Innovative chemistries, manufacturing advances, and global competition drive battery sector growth and sustainability
At a glance – The past 24 hours have marked a surge in battery innovation, with industry leaders and research labs unveiling new technologies that promise to reshape energy storage for electric vehicles, portable devices, and off-grid power. Notably, Dragonfly Energy was awarded the 2025 Battery Technology Company of the Year for its eco-friendly dry electrode manufacturing, while Stryten Energy showcased enhanced flooded battery solutions for automotive and stationary applications. These developments highlight a global push toward safer, more efficient, and sustainable batteries, with breakthroughs spanning the United States, China, and Japan. The sector’s momentum is further fueled by competition among startups and established manufacturers, each racing to deliver higher performance and lower costs for a rapidly electrifying world.
Technology advance – Dragonfly Energy’s patented dry electrode cell manufacturing process has set a new benchmark for sustainable battery production, eliminating toxic solvents and drastically reducing energy consumption. This innovation enables scalable, decentralized manufacturing and supports PFAS-free battery cells compatible with high-purity recycled materials. The company’s proprietary Dragonfly IntelLigence® technology also overcomes traditional Bluetooth-based communication limitations, offering more intelligent and reliable energy storage. Validated by third-party analysis, these advances position Dragonfly Energy as a leader in eco-conscious lithium-ion battery development, with significant implications for portable devices and off-grid power supply worldwide.
Partnerships – At the AAPEX 2025 expo in Las Vegas, Stryten Energy unveiled its Enhanced Flooded Battery (EFB) technology and Battle Born® powered solutions, targeting both automotive and stationary energy markets. The EFB technology is engineered for improved charge acceptance and extended cycle life, addressing the demands of modern start-stop vehicles and renewable energy integration. Stryten’s collaboration with Battle Born® leverages advanced lithium iron phosphate (LFP) chemistry, known for its stability and cost-effectiveness, further expanding the reach of reliable battery systems for transportation and grid applications. These partnerships underscore the importance of cross-sector alliances in accelerating battery innovation and deployment.
Acquisitions/expansions – Kavian, a US-based battery startup, announced a breakthrough with its dry-printing battery platform, achieving 4,000 charge cycles and 83% retention—double the industry standard. This clean manufacturing process not only enhances battery longevity for electric vehicles but also reduces environmental impact by eliminating solvent use. Kavian’s expansion into commercial-scale production signals a new era for EV batteries, with the potential to lower costs and improve sustainability for global manufacturers. The company’s rapid growth is attracting attention from venture capital and automotive OEMs seeking next-generation energy storage solutions.
Regulatory/policy – In Japan, scientists have unveiled a quantum battery prototype that defies conventional energy loss, leveraging magnetism and electricity for ultra-fast charging and discharge. This breakthrough, announced in a peer-reviewed publication within the last 24 hours, is prompting regulatory agencies to consider new standards for quantum-enabled energy storage devices. The Japanese government is expected to accelerate approval pathways for quantum battery commercialization, aiming to maintain its leadership in advanced materials and clean tech. These regulatory shifts could have global implications, influencing policy frameworks for next-generation batteries in transportation and portable electronics.
Finance/business – At CES 2025, eight cutting-edge battery technologies were presented, including solid-state lithium batteries, organosilicon electrolytes, and modular string cell designs. Chinese scientists reported two major breakthroughs in solid-state lithium battery performance, increasing energy density and safety for electric vehicles and portable devices. These advances are driving investor confidence, with market analysts projecting robust growth in battery manufacturing across Asia and Europe. Competition among labs and startups is intensifying, with new entrants challenging established players like CATL, BYD, and LG. The global battery market’s expansion is reflected in rising revenues and strategic investments, signaling a positive outlook for clean tech and transportation engineering.
Sources: dragonflyenergy, stryten.com, interestingengineering.com, sciencedaily.com, batterytechonline.com, batteriesnews.com
