Eskom Tackles Infrastructure Damage as Illegal Connections and Meter Tampering Persist Across South Africa

Eskom reports that meter tampering and unlawful connections continue to harm the grid, forcing temporary load reduction measures in high risk South African areas.

By: AXL Media

Published: Apr 4, 2026, 6:53 AM EDT

Source: The information in this article was sourced from Puleng Maake

System Stability Threatened by Localized Grid Interference

Eskom has issued a formal warning regarding the persistent impact of unauthorized electricity interventions on the national power network. Despite maintaining a generally stable energy supply across the country, the utility reports that unlawful connections and the widespread tampering of meters continue to inflict physical damage on essential infrastructure. According to Spokesperson Daphne Mokwena, these activities do not only lead to technical failures but also create significant safety hazards for both the public and Eskom technical personnel.

Strategic Implementation of Managed Load Reduction

To protect the integrity of the distribution network, Eskom continues to employ load reduction in specific high risk geographic zones. This strategy is described by the utility as a temporary but necessary measure to prevent total transformer failure in areas where demand consistently exceeds the designed capacity of the local grid. This localized management approach is separate from national load shedding, focusing instead on shielding vulnerable equipment from the thermal stress caused by excessive and unmonitored electrical loads.

The Roadmap Toward a Modernized Power Network

The utility has outlined a comprehensive phased transition intended to eliminate the need for load reduction by the year 2027. This ambitious infrastructure project targets 971 specific feeders and is expected to impact approximately 1.69 million customers on a national scale. By upgrading the delivery mechanisms of the grid, Eskom aims to create a more resilient system capable of handling modern demand profiles while reducing the opportunities for unauthorized access to the electrical supply.