“EnLink” utilizes industrial-grade lightweight hardware equipped with powerful and versatile communication interfaces, including Modbus TCP/RTU and connectivity with sensors, smart circuit breakers, or energy storage devices. It standardizes the communication protocols for data collected from multiple endpoints and supports the 4G international standard communication protocol, enabling real-time uploads of energy-related information such as site energy consumption, grid power, and renewable energy output. Through the OCPP international standard communication protocol, it facilitates communication with various EV chargers. By integrating PV (photovoltaics) and ESS (energy storage systems), it achieves an automated energy management model for demand response and energy control in solar power generating, charging and storage scenarios.
“EnLink” utilizes industrial-grade lightweight hardware equipped with powerful and versatile communication interfaces, including Modbus TCP/RTU and connectivity with sensors, smart circuit breakers, or energy storage devices. It standardizes the communication protocols for data collected from multiple endpoints and supports the 4G international standard communication protocol, enabling real-time uploads of energy-related information such as site energy consumption, grid power, and renewable energy output. Through the OCPP international standard communication protocol, it facilitates communication with various EV chargers. By integrating PV (photovoltaics) and ESS (energy storage systems), it achieves an automated energy management model for demand response and energy control in solar power generating, charging and storage scenarios.