Solar Energy Management & Edge Connectivity
Overview
A solar plant runs inverters, string monitors, and battery controllers that need a live link to the energy-management platform. An edge router at the site processes local data and backhauls it over cellular, so generation and storage are monitored and controlled remotely without laying fibre to the array.
Challenges
- Solar arrays sit on remote land with no fixed connection
- Inverters and controllers speak industrial protocols, not plain IP
- Generation and battery data must reach the management platform continuously
- A dropped link hides faults that cut yield
Benefits
- Edge processing and cellular backhaul at the array
- Continuous inverter, string, and battery telemetry
- Remote monitoring and control without civil works
- Fast fault visibility to protect generation yield
Recommended Products
RUTC50
- Network
- 5G · Dual SIM +2
- Ports
- 5× Gigabit Ethernet
- Features
- WiFi 6 · GNSS +1
- Protection
- IP30
Routers
- 5G - Ultra-high cellular speeds of up to 3.4 Gbps
- ENHANCED PROCESSING - 1GB RAM and 8GB flash for edge computing applications
Teltonika Networks
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RUTX50
- Network
- 5G · Dual SIM +2
- Ports
- 5× Gigabit Ethernet
- Features
- WiFi 5 · GNSS +1
- Protection
- IP30
Routers
- 5G - Ultra-high cellular speeds of up to 3.3 Gbps
- DUAL SIM - With auto failover, backup WAN and other switching scenarios
- SA & NSA - Supports both architectures to leverage the 5G infrastructure
Teltonika Networks
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RUT956
- Network
- LTE Cat-4 · Dual SIM +2
- Ports
- 4× Fast Ethernet · RS-232 +1
- Features
- WiFi 4 · GNSS +1
- Protection
- IP30
- Ex
- Class I Div 2 · Zone 2
Routers
- CONNECTIVITY - 4G LTE (Cat 4), 3G, 2G
- DUAL SIM - With auto failover, backup WAN and other switching scenarios
- MULTIPLE INTERFACES - Ethernet, Serial (RS232, RS485) and multiple Inputs/Outputs
Teltonika Networks
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