In today’s rapidly evolving energy industry, efficient communication between field devices and SCADA/EMS systems is more critical than ever. Solar farms, substations, and distributed energy resources (DERs) all depend on robust, real-time data exchange to ensure reliability, compliance, and operational efficiency.
Multiple solar arrays feed into inverters, which convert DC to AC and are then connected to SmartLoggers, Solar Cabinets, and Zero Export controllers. These components transmit essential performance and safety data to the central monitoring system, which is usually managed via a Gateway + VPN Router before reaching the SCADA/EMS platform.
Traditionally, this gateway layer has played the role of protocol translation, allowing field devices to communicate with supervisory control systems. However, this introduces several challenges:
This is where BLIIoT’s TCP/IP to IEC 60870-5-104 Protocol Gateway makes a difference. Instead of relying on a traditional gateway setup, our device directly converts inverter and field device data from TCP/IP into IEC 104 protocol. This ensures seamless interoperability with SCADA and EMS systems widely used in the power and energy industries.
IEC 60870-5-104 is one of the most widely adopted protocols for SCADA communication in substations and energy networks. By ensuring direct translation from TCP/IP to IEC 104, BLIIoT gateways allow utilities and energy operators to:
✅ Simplified Integration – No need for complex middleware or multiple gateways
✅ Future-Ready – Designed for renewable energy plants, substations, and microgrids
✅ Enhanced Reliability – Stable protocol conversion ensures uninterrupted data flow
✅ Scalability – Easily expandable as solar plants and DER projects grow
As the global energy industry continues its transition toward digitalization and smart grid deployment, ensuring communication compatibility is not just a convenience—it’s a necessity.
