SolarEdge | Case Study | Harry Perkins Institute www.solaredge.com I australia-info@solaredge.com Sustainable Power for the Harry Perkins Institute for Medical Research “The installation’s design flexibility, 25-year power optimiser warranty, and panel-level monitoring platform, are what helped to win the tender.” Ben Emery, Project Director The Harry Perkins Institute decided to install a solar…
www.solaredge.com | info@solaredge.com CASE STUDY Samin Sheet Metal designs and manufactures a wide range of sheet metal components for a broad cross section of industries. The company was paying a kVA electricity demand charge, which it considered to be expensive, and wanted a solution to reduce both costs, and their overall reliance on the grid. Energy Partners recommended installation of a PV…
www.solaredge.com | info@solaredge.com CASE STUDY SolarEdge SafeDC™ Eases Fire Service Safety Concerns Following Blaze at Tasmazia Complex Tasmazia Maze Complex View of fire damage to the gift shop TASMAZIA, Promised Land, Tasmania 2 x SE15K SolarEdge inverters 1 x SE3300 SolarEdge inverter P300 SolarEdge power optimisers As a nighttime fire ripped through this popular tourist attraction, the…
Connect SolarEdge’s single phase inverters* to a three phase site and enjoy: Added energy production for reduced electricity bills Superior safety features Panel-level monitoring across all phases With support for the StorEdgeTM backup solution Single Phase Solution for Three Phase Residential Sites HOW DOES IT WORK? One or more SolarEdge single phase inverters are connected to the residential…
Powering Your Farm with Free Energy SolarEdge Smart Energy Solutions for Agriculture Proven Energy Management installed this 99.82 kWp installation at Smithfield Cattle Co Sapphire Feedlot in Southern Queensland, Australia If you consider just the savings in electricity costs by using a free source of power, agrivoltaics makes a lot of sense. Of course you’re not just reducing your monthly bills…
Analysing panel damage after a hailstorm PV installers and system owners can face the challenge of identifying internal panel damage caused by extreme weather, such as a severe hailstorm. Large, fast-moving hailstones can cause considerable impairment to a solar panel’s inner cells, without creating any visible signs of damage to its exterior. This is known as micro cracking, and it can degrade a…