Bidirectionally chargeable electric vehicles (EVs) can provide flexibility through smart charging and discharging. The aim of this dissertation is therefore to quantify the resulting added value for both the user and the energy system. For this purpose, different use cases are modeled from the user's perspective and the most important factors influencing the revenue potentials are evaluated. In contrast, the systemic added value of bidirectionally chargeable EVs under cost-optimal penetration rates in the future European energy system is highlighted.
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Bidirectionally chargeable electric vehicles (EVs) can provide flexibility through smart charging and discharging. The aim of this dissertation is therefore to quantify the resulting added value for both the user and the energy system. For this purpose, different use cases are modeled from the user's perspective and the most important factors influencing the revenue potentials are evaluated. In contrast, the systemic added value of bidirectionally chargeable EVs under cost-optimal penetration ra...
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