EV Suppliers

Amprius Technologies is a U.S. leader in high-energy-density lithium-ion batteries, specializing in silicon-anode cells. Founded in 2008, Amprius has developed silicon nanowire anode technology that delivers up to 500 Wh/kg energy density, significantly higher than conventional lithium-ion batteries. Its cells are used in aerospace, drones, and are being adapted for electric vehicles to extend range. Amprius operates a pilot production facility in California and is scaling up with a new factory to produce cells for automotive and aviation markets. The company’s batteries offer fast charging, high power, and long cycle life, with partnerships including Airbus and the U.S. Army. As a publicly traded company, Amprius is poised to meet growing demand for high-performance batteries, driving innovation in EVs and electric aviation.

Sion Power is a U.S. innovator in high-energy-density battery technology, focusing on lithium-metal and lithium-sulfur batteries. Founded in 1989, Sion Power’s Licerion technology combines lithium-metal anodes with advanced electrolytes to achieve energy densities up to 500 Wh/kg, targeting EV and aerospace applications. The company’s batteries promise longer range and lighter weight compared to traditional lithium-ion cells. Sion Power operates a pilot line in Tucson, Arizona, producing prototype cells for automotive and aviation testing. With partnerships like BASF and investments from Volkswagen, Sion Power is advancing toward commercial production. Its focus on safety and performance, including proprietary electrolyte formulations, positions it as a leader in next-generation battery solutions for electric mobility.

Zenlabs Energy is a U.S. developer of high-energy-density lithium-ion batteries, specializing in silicon-anode cells for electric vehicles. Founded in 2014, Zenlabs’ proprietary technology achieves energy densities up to 400 Wh/kg, enabling longer EV range and faster charging. Its cells use silicon-rich anodes and advanced electrolytes to improve performance and cycle life. Zenlabs supplies prototype cells to automotive and aerospace clients, including partnerships with major OEMs for testing. The company operates a pilot production facility in California and is scaling up to meet demand. Zenlabs’ focus on cost-effective, high-performance batteries positions it as a key player in advancing EV adoption through innovative cell technology.

Morrow Batteries is a Norwegian battery manufacturer focused on producing sustainable lithium-ion batteries for electric vehicles and energy storage. Founded in 2020, Morrow leverages Norway’s renewable energy to create low-carbon LFP batteries, targeting a 50% lower carbon footprint than traditional batteries. The company is building a gigafactory in Arendal, Norway, with an initial capacity of 3 GWh, scalable to 43 GWh, to supply European automakers and ESS providers. Morrow’s batteries prioritize safety, cost-effectiveness, and recyclability, using LFP chemistry for long cycle life. Backed by strategic investors and partnerships, Morrow is also developing innovative cell designs through its R&D center. The company aims to establish a fully localized European supply chain, reducing reliance on Asian imports and supporting the region’s green transition.

FREYR Battery is a Norwegian clean battery producer aiming to supply the world with sustainable, cost-efficient lithium-ion cells. Established in 2018, FREYR is building large-scale Gigafactories in Mo i Rana, Norway (leveraging 100% renewable hydroelectric power) to produce batteries with one of the lowest carbon footprints in the industry. FREYR’s technology partnerships (such as with 24M for innovative semi-solid lithium-ion technology) enable simpler production and high energy density cells ideal for EVs, commercial mobility, and energy storage. The company is also expanding to North America with a planned Gigafactory in the USA. FREYR’s headquarters in Oslo orchestrate its global activities, focusing on speed to market and operational excellence. By integrating Norway’s green energy and advanced manufacturing, FREYR aims to deliver up to 43 GWh of annual capacity by 2025, supporting the decarbonization of transport and energy on a global scale.

Exicom Energy Systems is one of India’s largest manufacturers of lithium-ion batteries and charging solutions for electric vehicles and telecom applications. With origins in telecom power systems, Exicom leveraged its power electronics expertise to become a key player in India’s EV transition. The company produces advanced lithium-ion battery packs for electric two-wheelers, three-wheelers (autorickshaws), and buses, along with stationary battery systems for telecom towers and renewable energy storage. Exicom’s EV batteries and battery swapping solutions are deployed nationwide, with over 20,000 battery installations across India. Their products are engineered for Indian conditions, offering robust performance in high temperatures and under rugged use. Exicom also provides a range of EV chargers (AC and DC fast chargers) and has implemented large-scale charging and swapping networks. Headquartered in Gurgaon, Exicom operates modern manufacturing facilities where it assembles battery packs with in-house developed battery management systems and conducts thorough testing. The company is ISO certified and focused on safety, incorporating features like IP67 casings and smart monitoring in its batteries. As a vertically integrated energy solutions provider, Exicom plays a pivotal role in India’s EV ecosystem – from supplying batteries and chargers to partnering with OEMs for new electric vehicle launches. Its combination of high-quality products, local market understanding, and extensive service network makes Exicom a go-to partner for electrification in India and emerging markets.

EcoPro BM is a South Korean leader in cathode materials and lithium-ion battery manufacturing. A subsidiary of EcoPro Group, it specializes in high-nickel NCM cathodes and supplies battery cells for electric vehicles and energy storage systems. Founded in 2016, EcoPro BM has become a key supplier to global battery makers like Samsung SDI and SK On, with its high-performance cathode materials enabling energy-dense, long-life batteries. The company operates advanced production facilities in South Korea and is expanding internationally, including a new plant in Hungary to serve European automakers. EcoPro BM’s R&D focuses on next-generation materials like NCA and solid-state electrolytes, backed by thousands of patents. Its commitment to sustainability includes recycling programs to recover lithium and cobalt. With a robust supply chain and innovative materials, EcoPro BM is driving advancements in EV battery performance and cost competitiveness.

SES AI Corporation is a U.S.-based leader in lithium-metal battery technology for electric vehicles and urban air mobility. Founded in 2012 as a spin-out from MIT, SES develops hybrid lithium-metal cells with a proprietary high-energy electrolyte and AI-driven battery management software. Its batteries offer energy densities up to 400 Wh/kg, enabling longer EV range and lighter packs. SES operates pilot facilities in the U.S. and South Korea, producing prototype cells for partners like General Motors, Hyundai, and Honda. The company is building a gigafactory in Shanghai to scale production. SES’s AI platform optimizes battery performance and safety, addressing lithium-metal challenges like dendrite formation. As a publicly traded company, SES is poised to lead the transition to high-energy, fast-charging batteries for next-generation EVs.

Graphene Manufacturing Group (GMG) is an Australian innovator producing graphene-enhanced batteries and materials. Founded in 2016, GMG develops high-performance aluminum-ion batteries using graphene, offering faster charging, higher energy density, and improved safety compared to traditional lithium-ion batteries. Its G+AI Battery technology targets EVs, energy storage, and consumer electronics, with prototypes showing charge times as low as 3 minutes. GMG operates a production facility in Brisbane for graphene production and battery assembly, with plans to scale up. The company’s proprietary graphene production process ensures cost-effective, high-quality material. GMG collaborates with universities and industry partners to advance its technology, positioning itself as a leader in next-generation, sustainable battery solutions for global markets.