Switch to a custom solar setup,
so that you can start saving and enjoying reliable energy
Solar Energy Solutions
Solar energy is generated through strategically placed PV (photovoltaic) solar panels which then converts the energy into usable electricity by an inverter. All extra energy is stored in a battery allowing for usage during the evenings or cloudy days.
Excess electricity needs are drawn from the Eskom grid. Hybrid is a great residential option as it can supplement household use and also offer back-up during load shedding, evenings and when the weather is not sunny.
Grid-tie Solar
A PV solar system that connects the solar panel installation directly to the main electricity grid is known as a grid-tied system. The generated power can be used for own consumption or fed back to the Eskom/municipal grid.
Hybrid Solar
A hybrid solar system combines the aforementioned grid-tied and off-grid systems: Which means that a generator is not necessary to top up the batteries during bad whether days. The grid could also assist with the solar production at the percentage value you specify.
Off Grid Solar
get a free personalised proposal now
You deserve reliable electricity that pays for itself and keeps you living your best life, now.
reviews
Questions you need to ask before getting Solar
We only work with trained and experienced installers and each solar plan is designed and checked by an Electrical Engineer and a COC qualified Electrician.
How Solar Works
Solar energy is a renewable source of energy, in other words, it is clean with no carbon emissions, and it is freely available to anyone. This source of energy is indefinite and unrestricted which makes it a very lucrative and reliable source of energy.
Solar energy is radiated directly from the sun in the form of light and heat. The light spectrum is harvested by Photovoltaic cells and the heat is absorbed by thermal collectors commonly used for warm water applications like geysers and pool heating etc.
The photovoltaic cells convert sunlight into usable low voltage DC electricity. The PV panels are stringed together and conducts the electricity. This DC power then needs to be converted to usable AC electricity through an DC/AC inverter.
The DC electricity that flows from the PV panels can also be stored into batteries. The stored energy can be used at night or when needed. The most efficient way to charge the batteries is through a DC/DC converter called a battery charge controller. This controller makes sure that the batteries get charged within its optimal parameters in order to preserve the battery life.
Once the energy is stored into the batteries it can be converted with the DC/AC inverter back to usable AC electricity. This AC power is normally connected to the Main DB which supplies the whole house through the existing installed cable network.
Make sure that a professional COC is issued by a qualified electrician after work has been done on the DB board.