Uploaded July 2026 | Updated September 2026, 3 weeks ago
As power systems become increasingly dynamic, grid operators need new ways to balance changing generation and demand in real time. Multi-Terminal DC (MTDC) networks provide exactly that flexibility.
Unlike traditional transmission systems, where power follows a predetermined path, MTDC enables operators to actively control and redirect power flows across multiple routes, ensuring electricity reaches the areas where it is needed most, when it is needed most.
Powered by DC AxoniQ™ Control, MTDC networks deliver advanced system-level coordination, allowing operators to:
• Dynamically manage power flows across the DC grid
• Respond rapidly to changing grid conditions
• Reduce congestion and transmission bottlenecks
• Optimize utilization of transmission assets
• Integrate growing shares of renewable energy more efficiently
• Improve operational flexibility and grid reliability
By enabling real-time control and coordinated operation of complex DC networks, DC AxoniQ™ Control forms the foundation for a more flexible, resilient and efficient power system.
Learn more about Hitachi Energy's DC AxoniQ™ portfolio. hitachienergy.com/axoniq
#HVDC #MTDC #AxoniQ #DCAxoniQControl #PowerTransmission #EnergyTransition #PowerSystems #GridFlexibility #RenewableEnergy #FutureGrid #GridEnSure #HitachiEnergy
As power systems become increasingly dynamic, grid operators need new ways to balance changing generation and demand in real time. Multi-Terminal DC (MTDC) networks provide exactly that flexibility.
Unlike traditional transmission systems, where power follows a predetermined path, MTDC enables operators to actively control and redirect power flows across multiple routes, ensuring electricity reaches the areas where it is needed most, when it is needed most.
Powered by DC AxoniQ™ Control, MTDC networks deliver advanced system-level coordination, allowing operators to:
• Dynamically manage power flows across the DC grid
• Respond rapidly to changing grid conditions
• Reduce congestion and transmission bottlenecks
• Optimize utilization of transmission assets
• Integrate growing shares of renewable energy more efficiently
• Improve operational flexibility and grid reliability
By enabling real-time control and coordinated operation of complex DC networks, DC AxoniQ™ Control forms the foundation for a more flexible, resilient and efficient power system.
Learn more about Hitachi Energy's DC AxoniQ™ portfolio. hitachienergy.com/axoniq
#HVDC #MTDC #AxoniQ #DCAxoniQControl #PowerTransmission #EnergyTransition #PowerSystems #GridFlexibility #RenewableEnergy #FutureGrid #GridEnSure #HitachiEnergy
