(KR101737809)
1. There is in an environmental efficiency evaluation of the building,
The construction machinery and telecommunication in interindustry relations table coat basic industry sector, in order for following the public kind star input materials following unit input expense from industry sector about immanence energy the calculation to become accomplished, logic plan (C++ Builder and Borland Corp.) through the computer about under using about under producing to Database as for under storing materials production phase and;
In order to presume a petroleum oil and lubricants consumption energy consumption from the construction site where the space-time of the building becomes accomplished and about the various construction equipment which is used energy consumption about under producing through the recursive coefficient which petroleum oil and lubricants consumption through smallest elimination method analysis is presumed the above the environmental subordinate occurrence fabric following the total dimension Y [0] = 38807.992 + 0.112 X [1] (here, Y [0] = public housing spatial-temporal phased petroleum oil and lubricants consumption estimates, X [1] = subject of investigation public housing total dimension) numerical formula about under substituting from the computer about under this producing to Database as for under storing spatial-temporal phase and;
For the energy consumption investigation of building use, preceding research and literature investigation and on-the-spot inspection about under parallelism conducting composes within life cycle of the energy production which is consumed the repair period and a repair ratio of the input materials, an immanence energy, an energy consumption production regression analysis style through the electric amount used this through industrial relation analysis about construction conservativeness through data above the fabric following shift/the repair input materials immanence energy about under producing environmental subordinate generator unit by a production illumination and the home appliance energy amount used and the building initially considers about the input materials per the unit surface produces by and energy consumption the air conditioning amount used and shift repair period from the computer From about under producing to Database as for under storing shift and repair as for under including use phase and;
As for under producing dissolves a removal equipment energy, as for under producing transports the waste transportation energy to reclamation and the incineration ground, the low of producing recycles a recycling ratio, will be able to produce a reclamation ratio and a reclamation energy, by the materials by industrial classification about under applying the waste amount (kg/ ) to produce fixed quantity to Database the computer for the energy quantity production, is consumed a unit cost to transportation to the construction cost, by each area the intermediate control enterprise and reclamation, location and the street of the incineration ground about under the mountaintop reclamation and incineration ratio and incineration energy logic plan (C++ Builder and Borland Corp.) through about under using to produce As for under storing incineration as for under including disuse phase;
Through by building whole life phase produces an energy,
LCI (Life Cycle Inventory) Database construction and LCIA (Life Cycle Impact Analysis) Database as for under constructing by building whole life phase will be able to evaluate an environmental efficiency, do the environmental efficiency evaluation of the building the fact that with feature.
2. There is in a 1st claim,
As for minute description LCIA Database construction scope
Is quantificated from LCI result the environmental subordinate list which is classified with each other different environmental effect category (quantity) will be able to examine closely with the environmental effect which is general between the environmental subordinate by the quantity and environmental effect category of quality Hwakye at normalization coefficient and weight the low of producing the environmental efficiency evaluation of the building thing with feature.
3. There is in a second claim,
As for minute description weight
Reduction coefficient (RF: Reduction Factor and N [i]/T [i]) comes relative importance coefficient (f [i]: Relative Significance Factor) shows at the resultant price which doubled the environmental efficiency evaluation of the building the fact that with feature.
5. There is in a 1st claim,
From minute description spatial-temporal phase
The total dimension and spatial-temporal phased power consumption through smallest elimination method analysis the recursive coefficient which is presumed about under using following the total dimension spatial-temporal phased power consumption, with the mathematical expression do as for under deriving the environmental efficiency evaluation of the building thing with feature.
Y [0] = 45701.438 + 7.310 X [1]
Here, Y [0] = public housing spatial-temporal phased power consumption estimates, X [1] = subject of investigation public housing total dimension
6. There is in a 1st claim,
From use phase of minute description
Central part region heating energy consumption the R (2) (book value which is an explanation power of dependant variable) about heating energe usage explanation power has 80.7% propriety with 0.807, and from statistic empty car limit price 0.10 bigger the VIF price is produced is smaller 10 there not to be a multiplex public confidence sincerity problem, and when produces with this recursive equation, like mathematical expression and the environmental efficiency evaluation of the building the fact that with feature.
Y = 133034.068 + 4652.849 X [1] + 2588.197 X [2] - 124413.275 X [3] + 124413.275 X [4]
Here, Y = east the peculiar room energy amount used (m (2)), X [the number of 1] = generations, X [2] = generation areas, X [3] = numbers of layers, X [4] = plane formats (step type =1, spreads corridor style =2)
7. There is in a 1st claim,
From use phase of minute description
Central part region heating energy consumption the R (2) (book value which is an explanation power of dependant variable) about heating energe usage explanation power has 87.9% propriety with 0.879, and from public vessel statistic empty car limit price 0.10 bigger the VIF price is produced is smaller 10 there not to be a multiplex public confidence sincerity problem, and when produces with this recursive equation, like mathematical expression and the environmental efficiency evaluation of the building the fact that with feature.
Y = 133034.068 + 4652.849 X [1] + 2588.197 X [2] - 124413.275 X [3] + 124413.275 X [4]
Here, Y = east the peculiar room energy amount used (the kilowatt-hour), X [the number of 1] = generations, X [2] = generation areas, X [3] = plane formats (step type =1, spreads corridor style =2), X [4] = numbers of layers
8. There is in a 1st claim,
From minute description use phase
As for multiple regression analysis result of the southern area gas energy amount used by the mathematical expression do is produced the environmental efficiency evaluation of the building the fact that with feature.
Y = 74740642.515 + 11186.059 X [1] - 37416.318 X [2] + 3208.787 X [3]
Here Y = east the peculiar room energy amount used (kilowatt-hour), X [the number of 1] = generations, X [2] = completion year, X [3] = generation areas)
9. There is in a 1st claim,
From minute description use phase as for southern area electric energy
R2 which is an explanation power of multiple regression analysis resultant dependant variable (book value) about the heating energy amount used explanation power 99.2% is having with 0.992, and that through the analysis of variance the recursive equation considers, about under judging the empty car marginal value is bigger 0.10 from public vessel statistic, and the VIF price is smaller 10, as for multiplex public vessel sincerity problem is not, shows with this recursive equation do the environmental efficiency evaluation of the building the fact that with feature.
Y = -14320422.687 + 4080.596 X [1] + 1022.866 X [2] + 7068.289 X [3]
Here, by Y = east the electric energy amount used (kilowatt-hour), X [the number of 1] = generations, X [2] = generation areas, X [3] completion year
10. There is in a 1st claim,
Shifts from minute description use phase/the repair phased energy consumption
Applies the established standard of the long term repair plan which is clear in domestic residential legal enforcement regulation, about the input materials repair ratio and repair period about under using the amount which is input to annual shift and the repair the production do by a mathematical expression becomes accomplished the environmental efficiency evaluation of the building the fact that with feature.
Per here expense = unit surface (/m (2)) detailed public corporation star input amount (circle /m (2))
Repair ratio = detailed public corporation star repair ratio (%), case 100% of shift,
Repair periodic = detailed public corporation star repair period (year)
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