Ghana is once again plunged into thick darkness. The recent announcement by the Electricity Company of Ghana (ECG) of a month-long, daily eight-hour power outage across parts of Kumasi and the Ashanti Region is not just an inconvenience; it is entirely uncalled for and a glaring symptom of a deeper, systemic failure in utility management. To demand that citizens, businesses, and essential services forfeit electricity from 9:00 a.m. to 5:00 p.m. every single weekday for a month under the guise of an "upgrade project" is a failure of modern engineering standards and basic public accountability.
The official justification centers on the 161kV Anwomaso–Ahodwo transmission line upgrade, specifically the stringing of lines. Even before this announcement power rationing has been common for the past months when no stringing was been done. In modern power systems engineering, stringing lines should never cause prolonged, month-long daily blackouts. Stringing conductors is a routine, highly localized operation. While it requires brief, targeted outages to ensure safety when working over existing lines, it does not justify a blanket regional shutdown.
Well-resourced utilities globally utilize temporary bypass lines, and live-line maintenance techniques to keep power flowing. A shutdown indicates that we always fail to design the upgrade with a robust contingency framework in mind. It seems the utility does not care about making profit within this one month period. And truly is not a consideration because they know because of systemic challenges they dont make profit so they are better off not delivering power.
The prolonged nature of these outages points directly to deeper, systemic vulnerabilities within Ghana's energy sector that the authorities are hesitant to highlight. Denying people electricity during the peak hours of the day is a direct assault on the local economy. From small-scale artisans, cold-store operators, and barbers to large hospitals, universities, and corporate offices, the daytime economy relies entirely on stable power. Forcing businesses to run expensive diesel generators for eight hours a day in an already challenging economic climate will inevitably drive up operating costs, destroy perishable goods, and kill productivity. For ordinary households, a month of daily blackouts disrupts water supply, ruins food storage, and degrades the basic quality of life.
Beyond the physical lines, these outages reveal a much more alarming reality about the true state of Ghana's energy sector. The underlying issue is that national peak demand is rapidly closing in on our dependable capacity. Out of a total dependable capacity of 4,968 MW, Ghana has already hit a peak demand of 4,350 MW around April this year. How much generation capacity is actually available to meet demand today? Dependable capacity does not necessarily mean that all that capacity is available to generate electricity at any given time. Plant maintenance, forced outages, fuel constraints, operational limitations and other technical challenges can significantly reduce actual available generation.
This leaves an incredibly thin, dangerous margin of safety. As the nation is in the "ember" months and approaches the high-demand festive season, electricity consumption will inevitably spike. Relying on a strategic cover-up today by using transmission upgrades as a scapegoat for broader supply shortfalls will only expose the system to catastrophic failure in a few months. Furthermore, the state continues to view the mere procurement of fuel as a "smart move" to temporarily avoid immediate losses, rather than addressing the structural rot. Papering over cracks with short-term fuel purchases does nothing to fix a weak foundation. The fundamentals of Ghana's electricity sector are deeply flawed, and the entire system requires an urgent change
It is entirely wrong to normalize blackouts as an acceptable tradeoff for infrastructure development. Upgrading the grid is necessary, but doing so by bringing a region's daily life to a halt is unacceptable. It is time for Ghana's energy sector managers to adopt modern project management standards, prioritize the economic well-being of the citizens, and stop using routine engineering upgrades as an excuse for prolonged national disruption.
