Real-time energy control approach for smart home energy management system

  • Zhou S
  • Wu Z
  • Li J
 et al. 
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Abstract

This article investigates a real-time energy control approach for a home energy management system, including the electric water heater, air conditioner, clothes dryer, electric vehicle, photovoltaic cell, critical loads, and battery system. A demand response mechanism is proposed to enable households to participate in demand response services. Half-hour-ahead rolling optimization and a real-time control strategy are combined to achieve household economic benefits and ability to deal with complex operating environments. A fuzzy logic controller is utilized to determine battery charging/ discharging power; proper rules are proposed to ensure benefits from operating the battery under the real-time electricity price. The simulation test results indicate that the proposed control approach can optimize the schedule for home appliances and battery charging/ discharging behavior, even if the forecasted information is not accurate. A physical test platform has also been established and tested in the lab to support the operation of the whole system. © 2014 Copyright Taylor and Francis Group, LLC.

Author-supplied keywords

  • demand response
  • fuzzy logic controller
  • home energy management system
  • real-time control strategy
  • rolling optimization
  • smart grid

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Authors

  • S Zhou

  • Z Wu

  • J Li

  • X.-P. Zhang

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