South Africa Targets End Of Load Reduction With Smart Meters And Grid Upgrades By 2026

South Africa is taking strong steps to end “load reduction” across the country by the end of 2026. Load reduction is often confused with load shedding, but the two are different. Load reduction happens when electricity is intentionally cut in certain areas where the local grid is under too much pressure. This pressure is usually caused by illegal connections, meter tampering, or old infrastructure. These problems can lead to transformer failures, leaving communities without power for long periods.

The government has now started a focused plan to solve this issue. The Minister of Electricity and Energy, Dr. Kgosientsho Ramokgopa, shared that the Load Reduction Elimination Programme is already underway. The plan aims to improve electricity supply for about 1.69 million customers who are affected by these local outages. So far, good progress has been made, with 151 electricity feeders restored. This has already helped nearly 200,000 households that were facing regular disruptions.

One of the key steps in this programme is the installation of smart meters. More than 380,000 smart meters have already been installed across the country. These devices play an important role in managing electricity use. Instead of cutting power to entire areas during high demand, the system can limit how much electricity each household uses. This helps reduce pressure on transformers while allowing people to still have access to power. The government plans to install over 500,000 smart meters in areas where load reduction is common.

The government is also addressing the issue of affordability. Many illegal connections happen because people cannot afford to pay for electricity. To solve this, efforts are being made to register more low-income households for Free Basic Electricity. By making electricity more affordable, the government hopes people will shift to legal connections, which will reduce damage to the grid.

In addition, the plan includes setting up 250 distributed energy systems, such as microgrids, over the next five years. These systems will provide local power supply and reduce the load on the main grid, especially in high-demand or remote areas.

The government believes that ending load reduction is the final step toward ensuring stable electricity for all citizens. The success of this plan will depend on better technology, improved infrastructure, and cooperation from communities.