Geometry Solves the Thick Battery Speed Trap
A 3D printed interlocking electrode kills dead zones. More storage, faster charging, and 7,500 cycles later, without changing the material itself. A research team led by engineers...
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A 3D printed interlocking electrode kills dead zones. More storage, faster charging, and 7,500 cycles later, without changing the material itself. A research team led by engineers...
Sponsored by Churod Electronics. Increased battery density is the endgame of all cutting-edge battery design, improvements cannot come at the expense of safety or cost limitations....
BASQUEVOLT has launched the BQV400L, its first standardized commercial battery cell—a 27 Ah, 402 Wh/kg Li-metal NMC cell with 8.9C pulse power capability produced in Spain, with 75...
A reference platform allows you to compare wired and wireless battery management architectures for EV battery packs with cell monitoring, balancing, and communication support. Texa...
Inpow Battery has launched a 587 Ah semi-solid-state storage cell with safety-focused design features, while outlining plans for a 6.5 GWh production line.
Heavy water's stronger hydrogen-bond network lowers ion desolvation energy in a zinc-copper Daniell cell, enabling uniform metal deposition and over 2,500 rechargeable cycles from...
What is next for batteries? Through prismatic, chemistry-agnostic cells, Priyadarshi Panda of International Battery Company (IBC) tells Nidhi Agarwal of EFY how faster charging, hi...
Trina Solar's THBC battery repositions all grid lines to the rear in an architecture distinct from conventional BC cells, challenging prevailing assumptions about back-contact tech...
SoftBank’s mobile arm is gearing up to scale the intriguing zinc-halogen battery cell chemistry to 1 GWh annual production.
Proterra’s Onyx battery platform currently uses cylindrical nickel manganese cobalt lithium-ion cells from LG Energy Solutions, manufactured in South Korea.
Sion Power is expanding its Licerion® lithium-metal battery program to supply cells and battery systems for US defense and aerospace. The cells are engineered to exceed 500 Wh/kg,...
Battery technology developer HPQ Silicon has announced that 21700 cylindrical cells manufactured using Novacium SAS’s GEN4 silicon-based anode material have surpassed 7,000 mAh of...
A new sodium-ion cell for ESS may further improve competitiveness in large-scale systems against the weight of the lithium-ion battery sector.
CATL held its Super Technology Day in Beijing, unveiling six battery technologies spanning fast charging, energy density records, hybrid systems, sodium-ion industrialization and a...
A novel design reduces material loss inside the system, producing results that challenge existing limits and suggest new directions for renewable energy storage. A research team f...
Cayenne EV's pack is made up of 32 pouch cells, just like the original Leaf's Few things in the history of automotive technology can have progressed quite as rapidly as the lithiu...
A new development could change how we store energy, making zinc batteries last longer, work more efficiently, and avoid problems that limit current technology. Researchers at the U...
PolyJoule has released its third-generation conductive polymer battery chemistry, packaged in a new large-format prismatic cell with a new proprietary polymer cathode and a liquid...
As wearable devices shrink toward ocular and skin-integrated formats, compact and safe energy storage remains a key constraint for enabling advanced functionality. XPANCEO and ITEN...
X-BATT has unveiled Glassact, a spherical silicon oxycarbide (SiOC) anode material targeting more than double the reversible capacity of graphite, with performance targets the comp...
Researchers argue that progress in SOFCs and SOECs depends on linking materials, electrochemistry, and system engineering through a reverse-guided design strategy.
HPQ Silicon has reported that 21700 cylindrical cells made with Novacium’s GEN4 silicon-based anode material achieved an average discharge capacity above 6,600 mAh, with a record c...
Sodium-ion batteries offer a number of advantages over lithium-ion cells. Sodium is 1,000 times more abundant in the Earth’s crust than lithium, and is far cheaper to obtain. Lithi...
Nature Nanotechnology, Published online: 07 April 2026; doi:10.1038/s41565-026-02148-7Aqueous electrolyte solutions formulated to extend anion coordination into the secondary solva...
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