In the wave of the electric vehicle (EV) revolution, we are facing an unprecedented challenge: how to build a powerful, flexible, and sustainable charging infrastructure?
Faced with this problem, Moxa combines solar energy and advanced battery energy storage technology to break through geographical limitations and bring an off-grid solution that can achieve 100% sustainable charging of electric vehicles.
Customer needs and challenges
After careful selection, the IPC equipment selected by the customer is durable and can continuously cope with the ever-changing challenges of the energy industry.
To complete the detailed analysis of solar and electric vehicle data, the data needs to be processed efficiently and transmitted to the cloud via 4G LTE. Rugged, easy-to-deploy computers are crucial in this process.
These computers are compatible with various connections and can seamlessly connect to Ethernet switches, LTE networks, CANbus, and RS-485. Ensuring long-term product support is a top priority, including hardware and software support.
【System Requirements】
◎ Unified IPC device with CAN port, serial port, I/O, LTE, and Wi-Fi functions, designed for seamless collection of EV charging data and secure cloud connection
◎ Industrial-grade rugged solution with stable performance and durability to withstand harsh environmental challenges
◎ Supports wide temperature operation to ensure reliable operation in different climates and locations
◎ Fast deployment through intuitive GUI, simplified development process, and fast data transmission from edge to cloud
Moxa Solution
Moxa UC-8200 series ARM architecture computers support LTE and CANBus, and are efficient and comprehensive solutions for a variety of application scenarios.
When used with Moxa ioLogik E1200, the integration model is further improved, relying on fewer key components for unified management.
Post time: Jan-10-2025