by Nicole Mason | Aug 22, 2014
4.1 KW Silicon Energy array on a 4.2 KW Silicon Energy inverter. You have to look hard to see the solar array on this new townhouse-style home on a smallish city lot. This example shows how solar power can be integrated seamlessly into new development.
by Nicole Mason | Aug 22, 2014
This Port Townsend home took advantage of the Solarize Port Townsend program to install a 3.9 KW Silicon Energy (made in WA) solar array equipped with a 4.2 KW inverter. The Solarize group purchasing program resulted in significant savings for the home owners.
by Nicole Mason | Aug 22, 2014
9.36 KW Sharp grid-tied PV system with two Power One 5 KW inverters. The solar array is mounted on a shop building and also powers the Hill’s new residence. Installed as part of the Solarize Sequim program that earned the Hill’s an extra $500/KW rebate and...
by Nicole Mason | Aug 21, 2014
Jack and Elizabeth’s uptown home has many small, sunny roofs. The Becker’s 3.3 KW solar array uses Sanyo 220 watt solar modules equipped with Enphase microinverters allowing each small roof to be used to its maximum solar potential.
by Nicole Mason | Aug 21, 2014
Cindy and Paul’s new shop/ADU is equipped with a 4.8 KW Sharp PV array. The system is located on both the east and west roofs.
by Nicole Mason | Aug 21, 2014
5.85 KW array installed on the garage and house roofs of a newly constructed home. Each solar array consists of 15 Silicon Energy 195 watt modules and powers a separate 4.2 KW Silicon Energy inverter. Solar modules and inverters are both made in WA.
by Nicole Mason | Aug 21, 2014
Twenty-eight Sharp 240 watt solar modules and a SMA 7000 watt inverter installed on a sunny standing seam metal roof.
by Nicole Mason | Aug 21, 2014
8.16 KW solar array composed of Sharp 240 watt modules (made in USA) and two Power One inverters. The two inverters allow each solar array with different orientations, to operate optimally.
by Nicole Mason | Aug 21, 2014
6.38 KW grid tied solar array consisting of 29 Sanyo 220 watt solar modules each equipped with an Enphase 210 watt microinverter. The microinverters allow each solar module to operate independently of the others, provide data monitoring, and allow infinite flexibility...
by Nicole Mason | Aug 21, 2014
The narrow upper roof of this mountain cabin is filled with 14 SunPower 320 watt solar modules, some of the most powerful and efficient solar modules available. The solar array feeds power to a SunPower 5000 watt grid tied inverter.
