Case Study The Venco Campus Goes Solar The Venco Group, a leading conglomerate in the poultry sector, built their stunning main campus in the shape of an egg, and intended to have it fueled by solar energy. It was crucial to the owner that the construction of the egg-shaped building excel in meeting high standards of energy use, pollution minimization, ecological enhancements, and water…
CASE STUDY More Energy by Design Special Focus: Flexible Design OVERVIEW Installer: Sun Integration Installation Date: July 2012 Location: Shumei America, Pasadena, California, U.S. Installed capacity: 45kW Modules: Mitsubishi PV-MLU255HC Power Optimizers: 177x OP300-MV Inverters: 3X SE7000A-US; 3X SE6000A-US Module-Manufacturer Mitsubishi Electric was contacted by the Shumei members in North…
CASE STUDY PV Systems on Gas Stations Automatic DC Voltage Shutdown OVERVIEW Installer: Yarok Natural Energy Installation Date: 09/22/2011 Location: DOR-ALON Gas Station in Carmiel, Israel Installed capacity: 55kW Modules: 220 x Ulica 250W Inverters: 4 x 12.5kW with power optimizers www.SolarEdge.com info@solaredge.com This graph represents an automatic string shutdown. As demonstrated, the…
CASE STUDY PV Systems on Petrol Stations Automatic DC Voltage Shutdown OVERVIEW Installer: Yarok Natural Energy Installation Date: 22/09/2011 Location: DOR-ALON Petrol Station in Carmiel, Israel Installed capacity: 55kW Modules: 220 x Ulica 250W Inverters: 4 x 12.5kW with power optimizers www.SolarEdge.com info@solaredge.com This graph represents an automatic string shutdown. As demonstrated, the…
Case Study When George denHaan’s brother asked him to help install a PV solar system at his church in 2009, he had no idea that experience would inspire a whole new business for him. “As an engineer, I found the entire PV solar system design and process fascinating,” he shared. Now three years and 30 installations later, George denHaan is at the forefront of the photovoltaic solar frenzy in the…
67% DC BoS Cost Saving through Flexible Design SolarEdge inverters allow the connection of unequal string length layouts and up to 50 modules per string. The construction of longer strings allowed the installer to reduce the amount of cables and other Balance of System components in the system. The result: DC wiring cost reduction of 67% compared to the same system layout with a traditional…