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L: Level (3 / 3)* | SM: Smooth (0 / 0)* | DE: Delay (2 / 2)*† | LI: Level Initial (3) | I: Initial (1 / 1) |
C: Constant (18 / 18) | F: Flow (2 / 2) | A: Auxiliary (13 / 13) | Sub: Subscripts (0) | D: Data (0 / 0) |
G: Game (0 / 0) | T: Lookup (0 / 0)*†† |
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8_14 retrofit cycle only (30) |
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 (34 Variables) | ||
Variable Name And Description | 8_14 retrofit cycle only | #1 C | % decrease of av.t.g.cond. by policy (dmnl) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #2 C | % decrease of av.t.u.renv. by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #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 of av.t.g.cond. 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_14 retrofit cycle only | #4 A | average time until retrofit (Year) = (1-switch policy lower average time until renovation)*initial average time until retrofit+switch policy lower average time until renovation*(initial average time until retrofit+RAMP((-"% decrease of av.t.u.renv. by policy"*initial average time until retrofit)/"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_14 retrofit cycle only | #5 L | buildings with retrofit potential (building) = ∫retrofitted buildings leaving good condition-energy retrofit dt + initial buildings with retrofit 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 By |
8_14 retrofit cycle only | #6 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_14 retrofit cycle only | #7 C | Degeneration delay order (dmnl) = 15 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #8 DE,F,A | energy retrofit (building/Year) = DELAY N( retrofitted buildings leaving good condition , average time until retrofit , initial buildings with retrofit potential/initial average time until retrofit , retrofit delay order ) Present In 1 View:Used By
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.Control | #9 C | FINAL TIME (Year ) = 100 Description: The final time for the simulation. Present In 1 View:Used By |
8_14 retrofit cycle only | #10 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_14 retrofit cycle only | #11 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_14 retrofit cycle only | #12 A | initial average time in good condition (Year) = Initial buildings retrofitted/initial buildings with retrofit potential*initial average time until retrofit Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #13 A | initial average time until retrofit (Year) = initial buildings with retrofit potential/initial retrofit rate Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #14 LI,C | Initial buildings retrofitted (building ) = 21 Description: 21% of total building stock retrofitted in 2009. Source: Bundesministerium für Verkehr, Bau und Stadtentwicklung and Institut Wohnen und Umwelt. 2013. Maßnahmen Zur Umsetzung Der Ziele Des Energiekonzepts Im Gebäudebereich: Zielerreichungsszenario. P37, 38 http://www.bbsr.bund.de/BBSR/DE/Veroeffentlichungen/BMVBS/Online/2013/DL_ON032013.pdf?__blob=publicationFile&v=5. Present In 1 View:Used By
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8_14 retrofit cycle only | #15 LI,A | initial buildings with retrofit potential (building) = initial total building stock-Initial buildings retrofitted Description: Note that the definition of this stock actually changes in a sense depending on the initial renovation quota because. The initial renovation quota expresses uncertainty with respect to which kind of renovations actually hold retrofit opportunity and consequently the initial stock is also different. Present In 1 View:Used By
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8_14 retrofit cycle only | #16 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #17 C | initial retrofit quota (dmnl/Year) = 0.0085 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #18 A | initial retrofit rate (building/Year) = initial retrofit quota*initial total building stock Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
.Control | #19 C | INITIAL TIME (Year) = 0 Description: The initial time for the simulation. Present In 0 Views: |
8_14 retrofit cycle only | #20 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used By
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8_14 retrofit cycle only | #22 A | net flow buidlings with retrofit potential (building/Year) = retrofitted buildings leaving good condition-energy retrofit Present In 1 View:Used By |
8_14 retrofit cycle only | #23 A | net rate for retrofitted buildings (building/Year) = energy retrofit-retrofitted buildings leaving good condition Present In 1 View:Used By |
8_14 retrofit cycle only | #24 C | retrofit delay order (dmnl ) = 7 Description: Guess, idea broader than degeneration time because here it's peoples decisions/abilities in addition to building properties that create variance Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #25 A | retrofit quota (1/Year) = energy retrofit/total building stock Present In 1 View:Used By |
8_14 retrofit cycle only | #26 L | retrofitted buildings (building) = ∫energy retrofit-retrofitted buildings leaving good condition dt + Initial buildings retrofitted Present In 1 View:Used By |
8_14 retrofit cycle only | #27 DE,F,A | retrofitted buildings leaving good condition (building/Year) = DELAY N( energy retrofit, average time in good condition, Initial buildings retrofitted/initial average time in good condition , Degeneration delay order ) Present In 1 View:Used By
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.Control | #28 C | SAVEPER (Year ) = 0.0833333 Description: The frequency with which output is stored. Present In 0 Views: |
8_14 retrofit cycle only | #29 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_14 retrofit cycle only | #30 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_14 retrofit cycle only | #31 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_14 retrofit cycle only | #32 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 | #34 C | TIME STEP (Year ) = 0.0027 Description: The time step for the simulation. Present In 0 Views: |
8_14 retrofit cycle only | #35 C | total building stock (building) = 100 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #36 A | total fraction retrofitted (dmnl) = cumulated retrofits/total building stock Present In 1 View:Used By |
(View) View 1 (30 Variables) |
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Top | (View) View 1 (30 Variables) | ||
Variable Name And Description | 8_14 retrofit cycle only | #1 C | % decrease of av.t.g.cond. by policy (dmnl) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #2 C | % decrease of av.t.u.renv. by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #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 of av.t.g.cond. 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_14 retrofit cycle only | #4 A | average time until retrofit (Year) = (1-switch policy lower average time until renovation)*initial average time until retrofit+switch policy lower average time until renovation*(initial average time until retrofit+RAMP((-"% decrease of av.t.u.renv. by policy"*initial average time until retrofit)/"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_14 retrofit cycle only | #5 L | buildings with retrofit potential (building) = ∫retrofitted buildings leaving good condition-energy retrofit dt + initial buildings with retrofit 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 By |
8_14 retrofit cycle only | #6 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_14 retrofit cycle only | #7 C | Degeneration delay order (dmnl) = 15 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #8 DE,F,A | energy retrofit (building/Year) = DELAY N( retrofitted buildings leaving good condition , average time until retrofit , initial buildings with retrofit potential/initial average time until retrofit , retrofit delay order ) Present In 1 View:Used By
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8_14 retrofit cycle only | #10 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_14 retrofit cycle only | #11 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_14 retrofit cycle only | #12 A | initial average time in good condition (Year) = Initial buildings retrofitted/initial buildings with retrofit potential*initial average time until retrofit Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #13 A | initial average time until retrofit (Year) = initial buildings with retrofit potential/initial retrofit rate Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #14 LI,C | Initial buildings retrofitted (building ) = 21 Description: 21% of total building stock retrofitted in 2009. Source: Bundesministerium für Verkehr, Bau und Stadtentwicklung and Institut Wohnen und Umwelt. 2013. Maßnahmen Zur Umsetzung Der Ziele Des Energiekonzepts Im Gebäudebereich: Zielerreichungsszenario. P37, 38 http://www.bbsr.bund.de/BBSR/DE/Veroeffentlichungen/BMVBS/Online/2013/DL_ON032013.pdf?__blob=publicationFile&v=5. Present In 1 View:Used By
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8_14 retrofit cycle only | #15 LI,A | initial buildings with retrofit potential (building) = initial total building stock-Initial buildings retrofitted Description: Note that the definition of this stock actually changes in a sense depending on the initial renovation quota because. The initial renovation quota expresses uncertainty with respect to which kind of renovations actually hold retrofit opportunity and consequently the initial stock is also different. Present In 1 View:Used By
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8_14 retrofit cycle only | #16 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #17 C | initial retrofit quota (dmnl/Year) = 0.0085 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #18 A | initial retrofit rate (building/Year) = initial retrofit quota*initial total building stock Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #20 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used By
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8_14 retrofit cycle only | #22 A | net flow buidlings with retrofit potential (building/Year) = retrofitted buildings leaving good condition-energy retrofit Present In 1 View:Used By |
8_14 retrofit cycle only | #23 A | net rate for retrofitted buildings (building/Year) = energy retrofit-retrofitted buildings leaving good condition Present In 1 View:Used By |
8_14 retrofit cycle only | #24 C | retrofit delay order (dmnl ) = 7 Description: Guess, idea broader than degeneration time because here it's peoples decisions/abilities in addition to building properties that create variance Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #25 A | retrofit quota (1/Year) = energy retrofit/total building stock Present In 1 View:Used By |
8_14 retrofit cycle only | #26 L | retrofitted buildings (building) = ∫energy retrofit-retrofitted buildings leaving good condition dt + Initial buildings retrofitted Present In 1 View:Used By |
8_14 retrofit cycle only | #27 DE,F,A | retrofitted buildings leaving good condition (building/Year) = DELAY N( energy retrofit, average time in good condition, Initial buildings retrofitted/initial average time in good condition , Degeneration delay order ) Present In 1 View:Used By
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8_14 retrofit cycle only | #29 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_14 retrofit cycle only | #30 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_14 retrofit cycle only | #31 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_14 retrofit cycle only | #32 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_14 retrofit cycle only | #35 C | total building stock (building) = 100 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #36 A | total fraction retrofitted (dmnl) = cumulated retrofits/total building stock Present In 1 View:Used By |
Top | (Group) 8_14 retrofit cycle only (30 Variables) | ||
Variable Name And Description | 8_14 retrofit cycle only | #1 C | % decrease of av.t.g.cond. by policy (dmnl) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #2 C | % decrease of av.t.u.renv. by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #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 of av.t.g.cond. 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_14 retrofit cycle only | #4 A | average time until retrofit (Year) = (1-switch policy lower average time until renovation)*initial average time until retrofit+switch policy lower average time until renovation*(initial average time until retrofit+RAMP((-"% decrease of av.t.u.renv. by policy"*initial average time until retrofit)/"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_14 retrofit cycle only | #5 L | buildings with retrofit potential (building) = ∫retrofitted buildings leaving good condition-energy retrofit dt + initial buildings with retrofit 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 By |
8_14 retrofit cycle only | #6 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_14 retrofit cycle only | #7 C | Degeneration delay order (dmnl) = 15 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #8 DE,F,A | energy retrofit (building/Year) = DELAY N( retrofitted buildings leaving good condition , average time until retrofit , initial buildings with retrofit potential/initial average time until retrofit , retrofit delay order ) Present In 1 View:Used By
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8_14 retrofit cycle only | #10 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_14 retrofit cycle only | #11 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_14 retrofit cycle only | #12 A | initial average time in good condition (Year) = Initial buildings retrofitted/initial buildings with retrofit potential*initial average time until retrofit Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #13 A | initial average time until retrofit (Year) = initial buildings with retrofit potential/initial retrofit rate Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #14 LI,C | Initial buildings retrofitted (building ) = 21 Description: 21% of total building stock retrofitted in 2009. Source: Bundesministerium für Verkehr, Bau und Stadtentwicklung and Institut Wohnen und Umwelt. 2013. Maßnahmen Zur Umsetzung Der Ziele Des Energiekonzepts Im Gebäudebereich: Zielerreichungsszenario. P37, 38 http://www.bbsr.bund.de/BBSR/DE/Veroeffentlichungen/BMVBS/Online/2013/DL_ON032013.pdf?__blob=publicationFile&v=5. Present In 1 View:Used By
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8_14 retrofit cycle only | #15 LI,A | initial buildings with retrofit potential (building) = initial total building stock-Initial buildings retrofitted Description: Note that the definition of this stock actually changes in a sense depending on the initial renovation quota because. The initial renovation quota expresses uncertainty with respect to which kind of renovations actually hold retrofit opportunity and consequently the initial stock is also different. Present In 1 View:Used By
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8_14 retrofit cycle only | #16 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #17 C | initial retrofit quota (dmnl/Year) = 0.0085 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #18 A | initial retrofit rate (building/Year) = initial retrofit quota*initial total building stock Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #20 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used By
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8_14 retrofit cycle only | #22 A | net flow buidlings with retrofit potential (building/Year) = retrofitted buildings leaving good condition-energy retrofit Present In 1 View:Used By |
8_14 retrofit cycle only | #23 A | net rate for retrofitted buildings (building/Year) = energy retrofit-retrofitted buildings leaving good condition Present In 1 View:Used By |
8_14 retrofit cycle only | #24 C | retrofit delay order (dmnl ) = 7 Description: Guess, idea broader than degeneration time because here it's peoples decisions/abilities in addition to building properties that create variance Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #25 A | retrofit quota (1/Year) = energy retrofit/total building stock Present In 1 View:Used By |
8_14 retrofit cycle only | #26 L | retrofitted buildings (building) = ∫energy retrofit-retrofitted buildings leaving good condition dt + Initial buildings retrofitted Present In 1 View:Used By |
8_14 retrofit cycle only | #27 DE,F,A | retrofitted buildings leaving good condition (building/Year) = DELAY N( energy retrofit, average time in good condition, Initial buildings retrofitted/initial average time in good condition , Degeneration delay order ) Present In 1 View:Used By
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8_14 retrofit cycle only | #29 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_14 retrofit cycle only | #30 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_14 retrofit cycle only | #31 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_14 retrofit cycle only | #32 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_14 retrofit cycle only | #35 C | total building stock (building) = 100 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #36 A | total fraction retrofitted (dmnl) = cumulated retrofits/total building stock Present In 1 View:Used By |
Top | (Type) Level (3 Variables) | ||
Variable Name And Description | 8_14 retrofit cycle only | #5 L | buildings with retrofit potential (building) = ∫retrofitted buildings leaving good condition-energy retrofit dt + initial buildings with retrofit 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 By |
8_14 retrofit cycle only | #6 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_14 retrofit cycle only | #26 L | retrofitted buildings (building) = ∫energy retrofit-retrofitted buildings leaving good condition dt + Initial buildings retrofitted Present In 1 View:Used By |
Top | (Type) Smooth (0 Variables) | ||
Variable Name And Description |
Top | (Type) Level Initial (3 Variables) | ||
Variable Name And Description | 8_14 retrofit cycle only | #14 LI,C | Initial buildings retrofitted (building ) = 21 Description: 21% of total building stock retrofitted in 2009. Source: Bundesministerium für Verkehr, Bau und Stadtentwicklung and Institut Wohnen und Umwelt. 2013. Maßnahmen Zur Umsetzung Der Ziele Des Energiekonzepts Im Gebäudebereich: Zielerreichungsszenario. P37, 38 http://www.bbsr.bund.de/BBSR/DE/Veroeffentlichungen/BMVBS/Online/2013/DL_ON032013.pdf?__blob=publicationFile&v=5. Present In 1 View:Used By
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8_14 retrofit cycle only | #15 LI,A | initial buildings with retrofit potential (building) = initial total building stock-Initial buildings retrofitted Description: Note that the definition of this stock actually changes in a sense depending on the initial renovation quota because. The initial renovation quota expresses uncertainty with respect to which kind of renovations actually hold retrofit opportunity and consequently the initial stock is also different. Present In 1 View:Used By
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8_14 retrofit cycle only | #16 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
Top | (Type) Initial (1 Variables) | ||
Variable Name And Description | 8_14 retrofit cycle only | #20 I | initial total building stock (building) = INITIAL(total building stock) Present In 1 View:Used By
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Top | (Type) Constant (14 Variables) | ||
Variable Name And Description | 8_14 retrofit cycle only | #1 C | % decrease of av.t.g.cond. by policy (dmnl) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #2 C | % decrease of av.t.u.renv. by policy (dmnl ) = 0.575 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #7 C | Degeneration delay order (dmnl) = 15 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #10 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_14 retrofit cycle only | #11 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_14 retrofit cycle only | #14 LI,C | Initial buildings retrofitted (building ) = 21 Description: 21% of total building stock retrofitted in 2009. Source: Bundesministerium für Verkehr, Bau und Stadtentwicklung and Institut Wohnen und Umwelt. 2013. Maßnahmen Zur Umsetzung Der Ziele Des Energiekonzepts Im Gebäudebereich: Zielerreichungsszenario. P37, 38 http://www.bbsr.bund.de/BBSR/DE/Veroeffentlichungen/BMVBS/Online/2013/DL_ON032013.pdf?__blob=publicationFile&v=5. Present In 1 View:Used By
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8_14 retrofit cycle only | #16 LI,C | initial cumulated retrofits (building) = 21 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #17 C | initial retrofit quota (dmnl/Year) = 0.0085 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #24 C | retrofit delay order (dmnl ) = 7 Description: Guess, idea broader than degeneration time because here it's peoples decisions/abilities in addition to building properties that create variance Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
8_14 retrofit cycle only | #29 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_14 retrofit cycle only | #30 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_14 retrofit cycle only | #31 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_14 retrofit cycle only | #32 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_14 retrofit cycle only | #35 C | total building stock (building) = 100 Present In 1 View:Used ByFeedback Loops: 0 (0,0%) (+) 0 [0,0] (-) 0 [0,0] |
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8_14 retrofit cycle only | L | buildings with retrofit potential (building) |
8_14 retrofit cycle only | A | net flow buidlings with retrofit potential (building/Year) |
8_14 retrofit cycle only | A | net rate for retrofitted buildings (building/Year) |
8_14 retrofit cycle only | A | retrofit quota (1/Year) |
8_14 retrofit cycle only | L | retrofitted buildings (building) |
8_14 retrofit cycle only | A | total fraction retrofitted (dmnl) |
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8_14 retrofit cycle only | L | buildings with retrofit potential (building) |
8_14 retrofit cycle only | L | cumulated retrofits (building) |
8_14 retrofit cycle only | L | retrofitted buildings (building) |
8_14 retrofit cycle only | A | average time in good condition (Year ) | 5 |
8_14 retrofit cycle only | A | average time until retrofit (Year) | 5 |
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8_14 retrofit cycle only | L | buildings with retrofit potential (building) |
8_14 retrofit cycle only | L | cumulated retrofits (building) |
8_14 retrofit cycle only | DE,F,A | energy retrofit (building/Year) |
8_14 retrofit cycle only | L | retrofitted buildings (building) |
8_14 retrofit cycle only | DE,F,A | retrofitted buildings leaving good condition (building/Year) |
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8_14 retrofit cycle only | C | % decrease of av.t.g.cond. by policy (dmnl) |
8_14 retrofit cycle only | C | % decrease of av.t.u.renv. by policy (dmnl ) |
8_14 retrofit cycle only | C | Degeneration delay order (dmnl) |
8_14 retrofit cycle only | C | retrofit delay order (dmnl ) |
8_14 retrofit cycle only | C | switch policy lower av. t. g. cond. (dmnl ) |
8_14 retrofit cycle only | C | switch policy lower average time until renovation (dmnl ) |
8_14 retrofit cycle only | A | total fraction retrofitted (dmnl) |
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8_14 retrofit cycle only | DE,F,A | energy retrofit (building/Year) | 1 (100,0%) | 1 [2,2] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_14 retrofit cycle only | DE,F,A | retrofitted buildings leaving good condition (building/Year) | 1 (100,0%) | 1 [2,2] | 0 [0,0] | Infinite | 0 [0,0] | 0 ( 0,0%) | 0 [0,0] | 0 [0,0] | NA | 0 [0,0] |
8_14 retrofit cycle only | C | % decrease of av.t.g.cond. 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_14 retrofit cycle only | C | % decrease of av.t.u.renv. 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_14 retrofit cycle only | 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_14 retrofit cycle only | A | average time until retrofit (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_14 retrofit cycle only | L | buildings with retrofit 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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] |
.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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | A | initial average time until retrofit (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_14 retrofit cycle only | LI,C | Initial buildings retrofitted (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_14 retrofit cycle only | LI,A | initial buildings with retrofit 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_14 retrofit cycle only | 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_14 retrofit cycle only | C | initial retrofit 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_14 retrofit cycle only | A | initial retrofit 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] |
.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_14 retrofit cycle only | 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_14 retrofit cycle only | A | net flow buidlings with retrofit 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_14 retrofit cycle only | A | net rate for retrofitted buildings (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_14 retrofit cycle only | C | retrofit 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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_14 retrofit cycle only | 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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View 1 | 30 vars (83,3%) |