Abstract :
GLOBALLY, POWER SECTORS HAVE ENTERED AN ERA of unprecedented optionality that transcends supply, transport, and demand. Renewables are increasingly penetrating power systems; greater efficiency in lighting has been achieved; manufacturing capability for energy storage technologies is expanding, smart grid technologies have evolved, and emissions technology has advanced; energy efficiency and demand response adoption rates are rising; and distributed resources are increasingly competing with central station supply even as central station technologies have themselves become more efficient and diverse. Today, the savvy prosumer has a choice between utility supply and self-supply or can opt for a combination of both. Just as important, innovative supply, transport, and demand options have led to an emerging array of complementary policy and regulatory approaches.
Keywords :
government policies; power system economics; power system planning; smart power grids; central station supply; complementary policy approach; complementary regulatory approach; demand response adoption rates; distributed resources; emissions technology; energy efficiency; energy storage technologies; future energy planning; lighting; manufacturing capability; power sectors; power systems; smart grid technologies; utility supply; Biological system modeling; Electricity supply indutry; Energy efficiency; Power distributoin; Power grids; Power markets; Power system planning; Production; Renewable energy sources; Technological innovation;