Energy storage ushered in grid reform

Are outdated grid systems a bottleneck for the energy transition?

Outdated grid systems are a bottleneck for the energy transition, wasting billions annually. In four European markets alone, BloombergNEF estimates nearly 2.2 terawatts of wind, solar and battery storage capacity are waiting to be connected.

Why do we need a faster energy grid?

Passing on those benefits faster is a political, economic and social imperative. The solutions are clear: we need to move much faster to grow the grid, use the most modern technologies to make them flexible and affordable, dramatically increase energy storage, and reform rules that penalize planning for the future.

Why do we need a modern energy grid?

Modernized grids ensure that energy supply keeps pace with demand, leveraging distributed energy resources like rooftop solar and community batteries. These systems reduce reliance on fossil fuels during peak periods, lower energy costs and improve reliability.

Why do we need a flexible energy grid?

The shift to a flexible, modern grid is not just about meeting energy demands – it is a strategic investment in economic growth, climate resilience and global equity. By leveraging technologies that enhance grid flexibility, nations can unlock the full potential of renewable energy, stabilize costs and build a more sustainable future.

How does grid flexibility affect energy costs?

Grid flexibility directly translates into lower energy costs for consumers. By optimizing the use of existing infrastructure and reducing curtailments, modern grids stabilize electricity prices. For example, the introduction of capacity-based tariffs in Belgium resulted in an 8.3% improvement in grid efficiency.

Should we invest in flexible grids?

The case for investing in flexible, modern grids to deliver on those goals has never been stronger. Grid flexibility maximizes renewable energy integration, stabilizes energy costs, drives economic growth, and guards against the risks of climate-related disruptions.