Cable Load Prediction System
Unitech Cable Load Prediction System (CLPS) is an advanced electrothermal load management system that estimates the true, real-time capacity of power cables. Unitech CLPS' unique calculation models achieves superior accuracy and allows for dynamic optimised power dispatching.
Designed for direct integration with power control and dispatch systems so you can plan and optimize operations by simulating future scenarios.
- Operate closer to safe thermal limits
- Increase transfer capacity using existing cables
- Reduce overheating risk with predictive control
Built for operators and developers who need accurate, data-driven control of cable loading and long-term reliability
Grid Operators & Utilities - Increase grid utilization and defer costly reinforcements
Wind Farm Owners & Operators - Maximize export during favorable weather windows
Cable Owners & Operators - Monitor and predict thermal conditions for safe operation
Project Developers - Simulate design scenarios to optimize cable layout and capacity
Limitations in Today's Cable Operations
Underutlized Capacity - Conservative static ratings limit cable use far below safe thermal capability.
Restricted flexibility - Cables cannot handle short-term overloads even when conditions permit.
Thermal risk - Uncertain temperature margins increase the chance of overheating and failure
Overspecification - Excess safety margins cause oversized, costly cables and inefficient use of assets.
How CLPS creates maeasureable value accross planning and operations
► Increased transmission capacity
Get more out of your existing assets by safely using the true spare capacity of your cables.
► Reduced risk
Avoid overheating and extend asset lifetime through predictive control of thermal load.
► Smarter decisions
Real-time and historical insights enable better operational planning and design optimization.
► Lower investment cost
Delay or avoid expensive reinforcements and use accurate data to design cost-effective cables.
What Makes CLPS Unique
- Bridges the gap between real-time monitoring and high-accuracy modeling
- Enables electrothermal load management with predictive capabilities
- Designed for direct integration with power control systems and dispatch operations
- Designed to adapt to existing infrastructure
- Proven track record
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