Trend Technological innovation pushes electricity demand up and down at the same time
Summary
Semiconductor and other advanced-industry investment, AI data centre expansion and electrification of transport, buildings and industry are structurally lifting Korean power demand. Yet the same wave of innovation also cuts the electricity needed per unit of service through better chips, leaner software, lighter AI models and more efficient cooling. Some of these savings are induced directly by policy, while others accumulate spontaneously as firms compete and chase lower costs. The author argues that future demand cannot be read as a simple chain from technology diffusion to higher consumption. Instead it should be understood as the net outcome of growth drivers and efficiency gains operating simultaneously, which is the problem the study sets out to address.
Classification
Evidence 1
- 국회미래연구원 국가 전력수요 예측시스템 진단과 고도화 방향 제언 국회미래연구원 no link — bibliographic entry pp. 4, 5 2026-06 accessed 2026-09-30
Observed signals 2
Part of issues 3
- IssueBalancing demand forecasts by decomposing technology-driven efficiency effects2 trends · 0 signals
- IssueStructural asymmetry: Korea's forecasts itemise demand growth but not market-driven efficiency2 trends · 1 signals
- IssueWhether the 11th Basic Plan's 16.3GW demand-management target delivers verifiable savings1 trends · 0 signals
Relation types: constitutes · supports
Public id: fm-5476c061e7ca
