When the grid is off for hours and batteries run low, a reliable generator with a safe changeover keeps life moving. We install and integrate generators across Kwekwe so you can switch power cleanly and avoid back-feeding ZETDC.
We start by confirming what you actually need to run — lights, fridges, pumps, tills/POS, a few sockets — and separate heavy loads that should stay off. Then we size the generator correctly so it starts confidently and doesn’t stall.
We fit manual changeovers or ATS units at the DB with proper isolation and clear labelling. Everyone at home or work knows which position to use and when — simple, safe, and practical.
Kwekwe’s supply can spike on return, especially after long outages. We add surge protection, confirm earthing and bonding, and set neutral arrangements properly so appliances and the generator stay protected.
Already have a generator that trips breakers or “fights” with the inverter? We fault-find wiring, fix the changeover logic, and set a safe sequence so sources never back-feed each other.
We cover Kwekwe CBD, Mbizo, Chicago, Fitchlea, Goldridge, Msasa Park, Torwood, Amaveni, and Redcliff. Expect neat cabling, straightforward instructions, and a tidy DB handover.
FAQs
Manual changeover or ATS — which should I choose?
Manual is affordable and reliable for most homes and small shops. An ATS switches automatically when grid fails and back when it returns — ideal for clinics, lodges, and busy businesses. We’ll recommend based on your loads and budget.
How do you size the generator properly?
We total your running loads and add start-up surges for fridges, pumps, or compressors. Then we choose a kVA with headroom so voltage and frequency stay stable — fewer trips, better fuel use.
Will the changeover stop back-feeding into ZETDC?
Yes. We install a compliant changeover/ATS that physically isolates grid and generator so they can’t connect at the same time. We also set neutral/earth correctly so RCDs and protections work.
Can the generator charge my inverter batteries?
Yes — if wired and sized correctly. We configure limits so the inverter charges safely without overloading the generator. Labels explain which circuits sit on each source.
How do you protect appliances from spikes when power returns?
We fit DB-level surge protection and may add a short delay before switching back to grid. Proper earthing and bonding further reduce damage risk.
Do you handle noisy or unstable generators?
We check AVR/governor performance, advise on placement and exhaust, and set realistic load limits to keep output stable and the site safe.