自主研发电动汽车充电站OCPP服务器和OCPP栈

U. Sreekumar, A. Anand Deshpande, B. Abhijit Mulay, G. Parag Mengaji
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引用次数: 0

摘要

论文介绍了“ARAI自主开发的电动汽车充电站OCPP服务器和OCPP栈”的相关工作。目前,由于没有后端通信,印度面临着定位、监控和控制位于不同地点的充电器的挑战。我们正在经历常规发电的短缺和电力供应的波动,因为在高峰时段负荷很大。为了克服这个问题,所有的充电器都需要有后端通信,以便在电网中可用电力的情况下控制和监测充电器的最大充电速率。开放式充电点协议(OCPP)是一种通信协议,它帮助电动汽车充电站与中央服务器通信,并更新充电细节以及位置、总消耗单位等信息。该协议还有助于服务器远程监控和控制位于该国偏远地区的电动汽车充电站。ARAI自主开发了用于汽车行业的OCPP服务器,用于测试和验证电动汽车充电器和服务器的OCPP合规性。ARAI服务器和栈支持最新版本的OCPP 2.0。
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ARAI Indigenously Developed OCPP Server and OCPP Stack for EV Charging Station
Paper contains the work done on “ARAI indigenously developed OCPP server and OCPP stack for EV Charging station”. At present, India faces the challenge to locate, monitor and control the chargers situated at different locations, as there is no backend communication. We are experiencing shortage of conventionally generated power and fluctuation in the availability of power due to heavy load during the peak hours. To overcome this, all the chargers need to have backend communication so that the maximum charging rate of the chargers upon the availability of power in the grid can be controlled and monitored. OPEN Charge Point Protocol (OCPP) is a communication protocol that help the EV charging station to communicate with the central server and update the charging details along with the information like location the total unit consumed etc. The protocol also helps the Server to remotely monitor and control the EV charging station located even at remote location of the country. ARAI have indigenously developed OCPP server for the automotive industry which is being utilized to test and validate the OCPP compliance of the EV charger and server. ARAI server and stack supports the most recent version OCPP 2.0.
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