access icon free Extended multi-energy demand response scheme for industrial integrated energy system

© The Institution of Engineering and Technology
Received 22/04/2017, Accepted 17/04/2018, Revised 09/02/2018, Published 25/04/2018

With the development of energy internet technology and smart power distribution & utilisation technology, multiparty interaction based on the complementarity of multi-energy demand has become an alternative solution to avoiding power shortage and improving comprehensive energy efficiency. The industrial integrated energy system with CCHP (combined cooling heating and power) as a generation source of heating and cooling energy is studied. Based on the traditional electrical demand response (DR) mechanism, the demand for electricity, heating and cooling is incorporated in the scope of generalised demand side resources. Considering the difference on price, demand and supply characteristics of multiple energy resources, the multi-energy-based DR scheme and the corresponding optimisation model are established to minimise dispatching expenses and improve the interaction between electricity companies, CCHP and industrial consumers. The numerical analysis shows that the proposed scheme could effectively engage CCHPs and consumers in multi-energy interaction, and the overall expenses can be significantly reduced.

Inspec keywords: energy conservation; Internet; cogeneration; optimisation

Other keywords: extended multienergy demand response scheme; multiple energy resources; electrical demand response mechanism; energy efficiency; smart power distribution; industrial integrated energy system

Subjects: Optimisation techniques; Thermal power stations and plants; Energy conservation

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