Technologies
Energy storage systems come in many forms, leveraging different technology types. A class of electrochemical storage, lithium-ion batteries have established themselves as the industry standard.
But there are many new technologies vying for their market share.
Sodium-ion batteries are widely considered a sustainable and resource-saving answer to future energy storage, while flow batteries offer a viable alternative in long-duration storage applications.
However, the path to commercialization is not a straightforward one.
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Stationary, moving, flexible: Batteries are the low-cost backbone of the future energy system
While it is known that batteries are indispensable for the future energy system dominated by solar PV, they are still seen as a bottleneck technology mostly related to raw material supply. Sodium-ion batteries can resolve this issue. Batteries are more than a stationary storage technology, also with bright prospects for vehicle-to-grid (V2G) and smart charging of electric vehicles within a broad flexibility technology portfolio.
German startup offers AI platform to accelerate battery storage engineering
German startup Morreon has developed an AI-based platform to streamline engineering, design optimization, tendering, and project scheduling for battery storage and other energy infrastructure projects. The system automates data processing and layout planning while maintaining human oversight, with further integration of cost calculations and construction management planned.
Wireless bipolar electrodes raise zinc-air battery power by 80%, may apply to other chemistries too
Researchers in Spain and Argentina have developed a zinc-air battery architecture that increases power output by up to 80% by reducing internal resistance without changing the device’s core chemistry.
Indian startup claims over 1,500 cycles for sodium-ion cell with Prussian white cathode
Indian startup Macsen Energy claims its Prussian white-based sodium-ion battery cell has exceeded 1,500 charge-discharge cycles in laboratory testing, retaining 90% of its initial capacity after 1,000 cycles. The company also plans to build a cathode material production facility and battery cell pilot line, with construction set to begin in 2027.
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Silbat silicon batteries guarantee uninterrupted power supply for 14 days
The silicon batteries developed by the Spanish startup Silbat are spearheading the Research and Analysis of Long-Duration Energy Storage for Operational Resilience in Critical Military Infrastructures (ARMIC) project, covering Technology Readiness Levels (TRL) 7 to 8.
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World’s fastest supercomputers probing future of sodium-ion batteries
Japanese researchers used supercomputer simulations to reveal how sodium ions form clusters and move within hard carbon anodes, identifying nanopore sizes and transition regions that control diffusion and rate performance in sodium-ion batteries. Their findings offer design guidelines for optimizing hard-carbon anodes to improve energy density, cycling, and commercialization prospects.
Comparing safety profiles of lithium-ion, sodium-ion and solid-state batteries
New research finds that battery safety rankings are not universal but highly dependent on application scenarios, and shows that LFP batteries can emit high levels of hydrogen fluoride, challenging their reputation as the “safest” chemistry.
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Energy Vault locks in 1.5 GWh of Peak Energy’s sodium-ion batteries for AI data centers
The companies will co-develop a full-stack storage platform – combining Peak Energy’s sodium-ion batteries with Energy Vault’s proprietary digital stack -dedicated to the Swiss company's AI infrastructure portfolio.
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