Clise Residence, 3.6 KW, Port Townsend, 2007
3.6 KW grid tied system with 20 Evergreen 180 watt modules racked up on flat roof with a SMA 3300 watt inverter.
2007
Haakenson Residence, 4.32 KW, Quilcene, 2007
4.32 KW grid tied system with 24 Evergreen 180 watt modules and a SMA 4000 watt inverter. The Haakensons are building a home and making electricity from the sun while they are still in the construction process. 200th solar powered home on the Puget Sound Energy utility grid!
Spiegel Residence, 1.26 KW, Port Angeles, 2007
1.26 KW system using 7 180 watt Evergreen solar modules and an 1100 watt SMA inverter. Power Trip helped customer with county permit process to selectively remove trees to improve solar access while protecting eagle perch trees on the bluff.
Whitney Residence, 2.8 KW, Port Townsend, 2007
2.8 KW system with 14 Sanyo 200 watt modules and a SMA Sunnyboy 2500 watt inverter. The dormer and main roof are close enough in pitch to allow solar modules to be located on each while feeding a single inverter.
Swater Residence, 5.6 KW, Hansville, 2007
5.6 KW system with 28 Sanyo 200 watt modules and a SMA Sunnyboy 6000 watt inverter.
Randall Residence, 2KW, Port Townsend, 2007
On Independence Day the Randall family celebrated “energy independence” by installing a 2 KW system with 10 Sanyo 200 watt modules and a SMA Sunnyboy 2100 watt inverter. With conservation measures, this system will provide more electricity than the home uses late Spring through early Autumn.
Loehr Residence, 3 KW, Port Townsend, 2007
3 KW system utilizing 15 Sanyo 200 watt modules and a SMA Sunnyboy 3000 watt inverter. The Loehrs are active in raising local awareness of global warming and have taken steps to reduce their carbon footprint by generating clean solar electricity for use in their all electric car.
Finney Residence, 2.16 KW, just outside Port Townsend, 2007
2.16 KW system using 12 Evergreen 180 watt modules (made in USA) and a 2100 watt SMA inverter (made in Germany). Mr. Finney is a tugboat captain and appreciates the fact that his grid tied PV system generates electricity credits with the local utility even when he is out at sea.
Low Residence, 3 KW, Bainbridge Island, 2007
3 KW system consisting of 15 Sanyo 200 watt modules and a SMA Sunnyboy 5000 watt inverter. This system is designed to be expanded in the future with another 2.7 KW of solar modules on the same inverter.
Brotherton Residence, 5.7 KW, Quilcene, 2007
5.7 KW system consisting of 30 Evergreen 190 watt modules and a SMA 6000 watt inverter. This system is installed on a sunny hillside above the Brotherton’s chicken coop and garden, all making good use of the sun.