New York City’s recently revealed Green Economy Action Plan includes the goals of the decarbonization of buildings and developing a renewable energy system. (Download the PDF report.)
The ambitious plan includes enabling low-carbon alternatives in the transportation sector and boosting green industries, aiming to create more than 12,000 green economy apprenticeships by 2040. It also funds a $100 million Climate Innovation Hub at the Brooklyn Army Terminal to develop green technology startups and businesses.
The plan will advance building resiliency projects, apartment building retrofits, solar panel and wind turbine installation, and deployment of EV charging stations.
New York City’s Industrial Development Agency will offer tax incentives to activate 500 Megawatts (MW) of battery storage capacity and support other green economy goals.
The plan was driven by quantitative industry analysis and input collected by Buro Happold from more than 100 stakeholders and partners.
Here are highlights of the plan:
Establishing a Climate Innovation Hub: NYCEDC will invest up to $100 million to develop a Climate Innovation Hub at the Brooklyn Army Terminal. This new space will accelerate commercialization pathways for climate tech startups and other green economy businesses. It will serve 150 startups over 10 years — generating $2.6 billion in economic impact and creating 600 jobs — while providing local workforce training and job placement, particularly for the local Sunset Park community.
Creating Green Training Facilities in Every Borough: NYCTalent — in partnership with other city agencies, as well as private partners — will develop a workforce training facility in every borough with programming to train New Yorkers for green-collar jobs. The plan will deliver more than 12,000 green economy apprenticeships by 2040 through efforts such as a green building and construction workforce pilot program on Governors Island to train more than 100 people per year for the first two years.
Activating a Harbor Climate Collaborative: The Brooklyn Navy Yard, NYCEDC, and the Trust for Governors Island are collectively investing $725 million to build a green economy ecosystem across 6-million-square-feet and 72 acres linked by NYC Ferry across New York Harbor. The collaborative will catalyze climate education, research, innovation, commercialization, and workforce development alongside partners from the private and nonprofit sectors. This work will build on a strong foundation of green economy projects such as the 400,000-square-foot New York Climate Exchange, an academic and research consortium anchored by Stony Brook University on Governors Island, and the development of 5-million-square-feet of net-zero manufacturing space at the Brooklyn Navy Yard.
Activating Public Sites for Electric Vehicle (EV) Charging: NYCEDC is activating two acres of land near JFK airport to create the largest EV charging facility in the city, with 65 public EV chargers including 12 rapid ones. The facility is currently estimated to charge 1,000 vehicles per year, with potential for growth depending on market demand. The Brooklyn Navy Yard is also installing over 80 EV chargers across its 300-acre campus, including infrastructure for commercial fleet charging and a dedicated public lot for neighboring residents. Together, these investments constitute some of the largest investments in EV infrastructure in outer borough job centers in New York City to date.
Creating Tax Incentives for Battery Storage: NYCEDC will utilize New York City's Industrial Development Agency tax incentives to activate 500 Megawatts (MW) of battery storage capacity and support other green economy uses. To date, the Industrial Development Agency has induced 200MW of storage capacity that is expected to come online in the coming years and generated nearly $500 million of private sector investment. Unlocking additional storage capacity will ultimately drive a stronger and more efficient renewable energy sector.
Related Stories
Sustainability | Oct 4, 2016
One World Trade Center officially awarded LEED Gold certification
The skyscraper received the certification despite a setback caused by Hurricane Sandy.
Industry Research | Oct 3, 2016
Structure Tone survey shows cost is still a major barrier to building green
Climate change, resilience and wellness are also growing concerns.
Sustainability | Oct 3, 2016
Gensler-designed auto dealership to become world’s first to reach net zero
Toyota of Corvallis has also joined a few other Toyota dealerships around the country to achieve LEED Platinum certification.
Sponsored | University Buildings | Oct 3, 2016
Enhancing university life: The smart shower bead
Residential spaces that need to meet high traffic demands while accommodating an ever-changing populace creates a unique set of obstacles for any educational institution’s housing.
Green | Sep 29, 2016
Building Design+Construction brings GreenZone Community Education Center to Greenbuild 2016
The structure will be donated to Compton YouthBuild for construction-training program.
Sustainability | Sep 29, 2016
Gloucester Cathedral to install commercial sized solar PV system on its roof
Mypower will install 150 solar panels on the roof, making it the oldest cathedral in the UK, and possible the world, with this type of solar power system.
Green | Sep 28, 2016
Green Business Certification Inc. announces 2016 LEED Fellows
LEED Fellows are best-in-class for green building design, engineering and development.
Sports and Recreational Facilities | Sep 26, 2016
Mercedes-Benz Stadium in Atlanta will be the NFL’s first LEED Platinum stadium
The Atlanta Falcons new home is expected to save 40% in energy usage than a typical NFL stadium.
Sustainability | Sep 22, 2016
Is ‘Growroom’ a glimpse into the future of urban agriculture?
Growroom’s spherical shape means it can also double as a covered outdoor public space.
Sustainability | Sep 19, 2016
Brussels’ Botanic Center apartment block looks to live up to its name with the addition of 10,000 plants and a rooftop “Chrysalis”
The project, which has been commissioned and is in the design phase, would eliminate CO2 and produce its own energy.