Sustainability Strategy
Discover how we’re turning this strategy into action—explore the green strategies shaping this project.
Energy Recovery Systems
Geothermal Heat Exchange
Ice Storage
Solar Power
Battery Storage
Microgrid Controller
Sustainability Features
Environmental sustainability is one of our highest priorities. That’s why we are using innovative, low-impact technologies to ensure this project not only preserves the environment but actively supports New York’s clean energy future. New York State Energy Research and Development Authority (NYSERDA) has recognized our collaboration with the local utility service providers and our commitment to reducing emissions as a model for sustainable development.Energy Recovery Systems
Preparing the site requires careful excavation of earth and rock to make way for construction. As grading continues, we are putting excavated rock and earth to good use by repurposing materials directly on-site. This approach not only reduces waste but will also significantly cut down on traffic affecting local roads.
Geothermal Heat Exchange
This project taps into the earth’s steady temperature using geothermal wells and ground-source heat pumps. This provides efficient heating in winter and cooling in summer. Quietly operating underground, this feature alone prevents five metric tons of CO₂ emissions each year—the equivalent of planting 130 trees. Sustainability is built into the foundation.
Ice Storage
As part of our commitment to sustainability and energy efficiency, the Central Energy Plant will include 18 advanced ice storage tanks. These tanks freeze water overnight—when electricity demand is lower—and use that stored cooling during the hottest parts of the day. This innovative system helps reduce strain on the power grid, and supports a cleaner, greener campus.
Solar Power
As part of our sustainability efforts, the campus will have solar panels on the roofs of the Events Facility and Media Center. These systems will collectively produce enough renewable energy to power the equivalent of 300 homes for a full year.
Battery Storage
Solar energy will be used first whenever it’s available. Any extra electricity is stored in a 10 megawatt-hour battery system, which helps extend the use of solar power into the evening hours. By reducing the campus’s reliance on the grid during periods of high demand, this system will support a more efficient and balanced energy network—benefiting both the campus and the surrounding community.
Microgrid Controller
To support a cleaner and more resilient energy future, the Central Energy Plant will use a smart microgrid controller that automatically balances power from solar panels, battery storage, emergency generators, and the utility grid. This system will ensure the campus always uses the most efficient energy source available—reducing waste and easing demand on the local power grid.
Central Energy Plant
Designed for Sustainability
Thoughtfully designed infrastructure that incorporates renewable energy, energy efficiency, electric vehicle charging and energy storage to support the grid.Frequently Asked Questions
How will the Audio/Video Center minimize its carbon footprint?
By using solar panels and geothermal systems, the facility will cut fossil fuel use and drastically reduce emissions—shrinking its carbon footprint and supporting a healthy environment for the entire community.
How will the Audio/Video Center energy system interact with the local power grid?
With smart systems like battery storage, ice tanks, and a microgrid controller, the facility will reduce its reliance on the local power grid—especially during peak hours. This will help ease pressure on the grid and support a more stable and resilient energy system for the entire community.
For more updates and details, please take a look at our newsletters which will keep the community posted on recent developments, what’s coming up, and the progress of major construction activities.