Peaking Power Generation: Presented at the Winter Annual Meeting of the American Society of Mechanical Engineers, Chicago, Illinois, November 16-21, 1980E. S. Miliaras |
Contents
Air Storage System Energy Transfer Asset Plants for Peaking | 1 |
Energy Storage for PEPCO The Economic Feasibility of Compressed Air and Underground Pumped | 7 |
The Use of Compound Engines in Compressed Air Energy Storage | 15 |
Copyright | |
4 other sections not shown
Common terms and phrases
Air Energy Storage air storage ambient analysis annual application aquifer ASSET bearings BOILER CAES plant capacity capital cost cavern charging compared Component Compressed Air Energy compressor concept construction consumption conventional demand developed direct discharge district heating economic Efficiency electric energy cost energy storage engine escalation estimated evaluation expansion extraction facility feedwater Figure flow fuel gas turbines Heat Rate heater Huntorf included increased indicated input installation levelized load lower LP turbine magnetic Main Maximum million nuclear operating output peaking PEPCO percent performance periods planning presented pressure produced psia PUMP ratio reduced reference reservoir retrofit rock rotor salt shows steam STEEL Storage System stored supply Table tank temperature thermal energy Thermal Storage tion turbine system underground unit Utility System valve