ZHOU Ji-bo1, QIN Yuan2, SUN Zhang-wei21.Mid-south China Electric Power Design Institute. ANALYSIS OF ALGEBRAIC MODE FOR THERMAL ECONOMICS IN DISTRIBUTED ENERGY STATIONS[J]. Thermal power generation, 2007, (6): 29-32.
DOI:
ZHOU Ji-bo1, QIN Yuan2, SUN Zhang-wei21.Mid-south China Electric Power Design Institute. ANALYSIS OF ALGEBRAIC MODE FOR THERMAL ECONOMICS IN DISTRIBUTED ENERGY STATIONS[J]. Thermal power generation, 2007, (6): 29-32. DOI: 10.19666/j.rlfd.2007.06.007.
ANALYSIS OF ALGEBRAIC MODE FOR THERMAL ECONOMICS IN DISTRIBUTED ENERGY STATIONS
The distributed energy station is a comprehensive energy facility which provides with electric power
steam
hot water
and air conditioner’s freezing water in a limited area by using heat-cool-electricity triple cogeneration technology
the advantages of its high efficiency and low pollution are more widely being emphasized. To determine the price of three products from the energy station of triple cogeneration
analysis method of algebraic mode in thermal economics is used. Taking the exergy flow as a valuating object
and introducing the principle of apportion according to the energy level
the cost equation as well as general analysis and computation model for acounting method in thermal economics have been established
and the distributed energy station being analysed and calculated. A comparison of the calculated result with that of traditional products' equavalent value method has been carried out
it is proved that the method of apportion according to energy level can be used as a foundamental basis to fix the price of heat