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Reports

4 result(s) found

Monetary Benefits of Ambitious Building Energy Policies

Report
English
Authors:
Central European University’s Center for Climate Change and Sustainable Energy Policy (3CSEP) and Advanced Building and Urban Design (ABUD)

Mainstreaming high-performance buildings could deliver a 124% return on investment globally through building-related energy cost savings by 2050 says a new comprehensive assessment study of the costs and benefits of low energy building pathways published by the GBPN.

[Report] Monetary Benefits of Ambitious Building Energy Policies-GBPN

Monetary Benefits of Ambitious Building Energy Policies

Report
English
Authors:
Central European University’s Center for Climate Change and Sustainable Energy Policy (3CSEP) and Advanced Building and Urban Design (ABUD)

Mainstreaming high-performance buildings could deliver a 124% return on investment globally through building-related energy cost savings by 2050 says a new comprehensive assessment study of the costs and benefits of low energy building pathways published by the GBPN in cooperation with the Central European University’s Center for Climate Change and Sustainable Energy Policy (3CSEP) and Advanced Building and Urban Design (ABUD).

Green building policy case studies, New Mexico

Policy report
Authors:
United States Green Building Council

First adopted in 2007, and most recently renewed in 2015, New Mexico’s Sustainable Building Tax Credit supports the greening of many building types across the state. Released in October, 2017, this case study captures the impacts of this landmark policy and highlights the context and people that helped to create and sustain this nation-leading green building policy.

This is an example of LEED being used in an innovative tax policy across the United States and potentially serve as a tax model elsewhere.

A critical review of methods for the performance evaluation of passive thermal retrofits in residential buildings

Text
English
Authors:
A. Carratt, G. Kokogiannakis, D. Daly

The existing residential building stock accounts for a substantial portion of worldwide energy consumption and greenhouse emissions. Improvements to the thermal performance of existing buildings is a vital activity to mitigate climate change, and often has additional benefits in the form of improved comfort, health and well-being for occupants. Despite the extensive body of literature in this area, it remains a difficult task to assess the performance of retrofit packages in occupied residential buildings.

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