Research on Energy Saving Operation and Scheduling Optimization of IES System Based on Uncertainty Theory
In response to the problems of energy waste and environmental pollution in the current traditional energy field,a study has proposed an optimization method for energy-saving operation scheduling of integrated energy systems based on uncertainty theory,which verifies the feasibility of the electric hydrogen integrated energy system.Three comparative schemes were set up in the experiment,and the results showed that scheme one had an investment amount of 799.28 million yuan and a carbon emission of 10×104 t.Option 2 takes into account the uncertainty of hydrogen load,resulting in a more detailed and accurate investment budget.It has stronger economic viability during the construction cy-cle,with an investment amount of 721.2 million yuan and a carbon emission of 10×104 t.The invest-ment amount for Plan 3 reaches 546.5 million yuan,and compared to Plan 2,the carbon emissions are smaller at 9.125 × 104 t.The experimental data shows that Scheme 3 has better economic efficiency and stronger energy conservation and emission reduction.The experimental results provide strong support for the application research of hydrogen energy.
万方数据
维普
