Commercial Solar Panel System

Commercial PV panels are a kind of solar panel system. It gives companies a boost by assisting them in becoming more ecologically friendly via the use of green energy. Excessive use of fossil fuels is a global problem, and the world is turning to solar energy to find a solution.

A commercial solar panels system is a collection of silicon PV solar panels. It is made up of a positive and a negative layer that work together to form an electric field.

Installing commercial solar panel systems with many cells for business buildings may save you enough money on your power costs. It makes use of a huge number of solar panels to generate more green energy for your company.

You may create enough electricity by installing solar panels on the roofs of your business buildings. The panels need minimal maintenance and aid in the reduction of carbon emissions, which is increasingly a worldwide problem.

With commercial solar panel system installation, City Point Solar provides a smooth solar experience.
Our experience in project conception, design, building, installation, and operations adds value to your organisation by saving you a significant amount of money.

City Point Solar provides you with more options, better design, and energy storage technologies in order to attain clean and sustainable energy.

As a result, we provide a variety of commercial solar systems.

A 30KW solar panel system with 82 to 100 panels is ideal for enterprises with a daily usage of 120 units.

The 50KW solar panel system uses 150 solar panel boards to generate 6,200 kilowatt-hours of electricity.

With its 380 to 410 PV boards, the 100 KW solar panel system generates enough energy to power an entire enterprise.

How Does a Commercial Solar Panel System Operate?

1. Commercial solar panels capture pure green energy from the sun and transform it into electricity, which is then utilised to power loads.
2. Solar panels are made up of multiple solar cells that are laid out in a grid-like configuration and include layers of silicon, phosphorus, and boron.
3. The electricity generated by solar cells is routed to an inverter, which transforms the direct current (DC) power into alternating current (AC) power and feeds it to the utility grid.
4. Business inverters, which are intended to satisfy your demands in a commercial facility, are widely accessible in Western Australia.