#Grid management

Thomas Kiessling, CTO at Siemens Smart Infrastructure, believes local flexibility markets can transform grid management and speed up the shift to cleaner energy.

With utilities seeking better grid management, AMI 2.0 meters are the next big step in data-driven energy efficiency.

Modern, scalable grid operations expand distributed energy resource orchestration, improve forecasting, and optimize reliability.

Innovative solutions like dynamic lines, AI-driven monitoring, and battery storage are helping the U.S. power grid handle rising energy demands.

The predictive power mapping system developed by Alabama Power focuses more on data-driven insights to enhance grid operations rather than physical infrastructure like switchgear.

Siemens and Nordic technology company, Tietoevry, to extend existing partnership to accelerate digital transformation for grid operators.

As the U.S. continues its transition towards cleaner energy sources and a more resilient grid, utility spending is likely to remain high.

The creation of NESO represents a significant shift in how Britain’s electricity system is managed.

The grid is undergoing a significant transformation, driven by the need for greater resilience and reliability.

The evolution of circuit breakers has been driven by technological advancements and environmental concerns.

In the world of power systems, timing is everything.

Inverters can provide grid support functions, inject reactive power, and provide grid monitoring and control capabilities.

The partnership could extend the grid usage in the Netherlands by 10 to 30 percent.

A practical guide for technicians and engineers working in 33/11 kV substations.

GETs can help to increase the hosting capacity of the grid, allowing it to accommodate more renewable energy sources.

Grid connections remain the biggest barrier to renewables rollout.