ISA TRANSELCA is using SmartValve to unlock over 300 MW of firm capacity across five 220 kV circuits in Colombia’s Atlántico region.
The Atlántico region is expected to see major growth in wind and solar generation, creating new pressure on the transmission network.
With 1.5 GW of wind and solar generation already approved for connection, the Atlántico region in northern Colombia is set to experience substantial energy growth over the coming years.
This was forecast to cause overloads on multiple transmission circuits in the area, especially in N-1 or contingency scenarios as more generation is connected.
After evaluating multiple network options, the national planning agency, UPME, selected ISA TRANSELCA’s proposal to use SmartValve as the optimal solution. The project involved installing 21 SmartValves across five 220 kV circuits in 2024, unlocking over 300 MW of firm capacity.
UPME selected ISA TRANSELCA’s SmartValve proposal after evaluating multiple network options to address expected overloads.
The project enhances the network’s ability to accommodate new generation while maintaining reliable power flow.
The Atlántico project helps manage expected overloads across critical transmission circuits as new generation connects to the system.
The Atlántico project shows how advanced power flow control can help transmission owners respond to congestion and support new generation using existing infrastructure.
Increases usable capacity across constrained 220 kV transmission circuits.
Helps manage overload risks during contingency scenarios as new generation connects.
Offers a targeted solution compared with larger or more time-intensive network options.
Uses a compact, scalable deployment approach across existing grid infrastructure.
Access the full case study to learn how ISA TRANSELCA used SmartValve to unlock over 300 MW of firm capacity, strengthen reliability, and support generation growth.
See how grid-enhancing technologies are being deployed across different systems and regions.
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