Minnesota’s First Community Solar Project is Minnesota-Made

Minnesota’s First Community Solar Project is Minnesota-Made

Date: 7 Sep 2012 | posted in: Energy, Energy Self Reliant States | 13 Facebooktwitterredditmail

Update 12/20/12: This project includes battery storage.

Just last month, the Wright-Hennepin Cooperative Electric Association, serving communities just north and west of the Twin Cities metropolitan area, announced Minnesota’s first community solar project.  The 40 kW solar array will be located at the cooperative’s headquarters, with members allowed to purchase individual panels in the project for $869.   In exchange, members will receive a credit on their bill equal to the electricity production of their portion of the 40 kW array.

Participation in the community solar project lowers the payback period for solar, as compared to individual ownership, by 7-12 years.

The project is organized by the Clean Energy Collective, a Colorado-based firm that has already built two community solar projects with rural electric cooperatives in that state and with plans to build several more.  Their projects are noteworthy for being the only consistently replicable community solar model, as evidenced by their success.  (for more on community solar projects, see our 2010 report).

Partnership is the key to CEC’s success, with the company providing cooperatives with “RemoteMeter” software allowing them to handle the accounting part of the community solar project (and a smartphone app to allow participants to track production).  They also handle all of the project financing and development, with utilities having merely to market the program to their members and help oversee the project interconnection to their electric grid.

The community solar project provides a good deal for members, for three reasons.  Most Minnesotans lack an appropriate, sunny space for a solar array (75% of people rent or have a roof that is unsuitable for solar).  With Wright-Hennepin’s community solar array, participants can own a share of a local, centralized system that will be maintained by the cooperative, and still get their share of the electricity as though it were on their own rooftop.

The Clean Energy Collective has also negotiated a good rate for solar electricity, with participants receiving a credit of 12¢ per kWh generated by their panels, in comparison to the cooperative’s average residential retail rate of 9.3¢ per kWh.

The $4.83 per Watt cost for panels is also better than it looks, because the Wright-Hennepin project will use equipment from Minnesota’s tenKsolar.  Using an innovative, low-cost reflector, the tenKsolar array boosts output by 25% over a traditional fixed tilt solar array, with an estimated output of around 291 kWh per year from each 180 W panel compared to 233 kWh from a traditional solar module.

Investments in the Wright-Hennepin community solar project pay back in 20 years, according to the Clean Energy Collective (our own calculation was 25 years).  Either way, it compares favorably to an individually-owned solar project, which would have a payback of 32 years or more.  And the Clean Energy Collective warrants the project for 50 years, over which period a participant will have lifetime net savings of nearly $20,000.

We’re glad to see community solar and the Clean Energy Collective come to Minnesota!

Update 11/15/12: Tim Gulden of Winona Renewable Energy (in Minnesota) says,” It looks like someone is making a lot of money and it’s not the coop person buying the PV module/s!”   He notes that the gross cost of a 40 kW rooftop system in southern Minnesota is between $3.11 and $3.79 per Watt before incentives, perhaps a third of the cost of Wright-Hennepin’s system.  To be fair, Tim’s price quote does not include the use of Minnesota modules, or factor in the efficiency gains with tenKsolar’s technology.

 

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John Farrell
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John Farrell

John Farrell directs the Energy Democracy initiative at the Institute for Local Self-Reliance and he develops tools that allow communities to take charge of their energy future, and pursue the maximum economic benefits of the transition to 100% renewable power.