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Reliable Charger Connectivity
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Remote Monitoring Ready
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Secure Communication
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Scalable for Multiple Sites
The Challenge
Remote locations with limited or inconsistent connectivity
Multiple devices such as inverters, meters, sensors and data loggers
Reliable and secure data transmission requirements
Need to reduce unnecessary site visits and troubleshooting time
Need for scalable connectivity across multiple sites
Solution Architecture
WHAT NEEDS TO BE CONNECTED?
Solar panels and inverters
Energy meters and sensors
Data loggers / IoT gateways
Industrial Ethernet switches
4G/5G, fiber or Ethernet connectivity
Cloud / SCADA monitoring platform
Central monitoring and operations
APPLICATION OVERVIEW
EV charging stations depend on communication between the charger, local network and the central charging management or backend platform. The connectivity architecture must suit the site, charger interfaces, network availability, number of chargers and operational requirements.
Candrin helps system integrators and EV infrastructure providers design and select the connectivity layer required to connect charging equipment reliably.
Key Benifits
Reliable communication between chargers and backend systems
Flexible wired and wireless connectivity options
Scalable architecture for multiple charging points
Remote monitoring and troubleshooting readiness
Secure connectivity options
Multi-brand technology choices
Application-based product recommendation
Technical support and BOQ review
