ENERGY
BY SHINGAI SAMUDZI, CEO OF ASOBA
SOUTH AFRICA’ S LIGHTS ARE STAYING ON FOR A REASON. VIRTUAL POWER PLANTS, CHEAPER BATTERIES AND PRIVATE INVESTMENT HAVE TRANSFORMED EMERGENCY SOLAR INTO A COORDINATED SYSTEM RESHAPING THE NATIONAL GRID.
For the first time in more than a decade, South Africans are experiencing a year without load shedding. It is a milestone few thought possible, and one that has reshaped public confidence and business planning. But a natural question follows: Is the stability here to stay?
The answer lies in how South Africa’ s energy landscape has evolved after the crisis years. Major commercial and industrial users no longer wait for state-driven solutions. Instead, they are investing in independent power models that reduce pressure on the grid and increase resilience at site level. Solar, battery storage and hybrid systems have become standard features at mines, factories, logistics hubs and shopping centres. What was once an emergency measure to keep the lights on has now become a longterm energy strategy.
A key development is the rise of Virtual Power Plants( VPPs). These systems use AI and data analytics to link together multiple small energy sites – for example, hotels, warehouses or farms – and operate them as if they were one large power station. When energy demand spikes, the VPP can draw from stored power; when there is excess solar generation, it can push electricity back into the grid. The result is grid stability without having to build new mega-power plants.
Battery prices have also dropped, making storage more affordable for households and SMEs. In many parts of the country, a full rooftop solar and battery system already competes with traditional electricity costs. This shift has quietly turned thousands of users into“ producers”, rather than just consumers.
South Africa’ s policy environment has supported the change. Opening the market for private generation, approving grid-feed regulations and allowing self-generation projects above 100MW have encouraged investment from both local and foreign players.
These trends point to a more diversified and resilient energy mix. However, true long-term stability depends on expanding transmission infrastructure, integrating renewables more efficiently and ensuring municipalities are able to distribute power consistently. The grid was built for coal, not decentralised solar and storage; that transition is still in progress.
For now, the country has moved from crisis mode to a more balanced system with multiple supply sources. The challenge ahead is to maintain the momentum. If South Africa continues expanding renewables, enabling private sector participation and modernising the grid, a“ load-shedding-free” future can shift from an unexpected milestone to a permanent reality. IB
26 INBOUND SA / FEBRUARY 2026