The solar project includes a 33 kWp capacity and 2 EV car chargers. The solar capacity will ensure a substantial reduction in carbon footprint by harnessing the power of the sun to generate clean electricity. Additionally, the installation of 2 EV car chargers encourages the adoption of electric vehicles, providing convenient infrastructure for employees and visitors who have made the environmentally-friendly choice to drive electric.
The solar system included 72 455 W panels on a rail-less mounting system with DC strings returning to the building. Cables were contained and connected to a Solax X Pro 30kWh inverter. Isolation switches and a MID-compliant CHIT Modbus meter were installed for standards compliance and a professional look.
After the 24-hour period elapsed, the engineers returned to the site to initiate the evacuation process. They connected our vacuum pump to the systems, attached a torr gauge, and activated the pump until the system reached below 2 torr to eliminate any moisture from the pipework.
Following the completion of the evacuation process, the engineers introduced the new refrigerant into the system and conducted commissioning tests, along with finishing all necessary documentation.
