View:Used By
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Default | #26 A | initial fraction of retrofit opportunities realized (dmnl ) = initial fraction of retrofit opportunities realized_RSSDlookup(fraction of renovations with retrofit opportunity) Description: If then else(fraction of renovations with retrofit opportunity=1, 0.0085/0.019,If then else (fraction of renovations with retrofit opportunity=0.5, 0.0085/0.0095,0))Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263If Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526Value for other values of Fraction of conventional renovations with retrofit opportunity is set to zero, but could better be something else (e.g. change this into a graph function)Graph-function was interpolated to explore values in between 0.5 and 1 (see calculation initial fraction of retrofit opportunities realized 8_6.xlsx)Fractions outside the range of 0.5 and 1 don't make sense for the sensitivity analysis of the uncertainty, bas they can be considered the upper and lower boundaries. Present In 1 View:Used By
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8_8_2 3-flow | #28 C | initial renovation quota (dmnl/Year) = 0.019 Description: Calculated from Diefenbach 2010, see xls-chart 0.03 for buildings older 1978 Diefenbach 2010 p.75 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #29 A | initial renovation rate (building/Year) = initial renovation quota*initial total building stock Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #30 LI,C | Initial retrofitted buildings (building) = 21 Description: 21% Modernisierungsfortschritt Diefenbach 2013 P37, 3825-30% Modernisierungsfortschritt Diefenbach 2010Equilibrium of stock Buildings with renovation potential when this is 24.5 Present In 1 View:Used By
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8_8_2 3-flow | #32 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #33 A | leaving good condition (building/Year) = retrofitted buildings leaving good condition + unretrofitted buildings leaving good condition Present In 1 View:Used By |
8_8_2 3-flow | #35 A | net flow buildings with renovation potential (building/Year) = retrofitted buildings leaving good condition+unretrofitted buildings leaving good condition-renovation Present In 1 View:Used By |
8_8_2 3-flow | #36 C | Policy goal fraction of retrofit opportunities realized (dmnl ) = 1 Present In 1 View:Used By
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8_8_2 3-flow | #37 A | Quota of conventional renovation retrofit opportunity loss (dmnl/Year) = conventional renovation retrofit opportunity loss/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #38 DE,A | renovation (building/Year) = DELAY N( unretrofitted buildings leaving good condition + retrofitted buildings leaving good condition, average time until renovation, initial buildings with renovation potential/initial average time until renovation, Renovation delay order ) Present In 1 View:Used By
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8_8_2 3-flow | #39 C | Renovation delay order (dmnl ) = 7 Description: wild guess, idea broader than degeneration time because here its peoples decisions/abilities in addition to building properties that create variance. It still means next to nothing happens in the first third of the lifetime Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #40 A | renovation quota (1/Year) = renovation/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #41 A | retrofit opportunity (building/Year) = conventional renovation retrofit opportunity loss+energy retrofit Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #42 A | Retrofit opportunity quota (1/Year) = retrofit opportunity/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #43 A | retrofit quota (1/Year) = energy retrofit/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #44 L | retrofitted buildings (building) = ∫energy retrofit-retrofitted buildings leaving good condition dt + Initial retrofitted buildings Present In 1 View:Used By |
8_8_2 3-flow | #45 DE,F,A | retrofitted buildings leaving good condition (building/Year) = DELAY N( energy retrofit, average time in good condition, Initial retrofitted buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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8_8_2 3-flow | #47 C | Start time policy higher retrofit realization (Year ) = 20 Present In 1 View:Used By
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8_8_2 3-flow | #48 C | start time policy lower av. t. g. cond. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #49 C | start time policy lower av. t. utl renv. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #50 C | switch policy higher retrofit realization (dmnl ) = 0 Present In 1 View:Used By
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8_8_2 3-flow | #51 C | switch policy lower av. t. g. cond. (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #52 C | switch policy lower average time until renovation (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #55 C | total building stock (building) = 100 Present In 1 View:Used By
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8_8_2 3-flow | #56 A | total fraction retrofitted (dmnl) = cumulated retrofits/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #57 DE,F,A | unretrofitted buildings leaving good condition (building/Year) = DELAY N( (conventional renovation no retrofit opportunity+conventional renovation retrofit opportunity loss), average time in good condition, initial conventionally renovated buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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Top | (Group) 8_8_2 3-flow (49 Variables) | ||
Variable Name And Description | 8_8_2 3-flow | #1 C | % decrease AT good condition by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #2 C | % decrease of AT renovation by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #3 A | average time in good condition (Year) = (1-"switch policy lower av. t. g. cond.")*initial average time in good condition+"switch policy lower av. t. g. cond."*(initial average time in good condition-RAMP(("% decrease AT good condition by policy"*initial average time in good condition)/"implementation time policy lower av. t. g. cond.","start time policy lower av. t. g. cond.","start time policy lower av. t. g. cond."+"implementation time policy lower av. t. g. cond.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #4 A | average time until renovation (Year) = (1-switch policy lower average time until renovation)*initial average time until renovation+switch policy lower average time until renovation*(initial average time until renovation-RAMP(("% decrease of AT renovation by policy"*initial average time until renovation)/"implementation time policy lower av. t. utl. renv.","start time policy lower av. t. utl renv.","start time policy lower av. t. utl renv."+"implementation time policy lower av. t. utl. renv.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #5 L | buildings with renovation potential (building) = ∫retrofitted buildings leaving good condition+unretrofitted buildings leaving good condition-conventional renovation no retrofit opportunity-conventional renovation retrofit opportunity loss-energy retrofit dt + initial buildings with renovation potential Description: This includes only those building parts that have retrofit potential but not those kind of renovations that cannot be utilized for retrofitting. i.e. rainwater gutters are not at all considered here. Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #6 F,A | conventional renovation no retrofit opportunity (building/Year) = renovation*(1-fraction of renovations with retrofit opportunity) Present In 1 View:Used By
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8_8_2 3-flow | #7 F,A | conventional renovation retrofit opportunity loss (building/Year) = renovation*fraction of renovations with retrofit opportunity*(1-fraction of retrofit opportunities realized) Present In 1 View:Used By
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8_8_2 3-flow | #8 L | conventionally renovated buildings (building) = ∫conventional renovation no retrofit opportunity+conventional renovation retrofit opportunity loss-unretrofitted buildings leaving good condition dt + initial conventionally renovated buildings Present In 1 View:Used By |
8_8_2 3-flow | #9 L | cumulated retrofits (building) = ∫energy retrofit dt + initial cumulated retrofits Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #10 C | Degeneration delay order (dmnl) = 15 Description: wild guess as an average of all building parts that can be renovated. this means next to nothing happens in the first half of the AT Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #11 A | effective buildings w. renov. pot. for retrofit (building) = buildings with renovation potential*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #12 F,A | energy retrofit (building/Year) = renovation*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used By
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8_8_2 3-flow | #13 A | expected retrofit based on total stock in transition () = "effective buildings w. renov. pot. for retrofit"/average time until renovation Present In 1 View:Used By |
8_8_2 3-flow | #15 C | fraction of renovations with retrofit opportunity (dmnl ) = 0.5 Description: This value has uncertainty according to Diefenbach et al. 2010 as to what kind of renovations can be considered to pose a retrofit opportunity.First value (1) is the case where any renovation (both plaster and painting) is considered to have retrofit potential (0.019 of 0.019)Second value (0.5) is the case where only plaster repairs are considered to pose retrofit potential so that the max. retrofit rate is 0.0095, which is half of 0.019. Present In 1 View:Used By
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8_8_2 3-flow | #16 A | fraction of retrofit opportunities realized (dmnl ) = If then else (switch policy higher retrofit realization=0,initial fraction of retrofit opportunities realized,initial fraction of retrofit opportunities realized+RAMP((Policy goal fraction of retrofit opportunities realized-initial fraction of retrofit opportunities realized)/Implementation time policy higher retrofit realization , Start time policy higher retrofit realization, Start time policy higher retrofit realization+Implementation time policy higher retrofit realization)) Description: for BAU make start first line with 1, for policy run start second line with 1Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263 b) Policy scenario: ramp up from 0.0085/0.019 to 1 in 30 yearsIf Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526 b) Policy scenario: ramp up from 0.0085/0.0095 to 1 in 30 years1*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019,0.0085/0.0095)+0*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019+RAMP( (1-(0.0085/0.019))/(60-30) , 30 , 60 ),0.0085/0.0095+RAMP( (1-(0.0085/0.0095))/(60-30) , 30 , 60 )) Present In 1 View:Used By
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8_8_2 3-flow | #17 C | Implementation time policy higher retrofit realization (Year ) = 10 Present In 1 View:Used By
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8_8_2 3-flow | #18 C | implementation time policy lower av. t. g. cond. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #19 C | implementation time policy lower av. t. utl. renv. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #20 A | initial average time in good condition (Year) = (Initial retrofitted buildings+initial conventionally renovated buildings)/initial buildings with renovation potential*initial average time until renovation Description: For equillibrium put 17.2 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #21 A | initial average time until renovation (Year) = initial buildings with renovation potential/initial renovation rate Present In 1 View:Used By
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8_8_2 3-flow | #22 LI,A | initial buildings with renovation potential (building ) = initial total building stock-Initial retrofitted buildings-initial conventionally renovated buildings Present In 1 View:Used By
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8_8_2 3-flow | #23 LI,A | initial conventionally renovated buildings (building) = Initial retrofitted buildings/initial fraction of renonvation as retrofits*(1-initial fraction of renonvation as retrofits) Description: The idea underlying the flow-equilibrium initialization is that if the fraction of retrofit opportunities realized fraction of renovations with retrofit opportunity had been constant in the past, the ratio of the stocks should be equal to the ratio of the rates that flow into them. Present In 1 View:Used By
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8_8_2 3-flow | #24 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #25 I | initial fraction of renonvation as retrofits (dmnl) = INITIAL(fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized) Present In 1 View:Used By
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8_8_2 3-flow | #28 C | initial renovation quota (dmnl/Year) = 0.019 Description: Calculated from Diefenbach 2010, see xls-chart 0.03 for buildings older 1978 Diefenbach 2010 p.75 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #29 A | initial renovation rate (building/Year) = initial renovation quota*initial total building stock Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #30 LI,C | Initial retrofitted buildings (building) = 21 Description: 21% Modernisierungsfortschritt Diefenbach 2013 P37, 3825-30% Modernisierungsfortschritt Diefenbach 2010Equilibrium of stock Buildings with renovation potential when this is 24.5 Present In 1 View:Used By
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8_8_2 3-flow | #32 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #33 A | leaving good condition (building/Year) = retrofitted buildings leaving good condition + unretrofitted buildings leaving good condition Present In 1 View:Used By |
8_8_2 3-flow | #35 A | net flow buildings with renovation potential (building/Year) = retrofitted buildings leaving good condition+unretrofitted buildings leaving good condition-renovation Present In 1 View:Used By |
8_8_2 3-flow | #36 C | Policy goal fraction of retrofit opportunities realized (dmnl ) = 1 Present In 1 View:Used By
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8_8_2 3-flow | #37 A | Quota of conventional renovation retrofit opportunity loss (dmnl/Year) = conventional renovation retrofit opportunity loss/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #38 DE,A | renovation (building/Year) = DELAY N( unretrofitted buildings leaving good condition + retrofitted buildings leaving good condition, average time until renovation, initial buildings with renovation potential/initial average time until renovation, Renovation delay order ) Present In 1 View:Used By
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8_8_2 3-flow | #39 C | Renovation delay order (dmnl ) = 7 Description: wild guess, idea broader than degeneration time because here its peoples decisions/abilities in addition to building properties that create variance. It still means next to nothing happens in the first third of the lifetime Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #40 A | renovation quota (1/Year) = renovation/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #41 A | retrofit opportunity (building/Year) = conventional renovation retrofit opportunity loss+energy retrofit Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #42 A | Retrofit opportunity quota (1/Year) = retrofit opportunity/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #43 A | retrofit quota (1/Year) = energy retrofit/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #44 L | retrofitted buildings (building) = ∫energy retrofit-retrofitted buildings leaving good condition dt + Initial retrofitted buildings Present In 1 View:Used By |
8_8_2 3-flow | #45 DE,F,A | retrofitted buildings leaving good condition (building/Year) = DELAY N( energy retrofit, average time in good condition, Initial retrofitted buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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8_8_2 3-flow | #47 C | Start time policy higher retrofit realization (Year ) = 20 Present In 1 View:Used By
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8_8_2 3-flow | #48 C | start time policy lower av. t. g. cond. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #49 C | start time policy lower av. t. utl renv. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #50 C | switch policy higher retrofit realization (dmnl ) = 0 Present In 1 View:Used By
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8_8_2 3-flow | #51 C | switch policy lower av. t. g. cond. (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #52 C | switch policy lower average time until renovation (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #55 C | total building stock (building) = 100 Present In 1 View:Used By
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8_8_2 3-flow | #56 A | total fraction retrofitted (dmnl) = cumulated retrofits/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #57 DE,F,A | unretrofitted buildings leaving good condition (building/Year) = DELAY N( (conventional renovation no retrofit opportunity+conventional renovation retrofit opportunity loss), average time in good condition, initial conventionally renovated buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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Top | (Group) Default (1 Variables) | ||
Variable Name And Description | Default | #26 A | initial fraction of retrofit opportunities realized (dmnl ) = initial fraction of retrofit opportunities realized_RSSDlookup(fraction of renovations with retrofit opportunity) Description: If then else(fraction of renovations with retrofit opportunity=1, 0.0085/0.019,If then else (fraction of renovations with retrofit opportunity=0.5, 0.0085/0.0095,0))Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263If Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526Value for other values of Fraction of conventional renovations with retrofit opportunity is set to zero, but could better be something else (e.g. change this into a graph function)Graph-function was interpolated to explore values in between 0.5 and 1 (see calculation initial fraction of retrofit opportunities realized 8_6.xlsx)Fractions outside the range of 0.5 and 1 don't make sense for the sensitivity analysis of the uncertainty, bas they can be considered the upper and lower boundaries. Present In 1 View:Used By
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Top | (Type) Smooth (0 Variables) | ||
Variable Name And Description |
Top | (Type) Level Initial (4 Variables) | ||
Variable Name And Description | 8_8_2 3-flow | #22 LI,A | initial buildings with renovation potential (building ) = initial total building stock-Initial retrofitted buildings-initial conventionally renovated buildings Present In 1 View:Used By
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8_8_2 3-flow | #23 LI,A | initial conventionally renovated buildings (building) = Initial retrofitted buildings/initial fraction of renonvation as retrofits*(1-initial fraction of renonvation as retrofits) Description: The idea underlying the flow-equilibrium initialization is that if the fraction of retrofit opportunities realized fraction of renovations with retrofit opportunity had been constant in the past, the ratio of the stocks should be equal to the ratio of the rates that flow into them. Present In 1 View:Used By
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8_8_2 3-flow | #24 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #30 LI,C | Initial retrofitted buildings (building) = 21 Description: 21% Modernisierungsfortschritt Diefenbach 2013 P37, 3825-30% Modernisierungsfortschritt Diefenbach 2010Equilibrium of stock Buildings with renovation potential when this is 24.5 Present In 1 View:Used By
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Top | (Type) Initial (2 Variables) | ||
Variable Name And Description | 8_8_2 3-flow | #25 I | initial fraction of renonvation as retrofits (dmnl) = INITIAL(fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized) Present In 1 View:Used By
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8_8_2 3-flow | #32 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
Top | (Type) Constant (19 Variables) | ||
Variable Name And Description | 8_8_2 3-flow | #1 C | % decrease AT good condition by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #2 C | % decrease of AT renovation by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #10 C | Degeneration delay order (dmnl) = 15 Description: wild guess as an average of all building parts that can be renovated. this means next to nothing happens in the first half of the AT Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #15 C | fraction of renovations with retrofit opportunity (dmnl ) = 0.5 Description: This value has uncertainty according to Diefenbach et al. 2010 as to what kind of renovations can be considered to pose a retrofit opportunity.First value (1) is the case where any renovation (both plaster and painting) is considered to have retrofit potential (0.019 of 0.019)Second value (0.5) is the case where only plaster repairs are considered to pose retrofit potential so that the max. retrofit rate is 0.0095, which is half of 0.019. Present In 1 View:Used By
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8_8_2 3-flow | #17 C | Implementation time policy higher retrofit realization (Year ) = 10 Present In 1 View:Used By
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8_8_2 3-flow | #18 C | implementation time policy lower av. t. g. cond. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #19 C | implementation time policy lower av. t. utl. renv. (Year) = 10 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #24 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #28 C | initial renovation quota (dmnl/Year) = 0.019 Description: Calculated from Diefenbach 2010, see xls-chart 0.03 for buildings older 1978 Diefenbach 2010 p.75 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #30 LI,C | Initial retrofitted buildings (building) = 21 Description: 21% Modernisierungsfortschritt Diefenbach 2013 P37, 3825-30% Modernisierungsfortschritt Diefenbach 2010Equilibrium of stock Buildings with renovation potential when this is 24.5 Present In 1 View:Used By
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8_8_2 3-flow | #36 C | Policy goal fraction of retrofit opportunities realized (dmnl ) = 1 Present In 1 View:Used By
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8_8_2 3-flow | #39 C | Renovation delay order (dmnl ) = 7 Description: wild guess, idea broader than degeneration time because here its peoples decisions/abilities in addition to building properties that create variance. It still means next to nothing happens in the first third of the lifetime Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #47 C | Start time policy higher retrofit realization (Year ) = 20 Present In 1 View:Used By
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8_8_2 3-flow | #48 C | start time policy lower av. t. g. cond. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #49 C | start time policy lower av. t. utl renv. (Year) = 20 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #50 C | switch policy higher retrofit realization (dmnl ) = 0 Present In 1 View:Used By
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8_8_2 3-flow | #51 C | switch policy lower av. t. g. cond. (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #52 C | switch policy lower average time until renovation (dmnl ) = 0 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #55 C | total building stock (building) = 100 Present In 1 View:Used By
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Top | (Type) Auxiliary (27 Variables) | ||
Variable Name And Description | 8_8_2 3-flow | #3 A | average time in good condition (Year) = (1-"switch policy lower av. t. g. cond.")*initial average time in good condition+"switch policy lower av. t. g. cond."*(initial average time in good condition-RAMP(("% decrease AT good condition by policy"*initial average time in good condition)/"implementation time policy lower av. t. g. cond.","start time policy lower av. t. g. cond.","start time policy lower av. t. g. cond."+"implementation time policy lower av. t. g. cond.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #4 A | average time until renovation (Year) = (1-switch policy lower average time until renovation)*initial average time until renovation+switch policy lower average time until renovation*(initial average time until renovation-RAMP(("% decrease of AT renovation by policy"*initial average time until renovation)/"implementation time policy lower av. t. utl. renv.","start time policy lower av. t. utl renv.","start time policy lower av. t. utl renv."+"implementation time policy lower av. t. utl. renv.")) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #6 F,A | conventional renovation no retrofit opportunity (building/Year) = renovation*(1-fraction of renovations with retrofit opportunity) Present In 1 View:Used By
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8_8_2 3-flow | #7 F,A | conventional renovation retrofit opportunity loss (building/Year) = renovation*fraction of renovations with retrofit opportunity*(1-fraction of retrofit opportunities realized) Present In 1 View:Used By
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8_8_2 3-flow | #11 A | effective buildings w. renov. pot. for retrofit (building) = buildings with renovation potential*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #12 F,A | energy retrofit (building/Year) = renovation*fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized Present In 1 View:Used By
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8_8_2 3-flow | #13 A | expected retrofit based on total stock in transition () = "effective buildings w. renov. pot. for retrofit"/average time until renovation Present In 1 View:Used By |
8_8_2 3-flow | #16 A | fraction of retrofit opportunities realized (dmnl ) = If then else (switch policy higher retrofit realization=0,initial fraction of retrofit opportunities realized,initial fraction of retrofit opportunities realized+RAMP((Policy goal fraction of retrofit opportunities realized-initial fraction of retrofit opportunities realized)/Implementation time policy higher retrofit realization , Start time policy higher retrofit realization, Start time policy higher retrofit realization+Implementation time policy higher retrofit realization)) Description: for BAU make start first line with 1, for policy run start second line with 1Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263 b) Policy scenario: ramp up from 0.0085/0.019 to 1 in 30 yearsIf Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526 b) Policy scenario: ramp up from 0.0085/0.0095 to 1 in 30 years1*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019,0.0085/0.0095)+0*If then else(fraction of conventional renovations with retrofit opportunity=1, 0.0085/0.019+RAMP( (1-(0.0085/0.019))/(60-30) , 30 , 60 ),0.0085/0.0095+RAMP( (1-(0.0085/0.0095))/(60-30) , 30 , 60 )) Present In 1 View:Used By
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8_8_2 3-flow | #20 A | initial average time in good condition (Year) = (Initial retrofitted buildings+initial conventionally renovated buildings)/initial buildings with renovation potential*initial average time until renovation Description: For equillibrium put 17.2 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #21 A | initial average time until renovation (Year) = initial buildings with renovation potential/initial renovation rate Present In 1 View:Used By
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8_8_2 3-flow | #22 LI,A | initial buildings with renovation potential (building ) = initial total building stock-Initial retrofitted buildings-initial conventionally renovated buildings Present In 1 View:Used By
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8_8_2 3-flow | #23 LI,A | initial conventionally renovated buildings (building) = Initial retrofitted buildings/initial fraction of renonvation as retrofits*(1-initial fraction of renonvation as retrofits) Description: The idea underlying the flow-equilibrium initialization is that if the fraction of retrofit opportunities realized fraction of renovations with retrofit opportunity had been constant in the past, the ratio of the stocks should be equal to the ratio of the rates that flow into them. Present In 1 View:Used By
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8_8_2 3-flow | #25 I | initial fraction of renonvation as retrofits (dmnl) = INITIAL(fraction of renovations with retrofit opportunity*fraction of retrofit opportunities realized) Present In 1 View:Used By
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Default | #26 A | initial fraction of retrofit opportunities realized (dmnl ) = initial fraction of retrofit opportunities realized_RSSDlookup(fraction of renovations with retrofit opportunity) Description: If then else(fraction of renovations with retrofit opportunity=1, 0.0085/0.019,If then else (fraction of renovations with retrofit opportunity=0.5, 0.0085/0.0095,0))Calculated from Diefenbach 2010, see xls-chartIf Fraction of conventional renovations with retrofit opportunity = 1, then: a) BAU: 0.0085/0.019≈0.44736842105263If Fraction of conventional renovations with retrofit opportunity = 0.5, then: a) BAU: 0.0085/0.0095≈0.89473684210526Value for other values of Fraction of conventional renovations with retrofit opportunity is set to zero, but could better be something else (e.g. change this into a graph function)Graph-function was interpolated to explore values in between 0.5 and 1 (see calculation initial fraction of retrofit opportunities realized 8_6.xlsx)Fractions outside the range of 0.5 and 1 don't make sense for the sensitivity analysis of the uncertainty, bas they can be considered the upper and lower boundaries. Present In 1 View:Used By
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8_8_2 3-flow | #29 A | initial renovation rate (building/Year) = initial renovation quota*initial total building stock Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #32 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #33 A | leaving good condition (building/Year) = retrofitted buildings leaving good condition + unretrofitted buildings leaving good condition Present In 1 View:Used By |
8_8_2 3-flow | #35 A | net flow buildings with renovation potential (building/Year) = retrofitted buildings leaving good condition+unretrofitted buildings leaving good condition-renovation Present In 1 View:Used By |
8_8_2 3-flow | #37 A | Quota of conventional renovation retrofit opportunity loss (dmnl/Year) = conventional renovation retrofit opportunity loss/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #38 DE,A | renovation (building/Year) = DELAY N( unretrofitted buildings leaving good condition + retrofitted buildings leaving good condition, average time until renovation, initial buildings with renovation potential/initial average time until renovation, Renovation delay order ) Present In 1 View:Used By
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8_8_2 3-flow | #40 A | renovation quota (1/Year) = renovation/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #41 A | retrofit opportunity (building/Year) = conventional renovation retrofit opportunity loss+energy retrofit Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_8_2 3-flow | #42 A | Retrofit opportunity quota (1/Year) = retrofit opportunity/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #43 A | retrofit quota (1/Year) = energy retrofit/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #45 DE,F,A | retrofitted buildings leaving good condition (building/Year) = DELAY N( energy retrofit, average time in good condition, Initial retrofitted buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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8_8_2 3-flow | #56 A | total fraction retrofitted (dmnl) = cumulated retrofits/total building stock Present In 1 View:Used By |
8_8_2 3-flow | #57 DE,F,A | unretrofitted buildings leaving good condition (building/Year) = DELAY N( (conventional renovation no retrofit opportunity+conventional renovation retrofit opportunity loss), average time in good condition, initial conventionally renovated buildings/average time in good condition, Degeneration delay order ) Present In 1 View:Used By
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Variable Name And Description | Default | #27 A,D,T | initial fraction of retrofit opportunities realized_RSSDlookup (dmnl) initial fraction of retrofit opportunities realized_RSSDlookup([(0.5,0)-(1,1)],(0.5,0.894737),(0.6,0.745614),(0.7,0.639098),(0.8,0.559211),(0.9,0.497076),(1,0.447368) ) ![]()
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8_8_2 3-flow | L | conventionally renovated buildings (building) |
8_8_2 3-flow | A | expected retrofit based on total stock in transition () |
8_8_2 3-flow | A | leaving good condition (building/Year) |
8_8_2 3-flow | A | net flow buildings with renovation potential (building/Year) |
8_8_2 3-flow | A | Quota of conventional renovation retrofit opportunity loss (dmnl/Year) |
8_8_2 3-flow | A | renovation quota (1/Year) |
8_8_2 3-flow | A | Retrofit opportunity quota (1/Year) |
8_8_2 3-flow | A | retrofit quota (1/Year) |
8_8_2 3-flow | L | retrofitted buildings (building) |
8_8_2 3-flow | A | total fraction retrofitted (dmnl) |
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8_8_2 3-flow | L | buildings with renovation potential (building) |
8_8_2 3-flow | L | conventionally renovated buildings (building) |
8_8_2 3-flow | L | cumulated retrofits (building) |
8_8_2 3-flow | L | retrofitted buildings (building) |
Default | A,D,T | initial fraction of retrofit opportunities realized_RSSDlookup (dmnl) | Both |
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8_8_2 3-flow | A | fraction of retrofit opportunities realized (dmnl ) |
8_8_2 3-flow | A | initial average time in good condition (Year) | 4 |
8_8_2 3-flow | A | average time in good condition (Year) | 5 |
8_8_2 3-flow | A | average time until renovation (Year) | 5 |
8_8_2 3-flow | A | fraction of retrofit opportunities realized (dmnl ) | 5 |
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8_8_2 3-flow | L | buildings with renovation potential (building) |
8_8_2 3-flow | L | conventionally renovated buildings (building) |
8_8_2 3-flow | L | cumulated retrofits (building) |
8_8_2 3-flow | DE,A | renovation (building/Year) |
8_8_2 3-flow | L | retrofitted buildings (building) |
8_8_2 3-flow | DE,F,A | retrofitted buildings leaving good condition (building/Year) |
8_8_2 3-flow | DE,F,A | unretrofitted buildings leaving good condition (building/Year) |
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8_8_2 3-flow | C | % decrease AT good condition by policy (dmnl ) |
8_8_2 3-flow | C | % decrease of AT renovation by policy (dmnl ) |
8_8_2 3-flow | C | Degeneration delay order (dmnl) |
8_8_2 3-flow | C | fraction of renovations with retrofit opportunity (dmnl ) |
8_8_2 3-flow | A | fraction of retrofit opportunities realized (dmnl ) |
8_8_2 3-flow | I | initial fraction of renonvation as retrofits (dmnl) |
Default | A | initial fraction of retrofit opportunities realized (dmnl ) |
8_8_2 3-flow | C | Policy goal fraction of retrofit opportunities realized (dmnl ) |
8_8_2 3-flow | C | Renovation delay order (dmnl ) |
8_8_2 3-flow | C | switch policy higher retrofit realization (dmnl ) |
8_8_2 3-flow | C | switch policy lower av. t. g. cond. (dmnl ) |
8_8_2 3-flow | C | switch policy lower average time until renovation (dmnl ) |
8_8_2 3-flow | A | total fraction retrofitted (dmnl) |
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8_8_2 3-flow | A | expected retrofit based on total stock in transition () | LHS Units: None Specified |
8_8_2 3-flow | DE,A | renovation (building/Year) | 3 (100,0%) | 3 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | DE,F,A | unretrofitted buildings leaving good condition (building/Year) | 2 ( 66,7%) | 2 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | F,A | conventional renovation no retrofit opportunity (building/Year) | 1 ( 33,3%) | 1 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | F,A | conventional renovation retrofit opportunity loss (building/Year) | 1 ( 33,3%) | 1 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | F,A | energy retrofit (building/Year) | 1 ( 33,3%) | 1 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | DE,F,A | retrofitted buildings leaving good condition (building/Year) | 1 ( 33,3%) | 1 [3,3] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | % decrease AT good condition by policy (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | % decrease of AT renovation by policy (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | average time in good condition (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | average time until renovation (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | L | buildings with renovation potential (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | L | conventionally renovated buildings (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | L | cumulated retrofits (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | Degeneration delay order (dmnl) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | effective buildings w. renov. pot. for retrofit (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | expected retrofit based on total stock in transition () | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | C | FINAL TIME (Year ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | fraction of renovations with retrofit opportunity (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | fraction of retrofit opportunities realized (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | Implementation time policy higher retrofit realization (Year ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | implementation time policy lower av. t. g. cond. (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | implementation time policy lower av. t. utl. renv. (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | initial average time in good condition (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | initial average time until renovation (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | LI,A | initial buildings with renovation potential (building ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | LI,A | initial conventionally renovated buildings (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | LI,C | initial cumulated retrofits (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | I | initial fraction of renonvation as retrofits (dmnl) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
Default | A | initial fraction of retrofit opportunities realized (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | initial renovation quota (dmnl/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | initial renovation rate (building/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | LI,C | Initial retrofitted buildings (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | C | INITIAL TIME (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | I | initial total building stock (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | leaving good condition (building/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | net flow buildings with renovation potential (building/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | Policy goal fraction of retrofit opportunities realized (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | Quota of conventional renovation retrofit opportunity loss (dmnl/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | Renovation delay order (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | renovation quota (1/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | retrofit opportunity (building/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | Retrofit opportunity quota (1/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | retrofit quota (1/Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | L | retrofitted buildings (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | C | SAVEPER (Year ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | Start time policy higher retrofit realization (Year ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | start time policy lower av. t. g. cond. (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | start time policy lower av. t. utl renv. (Year) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | switch policy higher retrofit realization (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | switch policy lower av. t. g. cond. (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | switch policy lower average time until renovation (dmnl ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
.Control | C | TIME STEP (Year ) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | C | total building stock (building) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_8_2 3-flow | A | total fraction retrofitted (dmnl) | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
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average time in good condition | retrofitted buildings leaving good condition | Inconsistent |
average time in good condition | unretrofitted buildings leaving good condition | Inconsistent |
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