Co-generation type micro-grid economy coordination and optimization dispatching method

Abstract

The invention discloses a co-generation type micro-grid economy coordination and optimization dispatching method. A co-generation type micro-grid system comprising a wind turbine generator, a photovoltaic cell, a micro gas turbine, a fuel gas boiler, a storage cell and a thermoelectricity load is constructed, and then on the basis of predicting wind power, photovoltaic power and the thermoelectricity load in the future day (24 hours), a multi-objective optimization dispatching model for co-generation micro-grid economy coordination is constructed and can take the operating cost and the thermoelectricity coordination cost of the co-generation type micro-grid system into comprehensive consideration; moreover, a step-size control original pairing interior point method is used for solving. The co-generation type micro-grid economy coordination and optimization dispatching method can improve the comprehensive economy of co-generation type micro-grid system operation, and has certain significance in guiding energy management of a co-generation micro-grid containing renewable energy sources.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes how it helps optimize the allocation of resources between different types of systems such as electricity generation (wind/photons) solar panels or gases combustion engines. By utilizing these technologies, the company's economy will be improved while also reducing its operational expenses. Overall, this innovative approach improves efficiency and reduces environmental impact on both companies involved in generating electrical output from their sources.

Problems solved by technology

This patented describes how it helps save fuel by generating more useful thermal or electrical energy from excessive use of fossil fuels for producing clean-burned gasoline while reducing costs associated with traditional methods like burning coal at high temperatures. Additionally, this technology allows for better control over both temperature and humidity levels during startup phases when supplying warm air into buildings without causing condensations on surfaces due to low outside atmospheric pressure conditions. Overall, these improvements help make building materials run smoother faster and less expensive than older systems.

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