Panels produce power
Solar panels generate electricity during daylight hours, subject to weather, orientation and shading.
Have an electricity bill or a defined energy need?
Request an Energy Assessment ↗HOME SOLAR INSTALLATION
Home solar and battery backup designed around the way your household uses electricity, what you want to keep running and how much independence you want from the grid.
QUICK ANSWER
A home solar system uses solar panels to generate electricity for the household. An inverter manages how that energy is used, while batteries can store power for use during outages or outside solar-production hours. The right system depends on household consumption, essential appliances, roof conditions, budget and future needs.
A recent electricity bill is a useful first input, but final design should follow a technical review of the property and electrical system.
YOUR BACKUP PRIORITIES
Select the household loads that matter most during an outage. This does not calculate final battery size, but it helps clarify whether you are considering essential backup or a broader whole-home solution.
BACKUP OPTIONS
The most important decision is not simply how large the battery should be. It is which parts of the home must stay powered and for how long.
Prioritises selected loads such as lights, internet, refrigeration, security and a few plug circuits.
Supports more household circuits or a longer runtime, depending on battery and inverter capacity.
Requires a detailed review of high-demand appliances, simultaneous usage, phase configuration and realistic battery expectations.
HOW HOME SOLAR WORKS
The exact flow depends on the system design, but a hybrid home solar system generally moves energy through these four stages.
Solar panels generate electricity during daylight hours, subject to weather, orientation and shading.
The inverter converts and manages energy between solar panels, household loads, batteries and the grid.
Where batteries are included, available energy can be stored for backup or later household use.
The system supplies the home according to its design, settings, available solar, battery state and grid conditions.
HOME SOLAR OPTIONS
The most suitable option depends on whether your priority is reducing electricity use, adding backup or improving an existing home system.
Designed mainly to reduce daytime electricity bought from the grid. It does not normally provide backup during outages.
Combines solar generation and stored energy to support savings and selected household loads during outages.
Starts with backup for selected loads and may allow solar panels to be added later where the equipment and design support expansion.
Reviews whether an existing inverter, battery or panel system can be repaired, expanded or reconfigured safely.
HOME SOLAR COST
Home solar installation cost varies because household electricity use, backup expectations, roof conditions and equipment choices are different.
HOME INSTALLATION PROCESS
The process begins with household information, then moves into site assessment, system design and installation where the opportunity is suitable.
Submit a recent electricity bill and tell us what you want the home solar system to achieve.
Suitable enquiries move to a technical review of roof space, shading, electrical infrastructure, loads and installation conditions.
Consider the panels, inverter, batteries, supported loads, scope, price, warranties and project assumptions.
The approved system is installed, tested and handed over with operating guidance and the agreed documentation.
UPLOAD YOUR HOME ELECTRICITY BILL
A recent bill helps us understand your household consumption and whether solar panels, battery backup or a combined system may be worth exploring.
HOME SOLAR FAQ
Direct answers about home solar panels, batteries, backup duration, installation cost and service coverage.
Home solar cost depends on the number of panels, inverter size, battery capacity, roof and electrical conditions, labour, protection equipment and documentation requirements. A useful quotation should be based on the household and intended outcome rather than one fixed package.
The number of panels depends on household electricity consumption, available roof space, panel rating, shading and how much daytime electricity use you want solar to cover. A bill review and technical assessment help determine a suitable quantity.
Battery runtime depends on usable battery capacity, the appliances running, startup loads, simultaneous demand and battery settings. A runtime estimate should be based on the actual loads you want to support.
Potentially. A compatible inverter and battery system can provide backup first, with solar panels added later if the equipment, warranties and original system design allow for expansion.
Potentially, but whole-home expectations require careful assessment of high-demand appliances, simultaneous usage, phase configuration, inverter capacity, battery size and budget. Many households begin by prioritising essential loads.
KYN Energy currently serves Cape Town and selected areas across the Western Cape. Service availability should be confirmed when the enquiry is submitted.
START YOUR HOME ASSESSMENT