本报告通过对中国、欧盟国家、印度和美国在建筑能源规范、建筑能源标识以及金融工具方面进行系统回顾，提出并总结了这四个地区的经验和最佳实践以供各方参考学习。

本报告通过对中国、欧盟国家、印度和美国在建筑能源规范、建筑能源标识以及金融工具方面进行系统回顾，提出并总结了这四个地区的经验和最佳实践以供各方参考学习。

Highlight

A systematic review of building energy codes, energy labels and financial instruments in China, the EU, India and the USA, offering an insight into shared experiences and best practices in those regions. 

Extended Summary

A systematic review of building energy codes, energy labels and financial instruments in China, the EU, India and the USA, offering an insight into shared experiences and best practices in those regions. 

本报告通过对中国、欧盟国家、印度和美国在建筑能源规范、建筑能源标识以及金融工具方面进行系统回顾，提出并总结了这四个地区的经验和最佳实践以供各方参考学习。

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第一份用英文详尽阐述的关于中国建筑节能政策研究的国际报告。

第一份用英文详尽阐述的关于中国建筑节能政策研究的国际报告。

第一份用英文详尽阐述的关于中国建筑节能政策研究的国际报告。

The first report issued internationally that provides a comprehensive English summary of Chinese studies on building energy efficiency policies in China.

This report is available in both English and Mandarin.

为比较建筑节能规范的最佳实践方法开发了第一套客观的衡量准则。

Energy use in buildings is responsible for more than 30% of global CO2 emissions and has a significant role to play in climate change mitigation, given  the large  potential  savings in  both new and existing  buildings.

为比较建筑节能规范的最佳实践方法开发了第一套客观的衡量准则。

为比较建筑节能规范的最佳实践方法开发了第一套客观的衡量准则。

A new Policy Paper released today by GBPN and the Institute for Market Transformation (IMT), the GBPN US Hub, highlights the importance to link energy codes and benchmarking and disclosure policies if we want to reduce building energy consumption.

The new Policy Paper released today captures the main findings of the dialogue initiated by the GBPN with practitioners and international code experts on the design and implementation of best practice building codes.

The International Partnership for Energy Efficiency Cooperation (IPEEC), in partnership with the Global Building Performance Network (GBPN) and Pacific Northwest National Laboratory (PNNL), recently completed a new report on key areas for international collaboration on building energy code implementation.

Key messages 1. The Buildings sector of today has an oversized ecological footprint. The buildings sector is the single largest contributor to global greenhouse gas emissions (GHG), with approximately one third of global energy end use taking place within buildings. Furthermore, the construction sector is responsible for more than a third of global resource consumption, including 12 per cent of all fresh water use and significantly contributes to the generation of solid waste, estimated at 40 per cent of the total volume.

This paper outlines the approach and the cost-effectiveness potential for designing and retrofitting residential buildings to be energy-efficient in Bahrain. The analysis is focused on residential buildings since these buildings consume over 48% of the total electricity used in Bahrain. The optimization analysis has the benefit to assess both at the individual building and the national building stock levels, the potential of the application of currently proven measures and technologies to improve the energy efficiency of the building sector in Bahrain.

Energy Efficiency Retrofit (EER) of existing buildings is a key program for improving building energy efficiency in northern regions of China. This paper presents a methodological framework to conduct an economic cost-benefit analysis for EER projects, based on the calculation of costs and benefits over life cycle. By conducting a case study of a retrofit project located in Huixin Western Street Residential Area, Beijing, China, this research empirically examines its economic sustainability.