Safe, robust and recyclable cell for high-performance applications. Suitable for EV charging stations, UPS-backup power sources for production lines, steel mills, hospitals, etc., where it is necessary to supply a large amount of power in a short time, e.g., before backup diesel generator start-up.

These unique Czech batteries will safely (they never burn) store electricity for the evening when you come home from work. The expected battery life with 20% capacity loss is approx. 15-20 years.

These unique batteries will safely (they never burn) store electricity for the evening when you come home from work. The expected battery life with 20% capacity loss is approx. 15-20 years.
Accessory: EV charger

All you need to do is to connect 15-20 kWp solar panels (not included) and you are done. In case of a power outage, the system will automatically switch to off-grid mode until the battery backup is depleted (if you have purchased a He3da Powerbox). Accessories: 15 kWp set of solar panels, He3da Powerbox, EV charger

If you also purchase the unique Powerbox 9 kWh batteries, you can safely store electricity for the evening when you come home form work. The expected battery life with 20% capacity loss is approx. 15-20 years.
Accessories: 10 kWp solar panel set, He3da Powerbox, EV charger

Accessory for HE3DA power plants.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, backup power supplies of manufacturers and hospitals, etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, backup power supplies of manufacturers and hospitals, etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, backup power supplies of manufacturers and hospitals, etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, backup power supplies of manufacturers and hospitals, etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, backup power supplies of manufacturers and hospitals, etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, backup power supplies of manufacturers and hospitals, etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, regulator-stabilizer of enegetic networks, backup power supplies of manufacturers etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, regulator-stabilizer of enegetic networks, backup power supplies of manufacturers etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, regulator-stabilizer of enegetic networks, backup power supplies of manufacturers etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, regulator-stabilizer of enegetic networks, backup power supplies of manufacturers etc.

High-capacity energy storage systems are suitable for solar and wind farms, charging stations in city centres, regulator-stabilizer of enegetic networks, backup power supplies of manufacturers etc.

This battery is designed mainly for heavy equipment – trucks, off-road vehicles, special applications. Its charging speed meets the requirements currently imposed on electric cars.

The new battery will also be tested in racing vehicles and other applications.

The peak currents of the battery reach up to 3000 A, which means that the batteries can spin any electric motor. Continuous currents are up to 400 A. In serial connection, the voltage reaches up to 1000 V. Thin-walled battery has both internal and external high voltage protection.

With this battery, we have achieved an optimal weight-to-speed ratio, charging and discharging.
Thanks to nanomaterials and its construction, it should have a long service life in trucks, according to simulations of at least 1.5 – 2 million km.

On demand. The high-capacity energy fast charger is ideal for places where electrical power is insufficient. (Gas stations, shopping malls, cities, municipalities, etc.)

On demand. The high-capacity energy fast charger is ideal for places where electrical power is insufficient. (Gas stations, shopping malls, cities, municipalities, etc.)