Mulling How NYC Makes and Uses Energy
Recently I caught a ferry from the lower Manhattan waterfront (just south of the substation that shorted out so dramatically in the midst of Hurricane Sandy) to the Brooklyn Navy Yard. There, Mayor Michael Bloomberg unveiled his vision of a New York that will be far better able to withstand the battering from giant storms that, thanks to climate change, are likely to arrive with increased frequency and fury.
The Mayor began by noting some stark facts:
- “We expect that by mid-century up to one quarter of all of New York City’s land area, where 800,000 residents live today, will be in the floodplain.”
- “[Wi]ithin FEMA’s new 100-year flood maps there are more than 500million square feet of New York City buildings – equivalent to the entire city of Minneapolis.”
- “About two-thirds of our major substations and nearly all the city’s power plants are in flood plains today.”
- “A day without power can cost New York City more than a billion dollars.”
A lot of media attention in the wake of the speech focused on Bloomberg’s call for levees and seawalls to keep rising waters at bay. But embedded in the address was also an ambitious but practical rethinking of how New York City makes and uses energy. The plan frames a future in which solar, wind and microgrids play a much larger role in the city:
“Our plan calls for utilities and regulators to diversify the sources of energy feeding the city, to fix rules that hinder the growth of distributed generation, including for customers who want to generate their own power and to work with the City to evaluate and adopt micro-grid pilots.”
Together, a network of cleaner energy sources – including solar and combined heat and power, which are proving successful in many places already – can offer both less pollution in good times and a source of power if the grid goes down. The key is to set up the rules of the grid so that homes and businesses can choose to build these renewable and resilient systems into their buildings as a matter of routine.
The challenge now is making these visions a reality. Many of the rules we need changed are set by the New York State Public Service Commission. The city will need new rules governing the grid to allow for easy integration of renewable energy sources, using ideas like demand-response to make sure we take full advantage of sunny and windy days.
We will also need to scale up ideas, like on-bill repayment, to attract private capital to the task of retro-fitting buildings so that they can use cleaner power sources. And we need to make these solutions work for a city with buildings and neighborhoods as diverse as Wall Street, Red Hook, the Rockaways, Harlem, the South Bronx and Staten Island.
Overall, it’s encouraging to me to see city (and state) leaders stepping forward with visions that point toward a future in which New York will help keep its lights on in a storm and cut the emissions that are linked to climate change in the first place.
The stakes are high. Check out these facts:
- Current rate of global sea level rise: Twice as fast as during the 20th century
- 2012: The warmest year on record in the continental United States
- More than half of the world’s population now lives in cities
- 75% of urban settlements are located in coastal areas
Let’s get to work.
Why bring buildings online? What information can operations teams glean from real-time data that they can’t just get from the monthly data provided by utility companies? Click to learn more.
- Existing Building Technologies Combine for Increased Savings
- Smart Companies Utilize Integrated Energy Solutions
- 2014 Environmental Leader Product and Project Awards
- BuildingIQ's Meter Processing Flow
- Improve Your Company's Environment and Energy Performance
- 2013-20114 Winter Polar Vortex
- How "Fixed" is the Fixed Price Product?
- Combined Heat and Power
- Let's Do The Math for DR
- Increase the Value of Demand Response Through Automation
- Cut Costs and Improve Facility Operations with Energy Data
- Energy Procurement Strategies for Winter 2014 and 2015
- Energy Efficiency Requires Engineering Efficiency
- Integrated Building Optimization: A Crucial Convergence of Demand-side and Supply-Side Energy Management Strategies
- Driving Productivity and Profit with Industrial Energy Management