List of power stations in New Jersey facts for kids
Sources of New Jersey utility-scale electricity generation:
full-year 2021 Natural Gas (47.8%) Nuclear (45.8%) Solar (2.5%) Coal (1.7%) Biomass (1.2%) Non-Biogenic Waste (1.0%) Hydro & Wind (0.1%) Petroleum (0.1%)
New Jersey is home to many different types of power stations that create the electricity we use every day. In 2020, New Jersey's power plants could produce a total of 17,424 megawatts (MW) of power. They generated 61,106 gigawatt-hours (GWh) of electricity.
Most of this electricity came from natural gas (47.8%) and nuclear power (45.8%). Smaller amounts came from solar (2.5%), coal (1.7%), biomass (1.2%), and other sources.
New Jersey wants to use more clean energy. In 2018, the state set a goal for 21% of its electricity to come from renewable sources by 2021. This goal increases to 35% by 2025 and 50% by 2030. In 2023, Governor Phil Murphy even set a goal for New Jersey to use 100% clean electricity by 2035! Most of New Jersey's renewable energy comes from solar panels. Many homes and businesses also have their own solar panels, which add a lot of clean energy to the state's power grid.
Contents
Nuclear Power Stations
Nuclear power stations use the heat from splitting atoms to create electricity. This process does not produce greenhouse gases, which are bad for the environment. New Jersey has two main nuclear power stations. Another one, the Oyster Creek Nuclear Generating Station, stopped working in 2018.
Plant | Location | Capacity (MW) | Started Working |
---|---|---|---|
Hope Creek Nuclear Generating Station | Lower Alloways Creek | 1173 | 1986 |
Salem Nuclear Power Plant | Lower Alloways Creek | 2285 | 1977 (Unit I) 1981 (Unit II) |
Fossil-Fuel Power Stations
Fossil-fuel power stations burn fuels like natural gas or petroleum to create electricity. These fuels are called "fossil fuels" because they formed from ancient plants and animals over millions of years. Burning them can release gases that affect the climate.
Natural Gas Power Plants
Natural gas is the most common fuel used to make electricity in New Jersey. Many power plants use natural gas.
Plant | Location | Capacity (MW) |
Type of Plant | Started Working |
---|---|---|---|---|
Bayonne Energy Center | Bayonne | 644 | Simple Cycle | 2012 |
Bergen Generating Station | Ridgefield | 1229 | Combined Cycle | 1957/1995 & 2002 |
Burlington Generating Station | Burlington | 168 | Simple Cycle | 2000 |
Eagle Point Power Generation | Gloucester County | 244 | Combined Cycle | 1991/2016 |
Gilbert | Hunterdon County | 294 | Combined Cycle | 1974/1977 |
Kearny Generating Station | South Kearny | 456 | Simple Cycle | 1925 (original) |
Linden Cogen Plant | Linden | 974 | Combined Cycle | 1989 |
Linden Generating Station | Linden | 1566 | Simple & Combined Cycle | 1995/2000 & 2006 |
NAEA Lakewood | Lakewood | 573 | Combined & Simple Cycle | 1994 & 2003 |
Newark Bay Cogen | Newark | 136 | Combined Cycle | 1993 |
Newark Energy Center | Newark | 705 | Combined Cycle | 2015 |
Paulsboro Refinery | Gloucester County | 67 | Steam Turbine & Simple Cycle | 1982/2006 & 1991 |
Red Oak | Middlesex County | 823 | Combined Cycle | 2002 |
Sewaren Generating Station | Sewaren, Middlesex County | 538 | Combined Cycle | 2018 |
West Deptford Energy Station | Deptford | 740 | Combined Cycle | 2014 |
Woodbridge Energy Center | Woodbridge | 725 | Combined Cycle | 2015 |
Petroleum Power Plants
Some power plants in New Jersey use petroleum (oil) to make electricity. These are often smaller plants or used as backup power.
Plant | Location | Capacity (MW) |
Type of Plant | Started Working |
---|---|---|---|---|
Bayville Central Facility | Bayville | 6.9 | Reciprocating Engine | 1988/2000 |
Gilbert | Hunterdon County | 150 | Simple Cycle | 1996 |
Haworth Water Treatment Plant | Bergen County | 7.8 | Reciprocating Engine | 2018 |
Salem Generating Station | Salem County | 38.4 | Simple Cycle | 1971 |
West Station | Cumberland County | 22.9 | Simple Cycle | 1972 |
Renewable Power Stations
Renewable power stations use natural resources that can be replaced, like sunlight, wind, or water. These sources are much better for the environment because they don't run out and produce less pollution.
Biomass and Waste-to-Energy Plants
These plants create electricity by burning organic materials (biomass) or municipal solid waste (trash). Some even use gas collected from landfills!
Plant | Location | Capacity (MW) |
Fuel Type | Type of Plant | Started Working |
---|---|---|---|---|---|
Atlantic County Landfill | Atlantic County | 3.3 | Landfill Gas | Reciprocating Engine | 2005 |
Burlington County Landfill | Burlington County | 7.0 | Landfill Gas | Reciprocating Engine | 2007 |
Camden County Resource Recovery Facility | Camden | 33.0 | Municipal Solid Waste | Steam Turbine | 1991 |
Cinnamon Bay Edgeboro Landfill | Middlesex County | 9.1 | Landfill Gas | Reciprocating Engine | 2011 |
Essex County Resource Recovery Facility | Newark | 60.0 | Municipal Solid Waste | Steam Turbine | 1990 |
Gloucester County Resource Recovery Facility | Westville | 12.0 | Municipal Solid Waste | Steam Turbine | 1990 |
Middlesex Generating Facility | Middlesex | 18.8 | Landfill Gas | Reciprocating Engine | 1961/2001 |
Ocean County Landfill | Ocean County | 13.8 | Landfill Gas | Reciprocating Engine | 1997/2006 |
Union County Resource Recovery Facility | Rahway | 37.5 | Municipal Solid Waste | Steam Turbine | 1994 |
Hydroelectric Power Plants
Hydroelectric plants use the power of moving water, usually from dams, to spin turbines and create electricity.
Plant | Location | Capacity (MW) | Number of Turbines |
Started Working |
---|---|---|---|---|
Great Falls (Passaic River) | Paterson | 10.95 | 3 | 1986 |
Passaic Valley Water Commission | Passaic County | 2.4 | 4 | 1935 |
Wind Farms
Wind farms use large wind turbines to capture the energy from the wind and turn it into electricity.
Name | Location | Capacity (MW) | Number of Turbines |
Started Working |
---|---|---|---|---|
Jersey-Atlantic Wind Farm | Atlantic City | 7.5 | 5 | 2005 |
Bayonne MUA | Bayonne | 1.5 | 1 | 2012 |
Solar Power Plants (Photovoltaic)
Solar power plants use solar panels to turn sunlight directly into electricity. New Jersey has many solar installations, including large power plants and smaller systems on homes and businesses.
Name | Location | Capacity (MWdc) | Started Working | Notes |
---|---|---|---|---|
Ben Moreell Solar Farm, Naval Weapons Station Earle | Tinton Falls | 28.5 | 2015 | Built on a former cleanup site |
Toms River Merchant Solar | Toms River | 27.3 | 2021 | Built on a former landfill |
Mount Olive – Combe Fill North Landfill | Mount Olive Township | 25.6 | 2023 | Built on a former landfill |
Six Flags Solar | Jackson Township | 23.5 | 2019 | Powers the theme park |
DSM Solar | Belvidere | 20.2 | 2019 | Multiple projects on one site |
Tinton Falls Solar Farm | Tinton Falls | 19.9 | 2012 | Built on a former landfill |
Pilesgrove Solar Farm | Pilesgrove Township | 19.9 | 2011 | |
Fort Dix Landfill | Lakehurst | 16.5 | 2017 | Built on a former landfill |
Vinland Construction Co. | Pennsauken Township | 15.1 | 2019 | Built on a former landfill |
McGraw-Hill Companies | East Windsor | 14.1 | 2012 | |
Berry Plastics | Phillipsburg | 13.1 | 2013 | |
SC Holdings | Cinnaminson | 13.0 | 2019 | Built on a former landfill |
New Jersey Oak Solar | Fairfield Township | 12.5 | 2012 | |
Monroe Solar Farm | Monroe Township | 12.0 | 2020 | Built on a former landfill |
Seashore Solar | Egg Harbor Township | 10.6 | 2016 | Built on a former landfill |
Holt Logistics Gloucester Terminal | Gloucester City | 10.1 | 2012 | Largest rooftop solar project in the US when built |
Electricity Storage Stations
Sometimes, electricity is made when it's not immediately needed. Storage power stations can save this extra energy to use later, like when the sun isn't shining or the wind isn't blowing.
Battery Storage
These stations use large batteries, similar to the ones in your phone but much bigger, to store electricity.
Plant | Location | Capacity (MW) | Started Working |
---|---|---|---|
ACUA Storage | Atlantic County | 1.0 | 2018 |
Caldwell Wastewater Treatment Hybrid | Essex County | 1.0 | 2016 |
Hopewell Valley High School Hybrid | Mercer County | 1.0 | 2015 |
Plumsted 537 BESS | Ocean County | 19.8 | 2019 |
Stryker 22 BESS | Warren County | 19.8 | 2018 |
Pumped Storage
Pumped storage plants use electricity to pump water uphill into a reservoir. When electricity is needed, the water is released downhill through turbines, generating power.
Plant | Location | Capacity (MW) | Number of Turbines |
Started Working |
---|---|---|---|---|
Yards Creek Generating Station | Blairstown & Hardwick | 420 | 3 | 1965 |
Decommissioned Power Plants
"Decommissioned" means these power plants have stopped working and are being taken apart or made safe.
Plant | Location | Capacity (MW) | Source | Started Working | Stopped Working |
---|---|---|---|---|---|
B.L. England Generating Station | Upper Township | 450 | Coal | 1961 | May 1, 2019 |
Hudson Generating Station | Jersey City | 660 | Coal | 1968 | May 31, 2017 |
Mercer Generating Station | Hamilton Township | 360 | Coal | 1960 | May 31, 2017 |
Oyster Creek Nuclear Generating Station | Lacey Township | 652 | Nuclear | 1969 | September 17, 2018 |
Logan Generating Plant | Logan Township | 219 | Coal | 1994 | June 2022 |
Chambers Carneys Point Cogen Generating Plant | Carneys Point Township | 244 | Coal | 1993 | June 2022 |
See also
- Hudson Project
- PJM Interconnection
- List of power stations in the United States
- List of electric companies in New Jersey