A network study in Latin America showing how advanced power flow control and Dynamic Line Rating can work together to increase usable grid capacity.
The study analyzed how advanced power flow control and Dynamic Line Rating can work together to increase grid capacity in Latin America under 2024 scenarios.
The current grid infrastructure is under increasing pressure from rising electricity demand, new generation, and widespread electrification. Meeting these needs requires new hardware, software, and services that provide greater real-time flexibility and responsiveness.
This study analyzed the combined capabilities of SmartValve, an advanced power flow control solution, and SUMO, a software-enabled Dynamic Line Rating solution, under 2024 scenarios in Latin America.
The results show the value of using both technologies together. SmartValve helps resolve grid bottlenecks by controlling power flows, while SUMO identifies additional thermal headroom based on real operating conditions.
SmartValve injects voltage to adjust power flow, helping redirect flows away from overloaded lines.
SUMO helps identify additional capacity by using real operating conditions rather than static line limits.
The study demonstrates how combining controllable power flow management with dynamic ratings can create stronger outcomes than either technology alone.
SmartValve is an advanced power flow control solution that helps resolve grid bottlenecks by injecting voltage to adjust power flow across the network.
SUMO is a software-enabled Dynamic Line Rating solution that can be implemented quickly, at low cost, and tailored to specific network needs.
The study shows how pairing advanced power flow control with Dynamic Line Rating can help operators increase usable capacity, reduce congestion, and improve network flexibility.
Combining SmartValve and SUMO unlocked additional capacity across the studied network scenarios.
SmartValve redirects flows away from constrained assets, improving use of the wider transmission network.
The study identified annual cost savings of $25 million through the combined approach.
The technologies work together to give operators more flexible options for managing changing grid conditions.
The case study highlights how the combined deployment of SmartValve and SUMO can deliver meaningful capacity gains across different network scenarios.
The combined use of SmartValve and SUMO unlocked 150 MW of additional capacity in one modeled scenario.
In a second scenario, the combined solution unlocked more than 300 MW of additional capacity.
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