Building energy system comprehensive demand response optimization method considering energy use comfort

Abstract

The invention discloses a building energy system comprehensive demand response optimization method considering energy use comfort, and the method comprises: obtaining the composition and configurationparameters of energy supply, energy storage and electric equipment in a building energy system according to the selected building energy system; based on the building energy system configuration parameters and various equipment states at a certain moment, establishing a building energy system comprehensive demand response optimization decision model considering the energy use comfort; based on the building energy system comprehensive demand response optimization decision model considering the energy use comfort level, establishing a mixed integer linear programming model and calling a corresponding solver for solving; and outputting the solved operation result. In the embodiment of the invention, a building operator is helped to better participate in market competition after knowing own comprehensive demand response resources and characteristics.

Description

technical field [0001] The invention relates to the technical field of comprehensive response evaluation, in particular to a comprehensive demand response optimization method for building energy systems that takes energy comfort into account. Background technique [0002] At present, under the background of comprehensive energy utilization, the comprehensive energy system of buildings including combined cooling, heating and power units is developing rapidly. As the smallest application unit, the building energy system has the characteristics of various energy supply forms and flexible energy conversion, which not only greatly improves the level of comprehensive energy utilization, but also further strengthens the interaction ability. It is a potential, high-quality response resource with considerable capacity, which can Take advantage of its advantages in energy costs, response performance, and geographical location to participate in the electricity market and benefit from i...

AI Technical Summary

Problems solved by technology

As the smallest application unit, the building energy system has the characteristics of various energy supply forms and flexible energy conversion, which not only greatly improves the level of comprehensive energy utilization, but also further strengthens the interaction ability. It is a potential, high-quality response resource with considerable capacity, which can Take advantage of its advantages in energy cost, response performance and geographical location to participate in the electricity market and benefit from it, but trading profits cannot be separated from the support of comprehensive demand response strategies

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