Lights flicker when you turn on the AC? You might be using the wrong Inverter!

1. Turn on the air conditioner — lights dim or power trips
2. Fridge starts — inverter alarms or shuts down
3. Use lights, TV, fan, and cooker together — voltage drops, devices get damaged

These aren’t just “voltage problems” — the real issue is your inverter isn’t the right one for the job.

A Cheaper Inverter Isn’t Always a Better Choice
To save money, many users install low-power or poor-quality inverters in their solar setups. But once high-power appliances (like air conditioners or fridges) are added, the system:
- Overloads
- Crashes or restarts
- Fails to power the appliances properly

Why? Because appliances like ACs and fridges have high surge current when starting — often 2 to 5 times their normal running power.
Low-quality or underpowered inverters simply can’t handle the load.

✅ How to Avoid These Problems?

       Choose the right inverter size:
  - A 1 HP AC requires at least a 5kW pure sine wave inverter
  - If running multiple heavy loads, go for ≥8kW or even 10kW models

       Pick an inverter with strong surge power:
  - Good-quality inverters can handle 2–3× rated surge with ease

       Ensure your battery setup can support the load:
  - Batteries with poor discharge capacity can also cause inverter drop-outs

Real-World Example
A user in Zambia installed a 5kW inverter to power a home with an AC, fridge, TV, and kettle. Every time the AC turned on, the inverter tripped.
After upgrading to an SVC 11kW inverter with a 10kWh battery, the system ran smoothly — even powering the AC all night long.

Why Choose SVC Hybrid Inverters?
✅ High surge capacity — powers AC, fridges, pumps without issues
✅ Intelligent load detection — protects appliances
✅ Stable voltage output — no more flickering lights
✅ Wide power range (3kW–10kW) — for every household size
✅ Built for Africa — heat-resistant, durable, and generator/solar-ready

Don’t Let the Wrong Inverter Ruin Your Power Experience.
If your lights go out when the AC starts, it’s not always a lack of power —
it’s probably the wrong inverter.