Demand Flexibility and Load Management as a Mitigation Accelerator

Electricity systems with high shares of variable renewable energy shift the central operational challenge from energy adequacy to temporal and spatial coordination. Demand flexibility (DF) and load management (LM) can substitute for fossil-based balancing, peak capacity, and congestion relief, yet their deployment remains uneven across jurisdictions. While load management is not new, the rapidly emerging renewable power paradigm, new cost competitive storage technologies (batteries), the need for decarbonization faster than renewables can scale, and the requirement of regional solutions when grids are constrained point to the importance of an up-to-date assessment of demand flexibility and load management as cornerstone of demand-side climate change mitigation. This project synthesizes recent empirical and conceptual work using an enabling framework linking resources, infrastructure, coordination architectures, regulation, behavior, and system outcomes. The project further identifies leverage points for moving DF/LM from pilots to dependable infrastructure.