Explore the Project Archives-Power Trip Energy for detailed insights into energy projects and their impact on sustainability and growth.
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 with the system design.
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.
This 6.3 KW solar array consists of 28 Sanyo HIT 225 watt solar modules and 28 Enphase grid-tie microinverters that take the power from each module and turn it into AC.
6.72 KW ground mounted solar array composed of 28 Sharp 240 watt solar modules and a SMA 7000 watt inverter. Behind the solar array is the unique earth home owned by Richard and Carolyn.
4.8 KW Sharp array located on the south and east roofs of this home. The 20 Sharp 240
watt modules feed power to a Power One 4.2 KW inverter (max power output 4680 watts). This inverter can independently operate two solar arrays facing two different directions. This solar array also features flashings compatible with a cedar shake roof.
2.34 KW solar array consisting of 12 Silicon Energy solar modules and a 3 KW inverter. This solar array can be expanded by adding up to 4 more solar modules. Both the inverter and the modules were made in WA State.
The solar array installed on the Franson’s shop roof consists of 28 Sharp 240 watt modules and one SMA Sunnyboy 7 KW inverter. The modules are mounted on a metal roof.
5.64 KW grid tied solar array composed of 24 Sharp 235 watt all black modules feeding power to a Power One 6000 watt inverter.
The new Wattsun dual-axis tracker in front of the Power Trip Energy shop is equipped with 9 Silicon Energy 195 watt modules. This array and the existing 2.34 KW array over the front porch both feed power to a Silicon Energy 4.2 KW inverter.
The Derrenberger’s roof is adorned with 33 Silicon Energy 190 watt modules and 2 Silicon Energy 3.84 KW grid tied inverters.