Solar PV Systems
Solar PV, engineered to produce
Photovoltaic systems sized from your real consumption, mounted properly, connected compliantly and monitored so they keep delivering what the design promised.
Grid-tied
The lowest cost per kWh for properties with strong daytime usage.
Hybrid-ready
Designs that accept storage now or later without rework.
Roof & ground mount
Engineered mounting for tile, metal, IBR, flat roofs and open land.
SSEG compliant
Municipal and Eskom registration handled as part of the project.
Grid-tied systems
A grid-tied system connects your solar array to the grid through an inverter, powering your property while the sun shines and drawing from the utility when it does not. Because there is no battery, capital cost per generated kWh is the lowest of any configuration.
The honest trade-off: for safety, grid-tied inverters must disconnect during an outage, so they provide savings, not backup. They suit homes and businesses with meaningful daytime consumption and a tolerance for load-shedding, and they must be registered under your municipality's small-scale embedded generation (SSEG) rules, which we manage end to end.
Hybrid systems
Hybrid systems add battery storage and an inverter capable of running your essential circuits when the grid fails. Solar charges the battery through the day; the battery carries the evening peak and outages. Most Solaris residential clients land here, because it addresses both the bill and the blackouts.
- Essential-loads circuit defined during design, not after installation
- Seamless changeover when the grid fails
- Battery sized to your evening consumption, not a round number
Off-grid systems
Where the grid is unavailable or a connection upgrade is prohibitively expensive, a fully off-grid system carries the entire load: oversized array, substantial battery bank and usually a generator for extended weather. We design off-grid honestly, including the winter week the brochure versions ignore. Read more under Hybrid and Off-Grid Systems.
Rooftop and ground-mounted arrays
Panel placement is structural engineering, not decoration. We assess roof condition, orientation, pitch and wind loading, and specify mounting systems appropriate to the roof type. Where roofs are unsuitable or land is available, ground-mounted arrays with optimised tilt often out-produce compromised roof layouts.
How sizing and production work
System size follows your consumption and the yield of your location. A well-oriented South African array typically produces 1,600 to 1,900 kWh per kWp per year, with inland regions at the top of that range. We model monthly production against your load profile so you see realistic winter figures, not annual averages hiding the dips.
Self-consumption drives the economics: energy you use as it is generated is worth your full tariff, while exported energy usually earns less. Our designs size arrays to your actual usage pattern first.
Monitoring and compliance
Every Solaris PV installation is commissioned with monitoring configured, a Certificate of Compliance issued, and SSEG registration completed where applicable. You receive a handover file your insurer, municipality and future property buyer will thank you for.
How the pieces connect
From sunlight to switchboard, one engineered chain.
Next step
Find out what your roof can actually produce.
An energy assessment models your consumption, site and tariff before any hardware is proposed.
