Membership Directory - Corporate
Holyvolt AB
Member Since: 2023
About
Holyvolt AB
Battery technology for a supply chain independent of China
Holyvolt is a Swedish battery technology company founded in 2022, with headquarters in Stockholm, a development laboratory in Munich, and materials development and production in San Diego.
What Holyvolt does
Holyvolt develops battery technologies and materials so that its partners can build competitive cells without depending on Chinese IP, equipment or supply chains. Holyvolt focuses on cathode active material, the largest single cost component of a lithium-ion battery and the point in the value chain where global supply is most concentrated.
With the acquisition of Wildcat Discovery Technologies in February 2026, the company combines nearly 20 years of battery materials development with a unique high-throughput discovery platform that runs automated battery experiments at scale, tested on real cells, and reaches target performance roughly ten times faster than conventional development.
The platform has supported more than 225 projects for over 85 customers, including most of the world’s major battery manufacturers, and underpins a portfolio of more than 200 patents and one of the largest battery materials data sets at 500 TB.
Holyvolt offers two cathode technologies, both free of nickel and cobalt.
LFP, lithium iron phosphate, is the fastest-growing cathode chemistry in the world and is used in stationary energy storage and electric vehicles. Global output is overwhelmingly controlled by China. Holyvolt holds a leading Western LFP formulation that is available to license for domestic production at commercial scale.
DRX, disordered rock salt, is a new family of cathode materials. It offers higher energy than NMC with the cost profile of LFP, in a structurally safer material. It is produced from materials sourceable in the West, free from cobalt and nickel, and is patent protected in the United States, the EU, China, Japan and South Korea. Commercialisation begins in 2027, initially in drone and defence applications, with automotive from 2029.
Holyvolt also develops manufacturing processes. Screen printing is a new way of making battery electrodes: water-based, structured and thicker electrodes for higher performing cells, at significantly lower equipment cost than conventional coating. It builds on established Western screen printing equipment rather than Chinese-supplied coating lines.
Why India
India is building the foundation for a globally competitive domestic battery industry. However, critical parts of the downstream supply chain, manufacturing know-how, and enabling technologies remain concentrated among a limited number of external suppliers, predominantly from China.
Holyvolt can help change this by providing Indian partners with access to Western-owned technology and IP, enabling the development of local manufacturing capabilities and a more resilient, diversified battery value chain. Combined with India’s industrial scale, availability of land, expanding renewable energy capacity, strong domestic demand, and growing EV ecosystem, this creates a strategic opportunity to establish India as a globally competitive hub for advanced battery manufacturing.
Battery technology for a supply chain independent of China
Holyvolt is a Swedish battery technology company founded in 2022, with headquarters in Stockholm, a development laboratory in Munich, and materials development and production in San Diego.
What Holyvolt does
Holyvolt develops battery technologies and materials so that its partners can build competitive cells without depending on Chinese IP, equipment or supply chains. Holyvolt focuses on cathode active material, the largest single cost component of a lithium-ion battery and the point in the value chain where global supply is most concentrated.
With the acquisition of Wildcat Discovery Technologies in February 2026, the company combines nearly 20 years of battery materials development with a unique high-throughput discovery platform that runs automated battery experiments at scale, tested on real cells, and reaches target performance roughly ten times faster than conventional development.
The platform has supported more than 225 projects for over 85 customers, including most of the world’s major battery manufacturers, and underpins a portfolio of more than 200 patents and one of the largest battery materials data sets at 500 TB.
Holyvolt offers two cathode technologies, both free of nickel and cobalt.
LFP, lithium iron phosphate, is the fastest-growing cathode chemistry in the world and is used in stationary energy storage and electric vehicles. Global output is overwhelmingly controlled by China. Holyvolt holds a leading Western LFP formulation that is available to license for domestic production at commercial scale.
DRX, disordered rock salt, is a new family of cathode materials. It offers higher energy than NMC with the cost profile of LFP, in a structurally safer material. It is produced from materials sourceable in the West, free from cobalt and nickel, and is patent protected in the United States, the EU, China, Japan and South Korea. Commercialisation begins in 2027, initially in drone and defence applications, with automotive from 2029.
Holyvolt also develops manufacturing processes. Screen printing is a new way of making battery electrodes: water-based, structured and thicker electrodes for higher performing cells, at significantly lower equipment cost than conventional coating. It builds on established Western screen printing equipment rather than Chinese-supplied coating lines.
Why India
India is building the foundation for a globally competitive domestic battery industry. However, critical parts of the downstream supply chain, manufacturing know-how, and enabling technologies remain concentrated among a limited number of external suppliers, predominantly from China.
Holyvolt can help change this by providing Indian partners with access to Western-owned technology and IP, enabling the development of local manufacturing capabilities and a more resilient, diversified battery value chain. Combined with India’s industrial scale, availability of land, expanding renewable energy capacity, strong domestic demand, and growing EV ecosystem, this creates a strategic opportunity to establish India as a globally competitive hub for advanced battery manufacturing.
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