328 Days Without Load Shedding: Why Now Is the Best Time to Install a Home EV Charger in South Africa

South Africa has not experienced load shedding for 328 consecutive days, with Eskom’s Energy Availability Factor sitting above 65%.
That milestone, reached in mid-April 2026, is the longest uninterrupted stretch of grid stability this country has seen in years — and it arrives at exactly the same moment that
the inland diesel price has hit a record high of R26.11 per litre
, making the economic case for home EV charging more compelling than it has ever been. If you have been sitting on the fence about installing a home charger — or about buying an EV at all — this is your window. Grid confidence up, fuel prices through the roof, and the payback period on a home charger now shorter than a lease cycle on a Polo Vivo.

None of this happened overnight. The Eskom turnaround has been grinding away for over a year, unit by unit, maintenance cycle by maintenance cycle. And the fuel price shock is structural, not a blip.
Following the United States’ initiation of war against Iran in late February, retaliatory strikes by Iran and the closure of the Strait of Hormuz sent global oil prices soaring past $100 a barrel, while investors pulled out of riskier markets, hammering the rand.
That double whammy — crude oil price and a weak rand — is the same mechanism that sets our pump prices every month. It does not resolve quickly.

Put those two realities together — a stabilising grid and a fuel price crisis — and what you get is the strongest argument for home EV charging infrastructure that South Africa has ever seen. Calculate your fuel savings during the R26/L diesel crisis and you will see what we mean. The numbers are stark. Let’s unpack exactly what is happening and why it matters for your driveway.

The Dark Days We Would Rather Forget

Cast your mind back to 2023. Stage 6 load shedding. Up to 12 hours without power a day. Alarm clocks set for 3 AM so you could charge your laptop before the grid went dark again. It was the single biggest psychological barrier to EV adoption this country has ever faced. “What if I can’t charge overnight?” was the question every EV salesperson dreaded. And honestly, it was a fair question.

That hesitation killed momentum at a critical time. While global EV sales were accelerating and new models were landing in South Africa — BYD, Volvo, BMW, Haval — buyers with a genuine interest in going electric kept stalling. The conversation about running costs and environmental benefits was constantly derailed by a single, practical anxiety: grid reliability.

But here is the thing. That conversation has fundamentally changed in the last twelve months. And the data backs it up.

Eskom’s Turnaround: What the Numbers Actually Say

The 300-day milestone was achieved at midnight on 12 March 2026, reflecting improvements in the performance and reliability of Eskom’s generation fleet under the Generation Recovery Plan.
By 10 April, that counter had ticked to 328 days — and it is still running.
Only 26 hours of load shedding have been recorded in the entire April–May 2025 period of this financial year.
That is less load shedding than most suburbs experienced in a single bad week in 2023.

Eskom’s Energy Availability Factor stands consistently above 65%, currently at 65.85% for the financial year to date (1 April 2025 to 12 March 2026), demonstrating the sustained progress in Eskom’s turnaround strategy.

The generation fleet has also achieved or exceeded the 70% EAF milestone on 83 separate occasions over this timeframe.
That 70% target used to be aspirational. Now it is something the fleet hits on a near-weekly basis.

The unplanned outages figure is perhaps the most telling statistic of all.
A 53% decrease in average unplanned outages has been recorded — between 6 and 12 March 2026, average unplanned outages stood at 7,224MW, a notable improvement from the 15,382MW experienced during the same week last year.
Half the chaos, half the risk. And diesel — previously Eskom’s expensive emergency crutch — is barely being used.
Diesel expenditure for the financial year to date is R8.58 billion lower than during the same period last year, a 57.35% reduction year on year.

53% fewer unplanned outages year-on-year. Half the chaos, half the risk to overnight charging.

Eskom published the Summer Outlook on 5 September 2025, covering the period 1 September 2025 to 31 March 2026, projecting no load shedding due to sustained improvements in plant performance from the Generation Recovery Plan.
That projection held. The entire summer passed without a single Stage. And
with Kusile Power Station now reaching full capacity at 4,800MW, President Ramaphosa confirmed that this has significantly contributed to addressing the energy crisis.
Add in Koeberg Unit 1’s return to full capacity at 941MW and you have a materially different grid to the one that traumatised motorists just two years ago.

Load Reduction vs Load Shedding: Don’t Confuse the Two

Before we go further, there is an important distinction worth making — because social media constantly muddles it. If you live in parts of Gauteng, Limpopo, or Mpumalanga and you are still experiencing outages, you are not experiencing load shedding. You are experiencing load reduction.

Load shedding is a planned, national intervention where electricity supply is cut in stages to prevent the collapse of the grid when demand exceeds supply. Load reduction involves targeted and often unannounced power cuts in specific areas, usually those affected by illegal connections, infrastructure strain, or non-payment. These outages are not classified as load shedding but still result in communities being left without power.

It is a real problem for the communities affected, and Eskom is rolling out smart meters to address it. But it is not a national grid collapse. For the overwhelming majority of South African EV owners in formal suburban areas — your Randpark Ridges, your Stellenbosches, your Umhlanga — the overnight charging window has been reliable and consistent for nearly a year. That is the context that matters for home charger installation decisions.

The Fuel Price Crisis: This Is Not a Blip

While Eskom was quietly rebuilding reliability, the petrol station forecourt became something approaching a crime scene.
From midnight on 1 April 2026, the petrol price rose R3.06 a litre to R23.25, while the inland diesel price hit R26.11 — a record high.
The cause is no mystery:
the average Brent Crude oil price increased from $69.08 to $93.67 per barrel during the period under review, due to the continued tension between the US and Iran, which has affected crude oil supply, especially through the Strait of Hormuz.

Here is where it gets worse.
The Minister of Finance proposed that the general fuel levy is temporarily reduced by R3 per litre from 1 April 2026 to 5 May 2026.
That relief expires in 16 days from today.
Treasury said this relief measure, which costs the government around R6 billion per month, will be re-evaluated on a monthly basis.
There is no guarantee it gets extended. And without it, pump prices would be considerably higher than what you are already paying.

The worst-case May forecast?
While R40 diesel could be a worst-case scenario, the price increase for May is likely to be less severe if the Middle East ceasefire holds and international oil prices remain below $100 per barrel.

Assuming the levy relief is extended and the ceasefire holds, South Africa’s diesel prices at a retail level are likely to average around R33 to R35 in May.
That is not comfort. That is still catastrophic for businesses and motorists running diesel vehicles.

South Africa moves over 80% of its freight by road, and because diesel is the lifeblood of the logistics industry, a massive hike means transport companies have a choice: absorb the cost or pass it on.
They will pass it on. Which means food prices, delivery costs, and everything that moves on a truck gets more expensive. The fuel price crisis is structural. It will filter through to everything.

If you are comparing EVs or PHEVs against petrol and diesel alternatives right now, our full running cost breakdown for South Africa puts the numbers side by side in a way that might make you want to trade in immediately.

The Home Charging Economics: What Does It Actually Cost?

Let us put some real numbers on the table. A VW Polo Vivo — South Africa’s best-selling passenger car — consumes roughly 6.5L per 100km. At R23.25 per litre for 93 ULP, that is approximately R151 per 100km. A Toyota Hilux on diesel at R26.11 per litre and 10L/100km is sitting at R261 per 100km at wholesale, likely more at the pump. These are staggering running costs for everyday transportation.

Now compare that to a typical EV — say a BYD Atto 3 or Volvo EX30 — consuming around 16-18kWh per 100km. On Cape Town’s off-peak tariff of approximately R1.89/kWh during midnight to 6 AM, that works out to roughly R30-34 per 100km. Even on a standard tariff of around R3.18/kWh, you are looking at R51-57 per 100km. Against R151-261 per 100km on fossil fuel, the maths is not even close anymore.

R30-34 per 100km to charge a BYD Atto 3 overnight in Cape Town. R261 per 100km for a Hilux on diesel. The gap has never been wider.

Run 15,000km per year — conservative for a daily commuter — and you are looking at annual fuel savings in the range of R20,000-R25,000 compared to a petrol vehicle, and potentially more if you are coming off a diesel bakkie. A quality home wallbox charger with installation typically runs R8,000 to R15,000 depending on your setup. You do the payback period maths. It is under 12 months at current fuel prices.

Ready to see your specific numbers? Use our EV savings calculator — plug in your vehicle, your municipality’s tariff, and your annual kilometres to get a personalised savings figure.

Why Midnight to 6 AM Is Your Best Friend

Here is the smart play for any EV owner in South Africa right now, and it applies whether you are in Cape Town, Johannesburg, or Durban. Off-peak overnight charging — roughly midnight to 6 AM depending on your municipality’s time-of-use tariff — delivers two simultaneous benefits that compound each other beautifully.

First, the cost angle. Municipalities like the City of Cape Town offer significantly lower tariffs during off-peak hours, dropping to around R1.89/kWh in the small hours. That compares to R3.18/kWh or more at peak times. If you are charging a 60kWh battery from empty, the difference between peak and off-peak charging is meaningful — we are talking R75 or more per full charge, potentially R1,500+ per year in electricity cost savings on charging alone.

Second — and this is the part that matters most for the load shedding anxiety question —
peak hours of 5 to 9 AM and 5 to 9 PM are when electricity demand is highest
and where the grid is under most pressure. Midnight to 6 AM is the opposite: the grid’s quietest, most stable period. Industrial demand is minimal. The system is running at its most comfortable. Scheduling your charger to run overnight is not just about saving money — it is actively choosing the grid’s strongest window. Set your car to charge at midnight and forget about it.

The Comparison: EV Home Charging vs Petrol at the Pump

The Installation Window: Act Before the Fuel Levy Relief Runs Out

Here is the brutal timeline reality.
The temporary reduction in the general fuel levy of R3.00 per litre runs from 1 April to 5 May 2026.
After 5 May, unless Treasury announces an extension, every South African motorist faces another step-up in fuel costs. The window to lock in maximum EV savings before the next shock is right now.

A home charger installation typically takes one to two weeks from quote to energised wallbox, depending on your municipality’s connection requirements and your home’s existing electrical infrastructure. A 32A dedicated circuit from your DB board to a weatherproof outdoor mounting point on your garage wall — that’s the standard setup. Most suburban homes handle it without major rewiring. Body corporates in sectional title complexes need a bit more coordination, but it is absolutely doable.

Eskom has entered 2026 with a markedly stronger and more stable power system than in the previous five years, supporting the country’s return to work and continued economic activity.
The grid is not perfect and it would be dishonest to claim load shedding is gone forever. Eskom’s own leadership has said that consistently. But 328 days of clean supply — longer than any uninterrupted period since before 2022 — is a genuine foundation of confidence on which to make an infrastructure investment. And with fuel prices where they are, waiting is costing you money every single day.

Get a free home charger installation quote while the grid is stable — our network of certified installers covers Cape Town, Johannesburg, Pretoria, Durban, and the major metros: get your quote here.

And if you are out and about or planning a road trip, make sure you know where your nearest public DC fast charger is. South Africa’s charging network has expanded significantly in the past 12 months. Check the live charging map for real-time availability across the country.

FAQ

Is load shedding really over in South Africa?

Eskom’s leadership has cautioned against complacency, noting that several aging coal-fired units remain at risk of unplanned outages. Load shedding, they emphasise, has been paused — not resolved.
But 328 consecutive days without load shedding is the longest uninterrupted period since before the 2022-2024 crisis, and the underlying data — EAF above 65%, unplanned outages down 53% — shows genuine structural improvement, not a lucky streak.

What if load shedding comes back while I own an EV?

Even in a worst-case return to load shedding, most EV owners would manage the same way petrol car owners managed — by planning ahead and timing charging sessions. During the entire 2022-2024 crisis, load shedding schedules were published in advance. A fully charged battery on a modern EV — typically 300km to 500km of range — gives you several days of commuting before a charging session is even necessary. Many EV owners also pair their home charger with a solar PV system and battery backup, which eliminates grid dependency entirely for most daily driving needs.

When is the best time to charge my EV at home to avoid grid pressure?

Peak hours of 5 to 9 AM and 5 to 9 PM are when electricity demand is highest
, making these the periods to avoid. Set your car or charger to start at midnight and finish by 5 AM. This gives you the grid’s quietest window, the cheapest municipal tariff in most metros, and a full battery for the morning commute. Most modern EVs and wallbox chargers have built-in scheduling via app.

How much does a home EV charger installation cost in South Africa?

A quality wallbox charger with professional installation typically costs between R8,000 and R15,000 for a standard suburban installation. Variables include the distance from your DB board, whether a new dedicated circuit is required, and your specific municipality’s connection requirements. Sectional title units in a body corporate may require additional approval processes but are increasingly supported by Eskom and municipal bylaws. Get a free installation quote to get an accurate number for your specific property.

What is the payback period on a home charger with current fuel prices?

At R26.11/L diesel or R23.25/L petrol and overnight off-peak electricity tariffs of approximately R1.89/kWh, the annual fuel saving for a driver covering 15,000km per year is in the range of R18,000 to R35,000 depending on the comparison vehicle. Against a charger installation cost of R8,000 to R15,000, the payback period is well under 12 months at current fuel prices. Even on petrol comparison figures, most EV owners recover the installation cost within the first year of ownership. Use our savings calculator to model your specific scenario.

What is the difference between load shedding and load reduction?

Load shedding is a planned, national intervention where electricity supply is cut in stages to prevent the collapse of the grid when demand exceeds supply. Load reduction involves targeted and often unannounced power cuts in specific areas, usually those affected by illegal connections, infrastructure strain, or non-payment.
South Africa has had zero load shedding for 328 days. Load reduction continues in specific areas of Gauteng, Limpopo, and Mpumalanga, but this is a localised infrastructure problem, not a national grid failure.

Will the fuel levy relief be extended beyond 5 May 2026?

There is the matter of Treasury’s temporary R3 reduction in the General Fuel Levy, which it has hinted may be under review for extension.
But this is not guaranteed, and
OUTA has emphasised that the cut in the fuel levy is “a temporary fix, not a solution.”
Regardless of whether it is extended, the underlying crude oil price pressure from the Middle East conflict means petrol and diesel prices are structurally elevated. EV economics are not dependent on whether the levy relief continues — they work at any fuel price above roughly R15/L.