Residential solar
A rooftop system sized to your home’s load, so you buy far less electricity and keep the lights on through load-shedding.
Designed around how your home uses power
Most of our systems are on family homes. We start with twelve months of your bills and a look at your roof, then design a system that covers the load you actually have: fans, fridges, air conditioners and all.
With net billing now in place, the best return comes from using your own solar power during the day. We size and configure your system around that, and add a battery where it earns its keep.
What’s included
Site survey and shading check
We measure the roof, check its structure and map shadows through the day.
Load analysis
Your bills and appliances tell us how many kilowatts you need.
Proven panels and inverter
Equipment from established manufacturers, with the warranty papers handed to you.
Mounting structure
A steel structure designed for your roof type and local wind.
Protection and earthing
DC and AC breakers, surge protection and proper earthing as standard.
Monitoring
See what your system generates from your phone.
From first call to first unit
Every project follows the same five steps, whether it is a 5 kW home system or an industrial plant.
Talk to us
Tell us about your property, your bill and your outages.
Site survey
We measure the roof, check shading and review your load.
Design and quote
You get a system design, an equipment list and a fixed price.
Installation
Our team installs, tests and commissions the system.
Connection and care
We handle the grid paperwork and stay on call for service.
Common questions
What size system does a typical home need?
It depends on the units you use, not the size of the house. A home using 600 to 900 units a month usually needs 5 to 8 kW. Our calculator gives a first estimate and the site survey confirms it.
Will solar run my air conditioners?
Yes. Inverter air conditioners run comfortably on a correctly sized system during the day. Tell us how many you run and when, and we design for it.
What happens during load-shedding?
A hybrid system with a battery keeps selected loads running when the grid is down. A purely on-grid system switches off for safety, which is why we ask about outages before recommending a type.
Next service