Why should you choose an off-grid solar system in Cape Town?

Nevertheless, battery costs are reducing at a high rate, so the demand for an off-grid solar system is now increasing, even in cities and towns. There are many advantages to an off-grid system Cape Town. The climate on the West Coast is perfect for solar production.

Why should you choose an off-grid system in Cape Town?

There are many advantages to an off-grid system Cape Town. The climate on the West Coast is perfect for solar production. It’s also the best way to avoid power outages when Eskom cant produce enough electricity. They are also the best way to produce electricity if you live in rural areas where a grid connection is not an option.

Why are off-grid solar systems so expensive?

The high cost of batteries and inverters implies that the off-grid solar system is costly than the alternatives, so they are usually needed only in more remote areas far from the grid. Nevertheless, battery costs are reducing at a high rate, so the demand for an off-grid solar system is now increasing, even in cities and towns.

How do off-grid solar panels work?

They are also called a stand-alone power system. Solar panels work to generate electricity, passing that current through a charge controller and sent to a battery bank. The Inverter of off-grid solar systems convert the (DC) direct current, into (AC) alternating current. AC is used to power residential and commercial properties.

What is a residential solar battery system in Cape Town?

A Residential Solar Battery System in Cape Town enables you to operate independently from the grid for 6 to 8 months of the year. It consists of Solar Panels, an Inverter and a Lithium Battery.