Smart Grid Architecture for Comprehensive Dynamic Pricing for PHEVs
نویسندگان
چکیده
Plug-in Hybrid Electric Vehicles (PHEVs) are the vehicles that depend on energy from power grid. When such vehicles are deployed in large scale, there will be great demand for energy in peakhours. There will be different levels of usage based on time. Towards this end, optimizing the supplydemand and also pricing for PHEVs is very challenging problem to be addressed. Recently there was a solution named Distributed Dynamic Pricing (D2P). The solution was based on smart grid architecture in order to optimize the energy usage patterns exhibited by PHEVs. Foreign microgrid energy microgrid energy are two kinds of serviced rendered. The pricing is also different based on the vehicles are in the home place of roaming. The aim of the method was to have costeffective charging and discharging of power to PHEVs. In this paper we built a prototype application to demonstrate the proof of concept. The empirical results are encouraging. Index Terms – Smart grid, electric-grid, PHEV, dynamic pricing
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