Semantic LoRaWAN – Enabled Grid Monitoring Device
For the Electricity Distribution Sector
Advanced monitoring solution for electricity distribution networks using semantic LoRaWAN technology.
Currently at TRL 5 status with ongoing testing and validation.
Current Status
Status: TRL 5
5 transformers have been equipped with these devices.
Testing is ongoing to ensure performance and reliability.
Product Images
Technical Overview
The Semantic LoRaWAN – Enabled Grid Monitoring Device is designed specifically for the electricity distribution sector.
This advanced monitoring solution leverages semantic LoRaWAN technology to provide comprehensive grid monitoring capabilities.
Key Features
- Semantic LoRaWAN Technology: Advanced communication protocol for efficient data transmission
- Grid Monitoring: Comprehensive monitoring of electricity distribution networks
- Real-time Data: Continuous monitoring and data collection from transformers
- Scalable Solution: Designed for deployment across multiple transformer locations
- Reliability Focus: Ongoing testing to ensure optimal performance
- TRL 5 Status: Technology Readiness Level 5 – Component and/or breadboard validation in relevant environment
Deployment Status
Currently, 5 transformers have been successfully equipped with the Semantic LoRaWAN Grid Monitoring Devices.
The deployment represents a significant milestone in the development and validation of this technology.
Testing and Validation
Testing is ongoing to ensure performance and reliability across all deployed devices.
The validation process includes comprehensive testing of communication protocols, data accuracy,
and system reliability under various operational conditions.
Applications
- Electricity distribution network monitoring
- Transformer health monitoring and diagnostics
- Grid performance optimization
- Predictive maintenance for electrical infrastructure
- Real-time grid analytics and reporting
Technology Benefits
Semantic LoRaWAN Advantages
The use of semantic LoRaWAN technology provides several key advantages for grid monitoring applications:
- Efficient Data Transmission: Optimized communication protocols reduce bandwidth usage
- Long Range Communication: Extended coverage for remote transformer locations
- Low Power Consumption: Extended battery life for continuous monitoring
- Semantic Data Processing: Intelligent data interpretation and analysis
- Scalable Architecture: Easy expansion to additional monitoring points