Smart Meter, Huawei OLIFE ENERGY
The Smart Meter OLIFE ENERGY is an advanced monitoring and control device for electric vehicle charging stations. It tracks energy consumption of the building or dedicated circuit in real time, optimizing energy distribution to the OlifeEnergy charging station. This device adjusts the charging power to prevent circuit overloads and allows for vehicle charging using only surplus energy from photovoltaic systems, enhancing cost efficiency and minimizing environmental impact.
The Smart Meter OLIFE ENERGY is the perfect solution for efficient energy management in electric vehicle charging infrastructures. This innovative system not only measures energy consumption in real time but also adjusts the charging power of the OlifeEnergy station, ensuring optimal energy distribution without exceeding maximum consumption limits.
Using advanced communication protocols like Modbus RTU, the Smart Meter OLIFE ENERGY facilitates integration with external control systems. This enables efficient coordination, thereby avoiding penalties for exceeding energy consumption limits and stabilizing the entire system to prevent blackouts.
The device supports a rated voltage of AC 230/400 V and a rated current of 125 A, making it compatible with various charging infrastructures from private homes to small businesses or corporate electric vehicle fleets. With its ability to operate on renewable energy sources and to communicate both wirelessly via LoRa and through wired RJ45 connections, the Smart Meter OLIFE ENERGY is highly versatile and adaptable to various installation environments and needs.
- Real-Time Monitoring: Provides accurate and up-to-date information on energy consumption and availability, allowing for efficient resource management.
- Charging Optimization: Automatically adjusts charging power to prevent circuit overload and reduce the risk of unexpected interruptions.
- Broad Compatibility: Works with OlifeEnergy charging stations, efficiently managing one or two charging points.
- Energy Source Flexibility: Enables charging solely from surplus energy generated by photovoltaic systems, optimizing the use of green energy.
- Diverse Communication Control: Incorporates advanced communication protocols, including Modbus RTU and both wireless and wired connections, for maximum adaptability.
- Penalty Prevention: Works with external control systems to ensure compliance with consumption limits and to avoid costly penalties.
- Easy Installation and Maintenance: Practical design with phase voltage terminal blocks and communication connections simplifies the installation and maintenance process.
- Enhanced Security: Ensures a stable and secure energy distribution, contributing to the prevention of power interruptions and the protection of the charging infrastructure.
