Pushing the boundaries
in battery system technology.

Optimal chemistry for your specific application

Our goal is a comprehensive process of selecting the appropriate electrochemical material for battery systems. During the design process, we consider numerous technical criteria that influence the highest quality of the final product.

	LTO Longer lifetime	LFP Balance between energy and power	NMC Higher energy density
Capacity	34 kWh	65 kWh	105 kWh
Energy density	68 Wh/kg	140 Wh/kg	200 kWh
Lifetime	Very long	Long	Medium

Hydrogen solutions

Thanks to our team of professional engineers, we offer safe and proven hydrogen solutions that perfectly align with the future of modern, green industry.

By introducing a long-life hydrogen fuel cell to the market, we are expanding the landscape of electricity and heat generation in both stationary and mobile segments.

Future oriented approach

Next generation chemistry

We conduct extensive research on new electrochemical materials, including LMFP, Li-Sodium, semi-solid-state, all-solid-state and others.

Stable supply chain

We aim for our supply chain to be stable and simple. As a leading manufacturer, we strive to source high-quality components also from the European suppliers.

R&D Center

With state-of-the-art technologies and a team of over 100 dedicated engineers.
Focused on efficiency improvement, cost reduction, and design simplification.

Development of new designs

Research on new chemistries  and technologies.

Innovations in product optimisation

Efficiency improvement, price reduction, design simplification.

Testing

Testing components, prototypes and final products.

Advanced BMS by IMPACT

More than 15 years of experience in BMS development

With over 15 years of experience in BMS development, we have been continuously refining and advancing our system. Currently we are developing its sixth generation