We develop battery systems, power electronics and electric powertrains for unmanned platforms, energy storage and electric mobility. From concept to serial production.
Every application has different requirements - voltage, dimensions, weight, current, cooling, connectors, certifications. We engineer battery systems that match your exact specifications.
Start Your Battery ProjectFrom a full electric powertrain to portable, residential and industrial energy storage systems. We build finished products on top of our own battery engineering, power electronics and system integration.
An in-house electric motorcycle that showcases the full engineering cycle of Tornado Power: battery system design, power electronics, electric powertrain, mechanical integration and a finished vehicle.
Scalable systems for off-grid, backup and industrial power. Each direction shares the same engineering foundation and adapts to the required power, capacity, voltage and operating conditions.
Portable energy systems for off-grid operation, field conditions, emergency backup and mobile professional units.
Hybrid energy storage systems for apartments, private houses, offices and commercial buildings.
Modular energy storage systems for enterprises, critical infrastructure, integrators and energy platforms.
Explore the LiEB energy platforms, available configurations and options for scaling power and energy capacity.
We design battery systems tailored to defined energy, power, mass, service life and operating requirements.
We integrate battery, power electronics, control, charging and drive into a single energy system.
The battery system defines the platform's available power, autonomy, mass, dimensions and thermal behavior. Its architecture is therefore shaped at the start of the project, not selected after the mechanical design is finished.
Modular high-performance battery platform for electric vehicles, robotics and industrial systems. The configuration adapts to the power, voltage, capacity and operating conditions of the specific project.
HD PowerPack testing confirms a controlled temperature rise into a stable operating range under sustained load. This preserves power output without runaway heating or premature performance degradation.
Development starts from the operating profile: required energy, peak and continuous currents, charging modes and operating conditions. Cell chemistry, form factor, BMS, cooling, protection and mechanical construction all follow from that profile.
Integrating the battery late in the project forces compromises: extra mass, limited power, harder cooling and shorter service life. We engineer the battery, power electronics, drives and mechanics as one system.
We work on projects across Ukraine and with international B2B partners.
Drop us your project requirements and we'll scope a solution around your load profile, site constraints and timeline.
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