by Nicole Mason | Aug 1, 2014
3 KW grid tied system on Clallam PUD grid composed of Sanyo 200 watt modules and a SMA 3000 watt inverter.
by Nicole Mason | Jul 30, 2014
4.18 KW system comprised of 22 Evergreen 190 watt modules and a SMA 4000 watt inverter.
by Nicole Mason | Jul 30, 2014
4.32 KW system on Clallam PUD grid with 24 Evergreen 180 watt modules.
by Nicole Mason | Jul 15, 2014
3 KW system using 15 Sanyo 200 watt modules and a 3000 watt SMA inverter. The homeowners wanted solar power on their new shed and had their site evaluated and their PV system designed before they built the shed. That’s why it looks so good!
by Andy Cochrane | Jul 10, 2014
Clallam PUD’s House on Wheels was the brain-child of now retired Dave Johnson, and is used as a model home exemplifying renewable energy and energy efficiency methods. This 1 kw system was designed to be grid-tied and also have battery back-up in order to...
by Andy Cochrane | Jul 1, 2014
This client would later add a larger array on the west-facing roof.
by Andy Cochrane | Jul 1, 2014
By this time, we began to suspect that fixed pole mount arrays were preferable to the trackers. This system was utilizing Shell 175 watt pv modules. Shell Solar was a division of the global oil company jointly producing pv modules with Solar World and would...
by Andy Cochrane | Jul 1, 2014
This home also had several other great energy efficient characteristics, beautiful finish work inside, and a sweet view of Sequim Bay. Of note, this was the final Power Trip Energy installation performed by Puget Sound Solar. After this project, Steve and Graham...
by Andy Cochrane | Jul 1, 2014
Stuart and Pat MacRobbie asked us to install the first grid-tied pv system in Clallam County in April of 2003. The system was composed of 18 Sharp 165 watt pv modules, 12 of which were on a tracker in the front yard. This tracker would eventually find a home back...
by Andy Cochrane | Jun 15, 2014
Solar World 260 modules on both south and east-facing roofs feed into two PowerOne PVI inverters. This design works well because of the PVI’s multiple MPPT inputs and the array produces 9.62KW of power. We also installed a Level II EV charger that the business...
