The Utility Study identifies a number of upgrades to the local transmission and distribution systems to accelerate progress towards meeting 70% of the State''s electric energy demand with
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Our collaborative platform unites a diverse group of stakeholders to define challenges and develop comprehensive solutions targeted to meet the State''s electric grid priorities emerging from the
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We''re committed to lowering costs, supporting job growth and preparing the grid for the demands of the future. From keeping families warm during a storm to enabling new businesses to thrive with reliable
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The Power Grid Study is a first step toward planning the investments in New York''s electric system that are needed to meet CLCPA goals. It provides valuable information to the State, utilities, and
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Key TakeawaysUpstate (Zones A-E) Generation to Serve Load 2030Downstate (Zones F-K) Generation to Serve Load 2030Upstate (Zones A-E) Generation to Serve Load 2040Downstate (Zones F-K) Generation to Serve Load 2040NYS achieves its “70% renewables to meet load in 2030” and “100% clean energy to meet load in 2040” targets with a renewable mix of offshore wind, land-based wind, utility solar, distributed solar, and hydro (in-state and imports) resources.See more on nyserda.ny.govNYISO
Through the interconnection process, as required by FERC, the NYISO seeks to balance the demands of open access to the electric system with grid reliability while protecting customers from undue costs.
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Taken together, these projects represent a major step in modernizing and expanding New York''s electrical system and will accelerate the state''s progress towards its decarbonization goals.
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Through the interconnection process, as required by FERC, the NYISO seeks to balance the demands of open access to the electric system with grid reliability while protecting customers from undue costs.
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The project is aimed at modernizing and updating the electric grid, rebuilding more than 1,000 miles of transmission line while adding 45 substations.
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New York (NY) region electricity overview (demand, forecast demand, net generation, and total interchange) 1/26/2026 – 2/2/2026, Eastern Time
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Below is a representative visualization of how this transformation could potentially take place across the State using information from an Initial Scenario in the Zero Emissions Electric Grid in NY by 2040
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