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Power Transmission

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There are Answers to Future Grid Resilience

The rise of renewable generation and decentralized systems has made components such as transformers and battery energy storage systems (BESS) critical to grid stability and resilience.

Transformers: From Backbone to Bottleneck

Aging grids and rising demand are putting increasing pressures on transformers. 

“We’re seeing limited grid capacity from DSOs in our projects. That’s why we’re now building our own substations. Sourcing power transformers is essential”, says a leading solar project developer.

Demand has surged, resulting in extended lead times. Many developers are adjusting procurement strategies, broadening supplier networks, and prioritizing delivery timelines over price.

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Battery Storage: Economic Drive, System Challenges

Battery energy storage systems are rapidly being deployed due to falling costs and attractive returns from energy price arbitrage. The pace of battery projects is impressive. Developers are accelerating approvals, driven by short payback periods. 

However, not all systems support the grid effectively. Many operate based on market signals rather than grid needs, potentially increasing stress in already constrained areas.

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Industry Response: Scaling Manufacturing

Digitalization - using digital twins, automation, and data integration - enables on-time delivery and high quality. 

Manufacturers such as JST Power are expanding transformer and BESS production through digitalized factories to meet the growing need for reliable supply. With global digital manufacturing sites, they can deliver in less than twelve months.

Outlook: Technology alone is not enough

Future grid resilience also requires clear regulatory frameworks that ensure storage not only delivers investor returns but also contributes meaningfully to system stability.

Find out more about JST Power at www.jstpower.com