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Solar and wind sources coupled with energy storage as well as V2G units are promising options while pursuing 100% renewable power targets. V2G units are currently gaining prominence as global attention is shifting towards clean electrical power generation. In today's energy studies, V2G offers a promising role in pursuing a global clean power initiative. The batteries of the V2G can be charged (or...
The contemporary distribution network is metamorphosing into a weak, stressed and vulnerable network. The strategy adopted to ameliorate this potential menace is shifting electricity supply away from today's centralized service model towards a more dispersed structure. Sequel to the non-centralized operational paradigm is the penetration of V2G at the nodes of the electric distribution network. A...
As environmental and economic forces drive the emergence of V2G into the power system, utility operators and planners are expected to be aware of the potential impact of V2G on the electric distribution system. The penetration of V2G into the electric power network will definitely affect its operational paradigm. This paper uses diversity factor technique to analyze the impact of V2G on distribution...
Vehicle-to-grid (V2G) units are gaining prominence and may dominate the auto-market in the near future. The V2G batteries require corporate parking lots for charging and discharging operations. The electric power capacity of an existing parking lot can be increased by the installation of photovoltaic (PV) rooftops. This paper describes mathematical models for estimating the electric power capacity...
As Vehicle-to-Grid (V2G) concept convenes strong interests among automakers, electric utility owners, and policy makers, it is critical to investigate the potential impacts of V2G on the electric distribution system. Such study, together with other benefits of V2G, may encourage utility support for V2G commercialization. This paper focuses on a pressing technical issue associated with the penetration...
The unpredictable nature of load demands at load centers will become more salient as V2G penetration increases. In this paper, the impact of V2G parking lots on substation power capacity and step voltage regulators (SVR) operations are inv estigated. A plethora of various operational scenarios are investigated with the aim to make credible and factual research-bas ed finding. IEEE 13 and IEEE 123...
Sharing power assets between transportation and power system is the focus of V2G that can create a compelling new economics. Projected V2G penetration levels across utility customers are a promising clue that V2G may dominate the market in the near future. This will herald evolution of V2G parking lots. This paper describes mathematical model for estimating the electric power capacity of a V2G parking...
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