Four developing Asian countries can achieve clean electricity systems by mid-century through customized national pathways. Energy transitions do not require governments to rely solely on constructing massive new power plants and expensive transmission lines. Instead, integrating energy efficiency with flexible power demand allows grids to balance electrical loads by shifting when and how much power consumers use.
When power systems curb excess consumption and schedule appliance operation away from peak hours, power plants burn less fossil fuel. This demand coordination functions like traffic lights smoothing rush-hour congestion across a crowded highway network. Grid operators avoid installing surplus generator units and battery banks that would otherwise stand idle during low-demand periods. By eliminating that unneeded capacity, electricity systems roughly halve the total land area required for energy installations.
The study authors built national models for Bangladesh and Thailand alongside literature evaluations for India and Indonesia. They calculated that demand flexibility reduces supply-side financial mobilization needs by 44 to 48 percent in Bangladesh and Thailand. The integrated pathway also lowers emissions by 21 to 40 percent and generates 7 to 33 percent more direct and indirect jobs.
Bangladesh, India, and Thailand can decarbonize by 2050, while Indonesia can achieve clean power by 2060. The strategy reduces annual supply-side investments below 2025 levels in Bangladesh and India, despite challenges from 227 gigawatts of recently added coal plants.