Integrating Renewable Energy Requirements in Building Codes is Key to Helping the Building Sector Achieve its Mitigation Potential
Open Data for a Change: A New Online Tool to Access Free Analysis of the Energy Savings Potential of Buildings
Given the reported lack of data on how buildings use energy and the impacts of building energy policy, policy makers and investors may feel like prisoners in Plato’s cave. How to make the right decisions chained in the dark with the perceptions that low energy buildings are unaffordable, that investing in energy efficiency renovation provides no return, that setting energy performance targets is bad for business, or that there is no way of meeting demand for urban housing while actually reducing total energy demand from buildings?
GBPN is moving forward in making building data transparent and publically available as well as engaging with various organizations into knowledge exchange.
In 2012 GBPN conducted a comprehensive study together with the Centre for Climate Change and Sustainable Energy Policy (3CSEP – Central European University) focused on the scenario analysis of building energy use and related CO2 emissions and mitigation potential of energy efficiency improvements.
Today, the GBPN launched a new Policy Tool for Renovation that compares best practice renovation policy packages. Learning from this comparative tool, I would like to present five graphs that illustrate some of the main outcomes of the project.
Last August, the IEA & UNDP hosted a webinar to launch their joint publication: “Modernising Building Energy Codes to Secure our Global Energy Future”. The issues discussed in the webinar were very important but from the questions asked by the audience, it was clear that there is still a demand for further information about how to implement the recommendations made and to learn from existing best-practice examples.
Sharing the best-practices online
What level of ambition should we have in supporting policies that achieve CO2 emission reductions from buildings? What we can we do together that can harness Speed and Opportunity to go to Scale (S.O.S)?
The glass and steel office building at 10 Exchange Square sits in the middle of bustling downtown London, halfway between St. Paul’s Cathedral and the Tower of London. As part of the UK’s mandatory energy rating policy (a directive of the European Union), 10 Exchange Square was given a low grade of “E” on the alphabetical scale (A to G) for energy efficiency. The curious part is that in terms of actual consumption, 10 Exchange Square is 66 percent more efficient in use per square meter than a comparable B-rated office building. What gives?