Nearly 85 percent of existing buildings are likely to be with us in 2050, so driving down energy use in existing buildings is essential to addressing climate change. Urban Green uses all its levers – education, policy and research – to help reach this formidable goal.
Anyone who has ever lived in a typical New York City apartment or worked in a standard New York office knows that we are wasting energy—windows open in the depth of winter, buildings ablaze with light in the dead of night. Opportunities to save energy and money stare us down every day.
Fortunately, we know how to retrofit buildings, and we have many great examples to draw from. But knowing how to fix inefficiencies one building at a time is different from tackling the more than a million buildings in New York City.
Before we can optimize the energy savings from retrofits, we need to simplify the process. A typical building retrofit involves at least 10 steps. In addition, our research indicates that each year, only about one percent of buildings may be reaching current code levels through retrofits—but we don’t have 100 years to address the problem. We aim to increase the number of buildings that complete retrofits while reducing time and costs.
WHAT WE'RE WORKING ON
- Answering tough questions about building electrification that will help NYC reach 80x50.
- Refining estimates of steam heat's prevalence in small and medium multifamily buildings.
- Expanding energy efficiency training.
WHAT WE'VE ALREADY DONE
- Explored how NYC can rapidly scale up retrofits to comply with LL 97 at our 2019 conference.
- Released a Retrofit Market Analysis to forecast the market opportunity and job growth associated with LL 97.
- Published the Demystifying Steam Report to identify best practices for improving steam heat. Created a much-needed 101-level guidance for targeted owner groups on how to execute retrofits.
- Expanded lighting upgrades and sub-metering (LL 88).
- Released the NYC Energy and Water Use 2014 and 2015 Report, following the original 2013 Report.
- Published Worldwide Lessons to identify key trends among the peer cities working to reduce carbon emissions.
- Looked at the hard costs of warm air leaked through elevator shafts (Spending Through the Roof).
- Researched the cost of air conditioner leaks—equal to a six square inch hole—and provided recommendations to reduce this waste (There are Holes in our Walls).