2018

Residence, 9.38kW, Port Townsend, 2018

Residence, 9.38kW, Port Townsend, 2018

This home in Port Townsend installed 28 SunPower 335 watt AC modules. The challenge with this installation was working around the chimney in the middle of the roof but the spacing between the modules worked to our advantage and were able to keep the aesthetics of the array intact.

 

Residence, 10.05kW, Port Angeles, 2018

Residence, 10.05kW, Port Angeles, 2018

We installed 30 SunPower 335watt AC Modules on this standing seam metal roof. Working around vents is never easy but even more with skylights. Our installers are great at fitting modules into those in-between spaces. 

Residence, 11.06kW, Port Townsend, 2018

Residence, 11.06kW, Port Townsend, 2018

We love the sunny sky and the white clouds reflecting off the array in this photo. This system was installed on a standing seam metal roof using S-5N clamps. We anticipate that this system will produce about 85% of their annual usage. 

Barkshire-Frye Residence, 5.03kW, Poulsbo, 2018

Barkshire-Frye Residence, 5.03kW, Poulsbo, 2018

We installed this array on a small outbuilding available on the property. This system will generate half of their annual needed energy, but if they use the state incentive to help pay the remainder of the year, they’ll see a 100% reduction in utility costs. 

Residence, 8.04kW, Port Angeles, 2018

Residence, 8.04kW, Port Angeles, 2018

Rather than racking a system on the flat roof’s available, we were able to install 24 SunPower 335watt AC Modules on the east facing roof. This system will generate about 8,000kWh on an annual basis and helps reduce the amount of energy they need to purchase from their local utility. 

Residence, 8.04kW, Poulsbo, 2018

Residence, 8.04kW, Poulsbo, 2018

We filled the south roof of this home with 24 SunPower 335watt AC Modules and will generate over 8,500 kWh on an annual basis. For this client, this about 1/2 of their total consumption! They are excited to pay less money to the utility company and produce as much clean energy as possible.

Shown Residnece, 8.7kW, Port Angeles, 2018

Shown Residnece, 8.7kW, Port Angeles, 2018

This client’s energy usage was lower than most of the same size and appliances and was able to get away with an 8.7kW array to make 100% of their annual usage. We love that the design was kept square and still allowed space for the vent at the top of the array. 

Residence, 11.73kW , Port Angeles, 2018

Residence, 11.73kW , Port Angeles, 2018

This client was so excited to install solar on their home in Port Angeles. They wanted to maximize their return and went with the largest system available for the Washington State Incentive. They have 35 SunPower 335watt AC Modules that will make over 10,000 kWh on an annual basis. 

Residence, 7.04kW, Port Angeles, 2018

Residence, 7.04kW, Port Angeles, 2018

This client was excited to know that we could install on the standing seam roof and eliminate having to penetrate the roof to attach the rail. We were able to use S-5 clamps that clamp onto seam, rather than to the truss of the house. Not all standing seam roofs are the same, we must use the profile of the seam to determine which clamp is best for the project. 

Finnriver Cidery and Orchard , 65kW, Chimacum, 2018

Finnriver Cidery and Orchard , 65kW, Chimacum, 2018

Finnriver Cidery and Orchard installed a large 65kW solar array, making it the largest solar array in Jefferson County. We installed on what was formally known as the “Parlor’, their tasting room, commercial kitchen, and new warehouse storage building.  Finnriver not only received a 25% USDA Grant but also used a “Barnraiser” to help local clients help fund their project as well.