Path to Net-Zero: Solar Expansion Project

This project added eight new solar locations on campus, including four projects over parking on Princeton's main campus, two projects on University properties located on the Lake Campus in West Windsor adjacent to Route 1, and two projects at the Forrestal Campus in Plainsboro. Like the existing solar array in West Windsor, the new arrays near Route 1 have been landscaped to minimize their visual impact. 27% of the new solar photovoltaic capacity will use zero additional land area.

We now have 10 arrays with a combined capacity of 16.5 MW. The solar arrays are connected to the Princeton microgrid and generate 19% of current electric energy use. The new, two-sided panels can approach 25% efficiency, compared to those installed in 2012, that were 20% efficient. As Princeton builds out its microgrid and expands the use of geo-exchange technology on campus, the electric heat pumps in the new TIGER facility will be partially or fully powered from renewable resources. Some of that electricity will come from the University's solar arrays. The project supports the University's shift toward more sustainable energy production and is a critical component in realizing Princeton's ambitious net carbon neutrality goal by 2046.

The most recent eight arrays were procured under a power purchase agreement. EDF Renewables designed, built, owns, operates, and will maintain the arrays for 15 years. After that, the University will have the option to purchase the facilities at fair market value. The expectation is that the facilities will continue to function for another 10 – 15 years after the initial 15-year period.

Path to Net-Zero

Check out the other projects that will enable us to begin converting from steam to hot water, conserve energy, increase our efficiencies, and decrease our carbon footprint and reliance on fossil fuels:

  1. New Energy Facilities based on heat pumps (TIGER & CUB)
  2. Geo-Exchange bore fields
  3. Thermal distribution piping campus-wide
  4. Building heating & cooling system conversions
  5. Solar Expansion 
  6. Energy Conservation Initiatives 

 

Sustainable features
EV charging stations
Photovoltaic solar panels