Community Solar Program

The City of Saint Peter is proud to present its first Community Solar Program!      

The City of Saint Peter launched its first Community Solar Program on Thursday, June 29, 2017.  If you would like more information on becoming apart of this program please click the brochure link below.

 

Solar Program Brochure & Registration


1.Who Is The Community Solar Program Ideal For? Any City of Saint Peter residential customer receiving electric service who does not want to install their own solar array, but still wants to support solar energy. 

2. What Does It Mean To Participate? Residential customers can purchase one-half (1/2) of a panel, a full panel, or multiple panels of solar power up to 50% of their average monthly electric usage.

3. Why Should I Join? Community solar allows individuals to lock in a portion of their energy usage for an extended period of time. This also allows each participant to effectively save money and save the environment at the same time! 

Fun Facts

* On average, one gallon of gasoline produces 18.07 pounds of carbon dioxide. If your car gets 20 miles-per-gallon and you drive 10,000 miles in a year, you'll produce 4.5 short tons of carbon dioxide, or 9,000 pounds.

* The generation of one kWh of electricity emits 1.588 pounds of CO2 based on a Minnesota average.  If ones use 10,000 kWh/year, that's 15,888 pounds (7.944 short tons)

* Based on that, if a community member subscribed to enough panels to offset 100% of their annual usage, it would be the same as taking 1.77 cars off the road for a year.  Since there is a 50% subscription limit, it's .88 cars.   For every 1,000 kWh you switch to solar, you take the equivalent  of .177 cars off the road for a year. Or, roughly 11 kWh is the same as one gallon of gas.

* That same 10k/kWh customer switch to solar would offset about the same CO2 (7.944 tons) as what is absorbed by 331 mature trees (assumes 48 lbs. per tree per year).  There are a lot of ways to look at this (new trees vs older ones, one year vs sequestration over the life of a typical tree.)   331 mature trees would cover roughly an acre.  One acre of mature trees offsets roughly the CO2 emissions of about 2 cars.