Questions, organised clearly.

A solar installation combines solar panels, an inverter, electrical protection and optional battery storage to supply electricity according to the approved system design.

Sizing considers electricity use, load timing, property conditions, available space, backup priorities, equipment ratings and future requirements.

A standard grid-tied system usually does not provide backup during an outage. A suitable hybrid or battery-backed design may support selected loads.

Runtime depends on usable battery energy, connected loads, startup demand, simultaneous use, settings and whether solar can recharge the system.

Yes. A compatible inverter and battery system can provide backup without solar, with panels potentially added later where the design allows.

Potentially. Compatibility, firmware, communication, electrical capacity, warranties and the original design must be reviewed.

Some faults can be narrowed down using error codes, model information, monitoring and photographs. Others require on-site testing.

Possible causes include weather, shading, dirt, connection faults, array problems, inverter limits, monitoring issues or configuration changes.

No. Maintenance may also include inspection of panels, inverter, batteries, protection, cabling, monitoring and system records.

No. Solar may be used mainly for daytime savings. Batteries become more relevant where continuity or use outside solar-production hours matters.

Potentially, but landlord approval, roof rights, lease terms, equipment ownership and electrical responsibilities should be clarified.

No. Savings depend on consumption, tariffs, design, operating behaviour, site conditions and project cost.

A recent electricity bill, property location, main objective, load priorities and existing equipment details are the strongest first inputs.

No. The initial review determines whether more information or technical assessment is required.

KYN Energy currently focuses on Cape Town and selected areas across the Western Cape.