End-to-end DLR Solution
Ampacimon’s Dynamic Rating: the world's most trusted and widely used dynamic line rating system
Developed for global electric grids, ADR solution boosts conductor capacity, reduces congestion costs, and seamlessly integrates renewable energy.
- Increase current carrying capacity to reduce congestion costs
- Facilitate seamless integration of renewable energy
- Deliver dynamic line ratings for real-time reliability and compliance
GridBoost Suite
Enhancing Global transmission capacity and compliance
Empower utilities globally with our Capacity Optimization suite - GridBoost Lite, GridBoost Advanced, and GridBoost DLR.
- Up to 40% increase in transmission capacity
- Reduce congestion costs for efficient grid operation
- Ensure compliance with FERC Order No 881 requirements
GridBoost Lite
Ambient Adjusted Rating
Outr cost-effective entry-level solution using ambient air temperature (AAR) and fixed wind speed for approximate line ratings.
This solution is ideal for utilities looking for a cost-effective way to increase their transmission capacity, reduce congestion costs and meet FERC regulation without relying on the use of sensors.
GridBoost Advanced
Wind + Ambient Adjusted Rating
Advanced solution utilizing AAR and variable wind speed data.
This provides a more accurate line rating and increases capacity gains, allowing utilities to further reduce congestion costs, without relying on the use of sensors.
GridBoost DLR
Dynamic Line Rating
Flagship product providing full dynamic line rating, employing hardware sensors like Sense and Sense D for highly accurate data. Ideal for utilities aiming to maximize capacity gains and eliminate congestion costs.
GridBoost DLR is ideal for utilities looking to maximize their capacity gains and eliminate congestion costs altogether.
Our GridBoost suite meets FERC881 compliance and beyond with:
GRID Optimization
Reliable measurements and enhanced renewable integration for safe and optimized grid operation
The patented sensing method of ADR Sense and ADR Sense D relies on low frequency mechanical vibrations to calculate the line sag.
- Uses low frequency vibrations caused by wind or thermal convection
- Establishes a direct relationship between vibration frequency and sag for precise measurements
- No calibration or conductor data needed for secure grid operation