建筑节能和可再生能源中心（CERB）是一个独特的建筑环境教学、研究和示范资源，拥有许多可再生和智能能源解决方案。CERB由伦敦南岸大学、伦敦金融城大学和金斯敦大学合作开发，资金来自英国高等教育资助委员会（HEFCE）、伦敦发展署（LDA）和机电可持续性。该中心位于伦敦南岸大学新教学设施K2的屋顶层，内有用于生活热水的真空太阳能管、提供电力的光伏（PV）和为整个建筑供暖的地源热泵，并通过反向循环运行在夏季提供冷却。监测系统的数据可以通过一个网络界面获得，该界面可用于合作研究，这使该中心具有重要的国际层面。 这些数据自2010年5月开始收集，并对其性能进行了密切监测，为了解未来低碳建筑（包括新建和改造）的设计、运营和管理技术提供了宝贵的资源。本文回顾了建筑集成可再生能源的性能；太阳能、光伏和地源热泵。它通过迄今为止收集的数据，根据实际性能探索设计的建筑，并确定整合、调试和运行可再生技术方面的困难。引文:伊利诺伊州芝加哥ASHRAE会议论文

The Centre for Efficient and Renewable Energy in Buildings (CEREB) is a unique teaching, research and demonstration resource for the built environment hosting a number of renewable and intelligent energy solutions. CEREB has been developed in partnership between London South Bank, City and Kingston Universities with funding from the Higher Education Funding Council for England (HEFCE), London Development Agency (LDA) and M and E Sustainability. Located at roof level of the new London South Bank University teaching facility K2, the Centre houses evacuated solar tubes for domestic hot water, Photovoltaics (PV) providing electricity and ground source heat pumps providing heating for the entire building, and, through reverse cycle operation, provide cooling in the summer. The data from the monitoring systems is available via a web interface that allows it to be used for collaborative research, which gives the Centre an important international dimension. The data has been collected since May 2010 and its performance closely monitored to add invaluable resource for understanding how to design, operate and manage technologies for future low carbon buildings - both new build and retrofit. This paper reviews the performance of the building integrated renewables; solar thermal, PV and ground source heat pumps. It explores the designed building against real performance through data collected to date and identifies difficulties inintegrating, commissioning and operating renewable technologies.