EV charging and load-shedding: what every South African owner should know

It's the most common worry we hear from people thinking about going electric in South Africa: *what about load-shedding?* It's a fair question — but in practice it's far less of a problem than it sounds, because of one simple fact: your EV is a very large battery, and you only need power some of the time it's parked.

Your car is the buffer

A typical EV battery holds enough for many days of normal driving. You are charging from a high level back to full, not from empty — so a couple of hours without grid power overnight rarely matters. By the time you wake up, the power has usually cycled back on and topped you up.

Smart charging works around the schedule

• Schedule charging for off-peak hours when load-shedding is least likely and tariffs are cheaper. Most smart chargers and EVs let you set a daily window.
• Use your area’s schedule. Knowing your slots means you can plan around them — the car simply resumes when the power returns.
• Keep a healthy buffer. Charging to ~80% daily (better for the battery anyway) means you've always got margin if a slot runs long.

Solar and home batteries make it a non-issue

If you already have solar and a home battery — increasingly common in South Africa — load-shedding becomes almost irrelevant to your charging. You can charge from the sun during the day or from your battery bank, fully independent of the grid's mood. Even solar alone lets you soak up free daytime energy into the car.

The honest takeaway

Thousands of South Africans drive electric through load-shedding without thinking about it. Plan your charging window, keep a buffer, and lean on solar if you have it — and the stages become background noise rather than a barrier.