South Korea Projects 7-11% Rise in 2040 Electricity Consumption and Peak Demand
Translated from Korean, summarized and contextualized by DistantNews.
TLDR
- South Korea's electricity consumption and peak demand are projected to be 7-11% higher in 2040 than previously estimated under the 11th electricity supply and demand plan.
- The 12th electricity supply and demand basic plan anticipates electricity consumption to reach 657.6-694.1 TWh and peak demand to hit 131.8-138.2 GW in 2040.
- These revised forecasts are crucial for determining future power generation capacity and grid infrastructure, influenced by factors like AI data centers, semiconductor complexes, and electrification.
South Korea's energy landscape is poised for significant shifts, with projections indicating a substantial increase in both electricity consumption and peak demand by 2040. The Ministry of Environment and Climate and the committee overseeing the 12th Electricity Supply and Demand Basic Plan have released preliminary figures that revise upward previous estimates. This adjustment underscores the dynamic nature of the nation's energy needs, driven by rapid technological advancements and industrial expansion.
The revised forecasts, placing electricity consumption between 657.6 and 694.1 TWh and peak demand between 131.8 and 138.2 GW in 2040, are more than just numbers; they are foundational to national energy policy. These projections will directly influence decisions regarding the scale of power generation facilities and the necessary expansion of the transmission grid. The burgeoning demand from AI data centers, the establishment of new semiconductor industrial complexes, and the broader trend toward electrification are key factors necessitating these updated outlooks.
As South Korea navigates this evolving energy terrain, the Ministry of Environment and Climate and the Electricity Supply and Demand Basic Plan Committee are committed to a thorough review process. This includes re-evaluating demand forecasts based on self-generated renewable energy plans, ensuring alignment with supply strategies, analyzing regional demand patterns in conjunction with grid planning, and incorporating feedback from public consultations. This meticulous approach is vital for formulating a robust and sustainable energy strategy that meets the nation's future requirements.
Originally published by Hankyoreh in Korean. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.