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T-Star 350: Industrial IoT Gateway for Microgrids, DERs & Real-Time Energy Management

SkySpark Distributed Architecture Node — High-performance edge device for microgrids, VPPs, and grid-responsive control.

T-Star 350 industrial IoT gateway — front panel showing Ethernet, RS-485, and LTE connections for microgrid and DER deployments
  • Dual SIM LTE Cat 4 Modem with WiFi
  • 2 Ethernet ports
  • 2 DB9 ports (RS-232 / RS-485 / RS-422)
  • 4 digital inputs and 4 digital outputs
  • 2 USB Type-A + 1 USB Type-C
  • TPM 2.0 and Secure Boot
  • CE / FCC / PTCRB certified

What Is the T-Star 350?

The T-Star 350 is an industrial IoT gateway designed for the demands of modern energy infrastructure. Built as a SkySpark Distributed Architecture Node, it connects microgrids, distributed energy resources (DERs), and virtual power plants (VPPs) to your energy management platform — delivering real-time data, analytics-ready connectivity, and edge computing power at the grid edge.

Whether you are managing commercial solar-plus-storage systems, demand response assets, battery energy storage systems (BESS), or EV charging infrastructure, the T-Star 350 provides the reliable, secure, and certified industrial IoT gateway your operations need. For lighter commercial energy monitoring, see the T-Star 245.

Built for Microgrids, DERs & Virtual Power Plants

The T-Star 350 was purpose-built for the complexity of modern distributed energy. It supports Modbus RTU, Modbus TCP, BACnet, DNP3, and other industrial protocols common in energy storage systems, solar inverters, generators, and load controllers. Its dual-SIM cellular connectivity ensures that remote sites — from rooftop installations to utility-scale microgrids — maintain a continuous connection to your central Energy Analyst platform.

As a SkySpark edge node, the T-Star 350 can run local analytics and control logic directly at the site — reducing latency, lowering bandwidth costs, and maintaining grid-responsive control even during cloud connectivity interruptions.

Supported protocols:

Modbus RTU Modbus TCP BACnet/IP DNP3 RS-485 RS-232 RS-422 LTE Cat 4 Wi-Fi Project Haystack

Real-Time Energy Management at the Grid Edge

Paired with Intellastar's Energy Analyst platform, the T-Star 350 turns raw site data into real-time insights: peak demand tracking, interval meter reading, DER state-of-charge monitoring, and automated grid-responsive dispatch. It is the hardware layer that makes your energy intelligence strategy possible.

With support for Project Haystack semantic tagging and on-board dashboards, the T-Star 350 transforms operational data into actionable insights — whether you manage a single microgrid or a distributed portfolio of DER assets.

Key Features

  • Industrial IoT gateway for microgrids, DERs, and VPPs
  • Dual SIM LTE Cat 4 with Wi-Fi failover
  • Modbus RTU/TCP, BACnet/IP, and DNP3 support
  • 4 digital inputs + 4 digital outputs for grid-responsive control
  • TPM 2.0 hardware security and Secure Boot
  • Project Haystack data modeling and SkySpark edge analytics
  • Automated demand response and real-time energy management
  • CE, FCC, and PTCRB certified

Security & Certifications

Deploying an industrial IoT gateway in critical energy infrastructure requires hardware you can trust. The T-Star 350 includes TPM 2.0 for hardware-backed key storage and cryptographic integrity, and Secure Boot to prevent unauthorized firmware from running. CE, FCC, and PTCRB certifications ensure compliant deployment across the US and EU.

Resources & Insights

Explore the Intellastar blog for guides, case studies, and practical insights on microgrid management, grid-edge technology, and the T-Star platform.

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