Industrial Factory – 200 kW grid-tied commercial solar solution
This Glass on Glass solar panel setup, featuring 483 panels with 565 W capacity each, connected to 2 100 kW grid-tied inverters, is a remarkable achievement.
This Glass on Glass solar panel setup, featuring 483 panels with 565 W capacity each, connected to 2 100 kW grid-tied inverters, is a remarkable achievement.
Update: 18 months after the installation, This customer saved R1 000 000 in electricity usage. This confirms their ROI is on track of < 4 Years. To date, they have generated 430MWh. --------- Exciting News! First Energy achieves a milestone with the Western Cape's 430 kW Grid-Tied Solar Installation. Our latest project features a cutting-edge [...]
Congratulations to First Energy Solar Solutions on the successful completion of the 10 kW grid-tied solar installation at Hout Bay in the Western Cape! The use of a Glass on Glass solar panel system with 24 panels, each having a capacity of 550 watts, connected to a 10 kW grid-tied inverter is an excellent choice [...]
Congratulations to First Energy Solar Solutions for the successful installation of a 10.5 kW grid-tied solar system at Stonehurst Mountain Estate in the Western Cape! This remarkable Glass on Glass solar panel system consists of 20 solar panels, each with a capacity of 550 watts, all connected to a single 10.5 kW grid-tied inverter. The [...]
First Energy Solar Solutions is excited to announce the successful completion of a remarkable solar project in the heart of the Western Cape. Situated in Bishop's Court, our team has expertly installed a robust 360 kW grid-tie solar system, representing a significant step towards a sustainable future. This impressive solar panel array comprises 119 top-of-the-line [...]
That's great to hear! The successful installation of a 12 kW grid-tie solar system at Mains Ave, Kenilworth in the Western Cape is a positive step toward sustainable energy usage. The solar panel system, consisting of 24 solar panels with a capacity of 545 watts each, connected to a 12 kW grid-tied inverter, is expected [...]
With 42 solar panels each rated at 540 watts, and two 10 kW grid-tied inverters, this system is designed to be highly efficient.