Plankton Energy

Our Portfolio

85 Wells

1798 kW - Newton, MA

This 1798 kW parking lot canopy and rooftop solar system including both community solar and a behind-the-meter solar system is located at an office building in Newton, MA. The energy generated from the rooftop system is sold to the building through a power purchase agreement at a reduced cost from the local utility, and the energy generated from the parking lot canopies is sold to individual households in the community.

Tanger Nashville

1384 KW - Nashville, TN

This 1384 kW rooftop behind-the-meter solar system sits on a retail building in Nashville, TN. The customer owns the system, realizing a reduction in their electricity expense.

Resintech

972 KW - Camden, NJ

This 972 kW parking lot canopy and rooftop behind-the-meter solar system is located at an industrial building in Camden, NJ. The customer owns the system, realizing a reduction in their electricity expense.

Sportika

606 KW - Manalapan Township, NJ

This 606 kW rooftop behind-the-meter solar system sits on a retail building in Manalapan Township, NJ. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

Showa

537 KW - Jamaica Plain, MA

This 537 kW rooftop behind-the-meter solar system sits on an education building in Jamaica Plain, MA. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

544 kW - Waltham, MA

This 544 kW rooftop community solar system sits on an office building in Waltham, MA. The energy generated is sold to individual households in the community.

Cinaminson

449 KW - Cinnaminson, NJ

This 449 kW Rooftop behind the meter solar system sits on a self-storage facility in Cinnaminson, NJ. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

ShopRite of Passaic

431 KW - Passaic, NJ

This 431 kW rooftop behind-the-meter solar system sits on a grocery store in Passaic, NJ. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

42 Hayward

340 KW - Franklin, MA

This 340 kW rooftop community solar system sits on an industrial building in Franklin, MA. The energy generated is sold to individual households in the community.

Princeton Montesori

203 kW - Princeton, NJ

This 203 kW rooftop behind-the-meter solar system sits on a school in Princeton, NJ. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

Salem

127 kW - Salem, NY

This 127 kW rooftop behind-the-meter solar system sits on an apartment building in Salem, NY. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

7 Canterbury

121 kW - Worcester, MA

This 121 kWrooftop community solar system sits on an industrial building in Worcester, MA. The energy generated is sold to individual households in the community.

199

76 kW - Newton, MA

This 76 kW rooftop behind-the-meter solar system sits on an office building in Newton, MA. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

58 KW - West Berlin, NJ

This 58 kW rooftop behind-the-meter solar system sits on a retail building in West Berlin, NJ. The customer owns the system, realizing a reduction in their electricity expense.

48 KW - Sewell, NJ

This 48 kW rooftop behind-the-meter solar system sits on a firehouse in Sewell, NJ. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.

33 KW - Williamstown, NJ

This 33 kW rooftop behind-the-meter solar system sits on a church in Williamstown, NJ. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility. 

WTEMS

28 KW - Atco, NJ

This 28 kW rooftop behind-the-meter solar system sits on a municipal building in Atco, NJ. The energy generated is sold to the building through a power purchase agreement at a reduced cost from the local utility.