South Africa’s loadshedding crisis has entered a very different phase, Cape {town} Etc reports.
The country has gone more than a year without scheduled loadshedding, with Eskom reporting on 14 August 2026 that the power system had reached 455 consecutive days without loadshedding.
But the disappearance of regular power cuts is not the result of one single change, according to a Facebook post shared by Break The Silence About South Africa.
The latest figures point to a combination of improved Eskom generation performance, lower electricity demand and the rapid growth of private solar generation.
The result is a national electricity system that looks very different from the one South Africans became accustomed to during the height of the energy crisis.
Eskom’s power stations are performing better
According to the post, Eskom’s latest figures show that the utility’s generation fleet has made measurable gains.
On 14 August, Eskom reported that its year-to-date Energy Availability Factor had reached 67.55%, its highest level in six years.
The utility also reported that unplanned outages had nearly halved compared with the same period a year earlier.
Eskom attributed the improvement to its continued focus on operational performance and the implementation of its Generation Recovery Plan.
This is an important part of the explanation for why the country has been able to maintain electricity supply without returning to scheduled loadshedding.
The improvement is not simply about electricity demand falling. Eskom’s generation performance has also strengthened.
Electricity demand has changed
At the same time, South Africa is not drawing the same amount of electricity from the grid that it did several years ago, the post explained.
Analysis of electricity demand data has pointed to a substantial decline in average demand compared with previous years.
This means Eskom does not have to supply the same level of demand that placed the system under extreme pressure during the worst periods of loadshedding.
The lower demand is linked to several factors, including the growth of private electricity generation and weaker demand from some electricity-intensive parts of the economy.
Recent analysis also found that South Africa’s lower electricity demand, together with rising rooftop solar generation, has helped Eskom maintain supply without load-shedding.
Rooftop solar has changed the electricity landscape
The post further identified that one of the biggest changes since the loadshedding crisis intensified has been the rapid expansion of private solar generation.
Homes and businesses have installed rooftop photovoltaic systems, with much of this electricity being generated behind the meter rather than supplied directly by Eskom.
Research published on South Africa’s electricity system has identified the growth of behind-the-meter rooftop solar as one of the factors that helped reduce pressure on Eskom’s grid.
The growth has continued.
An analysis published in February 2026 estimated that South Africa’s cumulative solar capacity had likely exceeded 10GW by the end of 2025, based on figures from the South African Photovoltaic Industry Association.
That represents a major change from the electricity landscape South Africa had before the rooftop solar boom.
Private generation means less dependence on the grid
When a household or business generates electricity through its own solar system, that electricity can reduce the amount it needs to draw from the national grid.
This has become particularly significant during periods when solar generation is available.
The growth of rooftop solar therefore forms part of the explanation for the reduction in grid demand.
It is also why the country’s electricity situation cannot be assessed by looking at Eskom’s power stations alone.
There is now a much larger amount of privately generated electricity operating alongside the traditional electricity system.
The economy is also affecting electricity demand
The reduction in electricity demand is not entirely the result of consumers installing solar.
Economic activity also influences how much electricity is required.
Energy-intensive industries such as mining and manufacturing are major electricity users, meaning changes in their activity can affect overall electricity demand.
Recent reporting on South Africa’s electricity system has linked weak demand and high electricity tariffs to concerns about economic activity and Eskom’s revenue.
This means that lower demand should not automatically be interpreted as evidence that South Africa’s electricity needs have disappeared.
It is a combination of changes in how electricity is generated, how much electricity is purchased from Eskom and how much power is being consumed by different parts of the economy.
Loadshedding is gone, but power interruptions still exist
The end of scheduled loadshedding does not mean that every part of South Africa’s electricity network is operating without interruptions.
Eskom continues to distinguish between national loadshedding and load reduction in areas where local electricity networks are under pressure.
On 14 August, Eskom reported that the number of customers affected by load reduction had fallen to 6.8%, with the Eastern Cape becoming the seventh province removed from the load-reduction schedule.
This is different from the national rotational loadshedding that became a defining feature of South Africa’s electricity crisis.
The distinction is important because individual communities can still experience power interruptions even while the country remains without scheduled loadshedding.
The picture has changed on both sides of the electricity equation
South Africa’s current electricity situation is therefore being shaped by changes on both sides of the equation.
On the supply side, Eskom’s generation fleet has become more reliable, with the utility reporting its strongest year-to-date Energy Availability Factor in six years.
On the demand side, electricity consumption from the national grid has declined, while private solar generation has expanded significantly.
Together, these changes have reduced the pressure that previously pushed the national system towards scheduled power cuts.
What happens next?
The latest figures show that South Africa’s electricity system is currently in a much stronger position than it was during the height of loadshedding.
Eskom’s improved plant performance is a significant part of that change, while lower grid demand and the rapid expansion of rooftop solar have also altered the amount of electricity required from the national system.
For now, the numbers tell a clear story: South Africa’s electricity landscape has changed significantly since the worst years of loadshedding.
The country is no longer relying on Eskom alone to meet the same level of demand it once faced, while Eskom itself is reporting stronger generation performance.
That combination has helped keep scheduled loadshedding off the country’s power system for more than a year.
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