Energy Performance Certificates non-domestic sector
Acknowledgement
Iwould take this opening to thank my study supervisor, family and associates for their support and guidance without which this study would not have been possible.
Table of Content
Acknowledgement2
Chapter 1: Introduction5
Research Background7
Aim and Objective8
Chapter 2: Literature review10
The require for leases to change17
Turning leases green19
“Light green leases”20
“Dark green leases”: next the Australian model22
Green administration of leasehold property24
Day-to-day management24
The existing building stock26
Building power use: the principle and legislative context27
Energy conservation policies28
Energy legislation for buildings30
Energy effectiveness and construction design32
Chapter 3: Methodology40
Base case dwelling42
Draught proofing42
Double glazing43
Loft insulation43
Interior solid partition insulation44
Calculation of nationwide carbon savings45
Optimal subsidy46
Chapter 4: Results48
Hot water cylinder insulation50
Draught proofing51
Double glazing53
Improved heating scheme controls (no new boiler)54
Improved heating scheme controls (new boiler)56
Loft insulation57
Professional installation57
DIY installation58
Interior solid partition insulation60
Sensitivity analysis66
Case for non-optimal subsidy66
Robustness of predictive capability of model67
Questionnaire67
Demographic errors70
Sample size71
Financial savings and costs72
Carbon savings73
Economic forecast73
Administration costs74
Free-rider errors74
Application of the subsidy76
Chapter 5: Conclusion77
Chapter 1: Introduction
The Climate Change Act 2008 requires that the government of the United Kingdom reduce carbon dioxide (CO2) emissions by not less than 26% by 2020 and make farther reductions in greenhouse gases amounting to 80% by 2050 with quotation to the 1990 baseline (Great Britain, Climate Change Act, 2008). Following implementation of the principles broadcast in the 2007 Energy White Paper and latest suggestions on the EU emissions dealing scheme, the UK continues on goal to accomplish the 26% number, the savings of 24-29 megatonnes of carbon dioxide (MtCO2)2 anticipated of the residential part amounting to a 30-36% sectoral reduction [DECC (Department of Energy and Climate Change), 2008; DEFRA (Department for Environment, Food and Rural Affairs), 2006]. No scheme explaining a roadmap to the 2050 goal has yet been set.
The residential part anecdotes for 27% of CO2 emissions (DEFRA, 2006). Savings made in this part can, thus, make a important assistance in the direction of the accomplishment of the 80% target. Although no sectoral goals have been set in the Energy White Paper 2007 with consider to 2050, a government inter-departmental analysts assembly approximates the mechanical potential inside the residential part to be as high as 32.1 megatonnes of carbon (MtC) per year (IAG (Inter-departmental Analysts Group), 2002), the matching of a 76% reduction on 1990 levels. Since more than two-thirds of the lodgings supply in 2050 will comprise dwellings that have currently been constructed [DCLG (Department of Government and Local Communities), 2007a], the require for a aim of principle on the already-built personal lodgings supply is apparent.
The Energy Performance of Buildings Directive (EPBD) has been suggested as proposing substantial potential with consider to the reduction of carbon emissions in the already-built household part (Boardman, 2007). Its primary requirement, as it sways living personal families, is that an Energy Performance Certificate (EPC) should be made accessible to the new proprietor or potential buyer/tenant when a home is traded or let. Essentially a device of communication, the EPC should not only state the allowance of energy consumed with a normalised use of the building, but, most crucially, should furthermore encompass cost-effective recommendations suggesting how energy performance might ...