Why Load Shedding Disappeared From Cape Town in 2026

Ask anyone who lived in Cape Town between 2019 and 2024 and they can still recite their load shedding stage off the top of their head. The blackout schedule dictated when you cooked, when you worked, when the traffic lights failed and when the Wi-Fi died. In 2026, that schedule is simply gone. The City of Cape Town's own status feed has read Stage 0, suspended on every day we have recorded this year, and the national grid has gone quiet with it.

This is a genuine change worth understanding rather than a lull to be taken for granted. The recovery is real, it is measurable, and it has identifiable causes. It is also, on the numbers, not yet unconditional. This piece lays out what the data shows, why the cuts stopped, and what would have to hold for them to stay gone.

Where the grid stands right now

As of early July 2026, the City of Cape Town reported the power system as stable and load shedding suspended. The rolling five-day outlook shows no cuts scheduled on any day.

The record we have just left

To see how unusual 2026 is, it helps to look at the years behind it. The Council for Scientific and Industrial Research (CSIR) has tracked the energy lost to load shedding since it began in earnest, measured in gigawatt-hours, one gigawatt-hour being roughly the daily electricity use of a small town. The trend is a mountain with a very steep far side.

The shape tells the story. Load shedding built slowly from 2020, roughly doubled in 2022, then doubled again to its 2023 peak of around 16,000 gigawatt-hours across 332 days, a year in which cuts of Stage 4 and above became routine. Then the line falls off a cliff. The national total dropped to 4,126 GWh in 2024, fell a further 82 percent into the first half of 2025, and by 2026 the schedule had emptied out entirely.

Cape Town in 2026: a flat line

Our own monitoring tells the local version of the same story, and it is about as dramatic as a flat line can be. Every daily record we have captured for Cape Town in 2026, from February onward, shows the same three values: maximum stage 0, minimum stage 0, hours of cuts 0.0. There is no week that was quietly bad, no stage that crept back in over a cold snap. The schedule has not moved.

Why the blackouts stopped

No single switch was thrown. The recovery is the sum of several trends that happened to line up, and the CSIR's power-sector statistics point to four in particular.

1. Eskom's power stations broke down less often

The core measure of the fleet's health is the energy availability factor, the share of Eskom's capacity actually available to generate. It sank below 55 percent at the worst of the crisis. By the first half of 2025 it had climbed back to an annual average of 58 percent, up from 57 percent a year earlier. Part of that came from simply running less planned maintenance at the wrong moments, and part from fewer unplanned breakdowns as long-delayed repairs took hold.

2. New capacity came online

Fresh supply was added from outside Eskom's ageing coal fleet: independent producers brought on wind and concentrated solar power, and the grid added roughly 720 megawatts of installed capacity in the first half of 2025 alone. Each increment does not sound large on its own, but removing the last gigawatt or two of shortfall is exactly what separates a Stage 2 evening from a Stage 0 one.

3. Rooftop solar quietly reshaped demand

Through the worst years, households and businesses that could afford it fitted their own solar panels and batteries at scale. That private generation does not show up as an Eskom power station, but it lightens the load the grid has to carry, especially in the middle of the day. Combined with a softer economy, it helped push national peak demand down by about 3 percent year on year, shrinking the gap the utility had to fill.

4. Demand eased

Lower demand is a double-edged cause. Some of it reflects efficiency and self-generation, which is healthy; some of it reflects weak economic growth, which is not. Either way, a grid that has to serve less peak load has more room before it needs to shed any.

The Cape Town factor

Cape Town residents often felt load shedding a notch less severely than the rest of the country, and that was not an accident. The City runs the Steenbras pumped-storage scheme in the mountains above Gordon's Bay, which it can call on at peak times to shield residents, frequently keeping the city one stage below the national level during the crisis years. Steenbras cannot manufacture electricity out of nothing, but it buys the city hours at the margin, which at the lower stages is often the difference between a cut and none.

On top of that buffer, the City has pursued its own supply: buying power from independent producers, and paying households and businesses that feed excess solar back into the municipal grid. None of this made Cape Town immune during the bad years. What it did was give the city a head start, so that as the national grid recovered, Cape Town was among the first places where the schedule fell silent.

Is it over for good?

This is where caution is due, and where a careful reading of the same data that brings the good news also sets the limits on it. An energy availability factor of 58 percent is a recovery from catastrophe, not a picture of health: it still means over 40 percent of Eskom's fleet is unavailable at any given time. The improvement leans partly on softer demand, which can rebound if the economy strengthens, and partly on maintenance choices that have to keep being made well.

For now, though, the record is what it is. After a decade in which the blackout schedule was a fixed feature of life in Cape Town, and after a 2023 that shed more energy than any year before it, the city has gone a full year with the lights on. That is worth stating plainly, and worth watching to see whether it holds.

Sources & method

Cape Town status and 2026 record. Live stage and the five-day outlook come from the City of Cape Town's public load shedding status feed, captured daily by our own tracker. The 2026 figures are the aggregate of those daily records: every logged day this year shows Stage 0 and zero hours of active load shedding.

National energy-shed figures. Annual gigawatt-hours shed and the energy availability factor are from the Council for Scientific and Industrial Research (CSIR) power-sector statistics, with earlier-year totals as reported in the CSIR's published updates. The 2024 total is 4,126 GWh; the first half of 2025 is 749 GWh, an 82 percent fall on the year before. Figures for 2021 to 2023 are rounded to the nearest thousand gigawatt-hours as published.