Voltage optimization for electric vehicle charging infrastructure
Voltage optimization for electric vehicle charging infrastructure
- New search for: YANG ANDREW
- New search for: YANG ANDREW
The disclosed embodiments include a system for regulating a voltage output of a transformer in response to voltage data received from a sensor. In an illustrative embodiment, a system includes a voltage sensor system configured to collect voltage data measurable between at least one transformer system and a battery charging system, the battery charging system being electrically coupleable to a charging device, and the charging device is configured to receive power from the at least one transformer system via the power cable; a transceiver configured to receive voltage data from the voltage sensor system and to transmit the voltage data to the at least one transformer system; and a voltage compensator configured to receive the voltage data from the transceiver and adjust a voltage output of the transformer system in response to the voltage data to reduce a voltage drop between the at least one transformer system and the battery charging system.
所公开的实施方案包括用于响应于从传感器接收到的电压数据而调节变压器的电压输出的系统。在例示性实施方案中，一种系统包括电压传感器系统，该电压传感器系统被配置为收集能够在至少一个变压器系统与电池充电系统之间测量的电压数据，该电池充电系统能够电耦合到充电设备，并且该充电设备被配置为经由电力电缆从至少一个变压器系统接收电力；收发器，该收发器被配置为从电压传感器系统接收电压数据，并且将电压数据传送到至少一个变压器系统；和电压补偿器，该电压补偿器被配置为从收发器接收电压数据，并且响应于电压数据而调节变压器系统的电压输出，以减小至少一个变压器系统与电池充电系统之间的电压降。
Document information
Voltage optimization for electric vehicle charging infrastructure
针对电动车辆充电基础设施的电压优化
2023-07-11
Patent
Electronic Resource
Chinese
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VOLTAGE OPTIMIZATION FOR ELECTRIC VEHICLE CHARGING INFRASTRUCTURE
| European Patent Office | 2023