ZESCO Confident of Exceeding 1,000MW Solar Energy Target

LUSAKA – ZESCO Limited, Zambia's national electricity utility, has declared its unwavering confidence in not only meeting but significantly exceeding the presidential directive to generate 1,000 megawatts (MW) of solar energy across the country by the close of 2026. This ambitious target underscores the nation's strategic pivot towards renewable energy sources, a move necessitated by persistent power deficits and the vulnerabilities of its predominantly hydro-dependent energy grid to climate change. Speaking on the utility's strategic roadmap, ZESCO Director of Planning and Projects, F. (name withheld as per source truncation), highlighted the robust planning and implementation mechanisms already in motion. "We are not just aiming to meet the 1,000MW target; our projections indicate that we are well on track to surpass it," the director stated, emphasizing the utility's commitment to ensuring energy security for Zambia. This initiative is seen as a cornerstone of President Hakainde Hichilema's administration's broader economic agenda, which prioritizes stable and affordable energy as a catalyst for industrial growth and improved livelihoods. Zambia has historically relied heavily on hydroelectric power, with major installations like Kariba North Bank and Kafue Gorge supplying the bulk of its electricity. However, recurrent droughts, exacerbated by changing weather patterns, have frequently led to critically low water levels in these dams, resulting in severe load shedding that cripples businesses and inconveniences households. The aggressive push for solar energy is a direct response to these challenges, aiming to create a more resilient and diversified energy portfolio less susceptible to climatic fluctuations. To achieve this monumental feat, ZESCO is engaging in a multi-pronged approach, including fostering public-private partnerships, attracting foreign direct investment in the renewable energy sector, and leveraging technological advancements in solar photov