Isomer provided conceptual engineering, including site layout, PV panel block layout, general equipment layout for panels, major electrical equipment and switchyard, access roadways, fence layout, operation and maintenance facility location, laydown area location with a focus on minimizing the footprint, and impact on the local ecosystem by dividing it into two different systems. In addition to preliminary single lines, a PV Syst Simulation report and a Helioscope annual production report. The preliminary single lines were updated after receiving stakeholder comments. The solar facility will be capable of 800MW AC, 960MW DC, interconnected at 345kV through two substations, each pulling from their respective areas. Isomer worked closely with the developer and assisted in guiding them through the early design phases.
