Belgium, Antwerp
Belgium, Antwerp
+32 3331 0000 Mon - Fri 09:00 - 18:00 Frans De Cortlaan 3, 2610 Antwerp, Belgium
45 YEARS, 1.000.000 CYCLES

About Us


We focus on innovative products! Tackling the issues of lithium batteries : safety (potential fires) and extending life cycles (10 to 45 years) is groundbreaking. 

Long Life

A battery that lasts 1.000.000 cycles or 45 years! 100% recyclable, a green non-chemical product. 

Safety first

Lithium batteries are not safe, they burn and the fires are very hard to kill. Therefore we offer non chemical batteries that are safe to install in homes, cars, industrial applications (hospitals, planes, trains).


We distribute our products to professional installation companies or organizations integrating batteries in their products.

Why is battery storage so important

Clean, renewable energy sources are needed to create a sustainable society. They need to displace our current dependence on more problematic energy sources such as oil, natural gas and uranium. The problem with such renewable energy sources is that they may not be produced when they are needed most – at times of greatest energy demand. The production of energy from such sources depends on environmental conditions. Wind energy is used when it is windy, and solar energy production depends on solar radiation.

Such challenges require a storage solution such as batteries. They allow renewable energy generation to be stored until it is needed.

A bright future of storage batteries?

Storage batteries offer a viable solution for storing intermittent energy supply in conjunction with renewable energy. Costs are falling while production is rising, and they offer hope for a future tied to clean renewable energy.

However, there will be resource constraints that need to be managed. With electric vehicle production set to increase thirty-fold by 2030, the demand for lithium will increase dramatically. The earth has significant reserves of lithium, but more mines will be needed and they will need to come on stream quickly. Another important metal used in the production of lithium-ion batteries is cobalt. A smartphone, for example, typically contains 1 gram of lithium and 8 grams of cobalt. More than 40 per cent of mined cobalt is already consumed by the lithium-ion battery market, although the electric vehicle market is still very small. Since each electric vehicle requires 10 kg of cobalt, the rapidly increasing production means that the demand for cobalt will rise significantly.

Is lithium-ion future-proof and sustainable? We firmly believe that it is not. That is why we are introducing a new technology that is far more sustainable and solves other important problems with lithium-ion batteries: safety and life cycles.

Inadequate grid infrastructure

A remodeled grid will be needed to facilitate the balancing of associated intermittent flows on the system when the wind isn’t blowing and the sun isn’t shining. Unlike renewable generating facilities, transmission projects can take up to 10 years to complete, from conception through regional planning processes, to national approvals and then ultimately to the construction phase.

The disadvantages of the Li-ion battery

  • Protection required: Li-ion cells and batteries are not as robust as some other rechargeable technologies. They need to be protected from overcharging and excessive discharging. In addition, they need to keep the current within safe limits. Accordingly, a disadvantage of lithium-ion batteries is that they require built-in protection circuitry to ensure that they are kept within their safe operating limits. The protection circuit monitors the cell temperature to avoid temperature extremes. The maximum charge and discharge current is limited to a temperature between 1°C and 2°C for most batteries. Nevertheless, some batteries do occasionally get a little warm during fast charging.
  • Ageing: One of the biggest disadvantages of lithium-ion batteries for consumer electronics is that lithium-ion batteries suffer from ageing. This is not only time or calendar dependent, but also depends on the number of charge-discharge cycles the battery has undergone. Often, batteries can only withstand 500 – 1000 charge-discharge cycles before their capacity starts to deteriorate. With the development of Li-ion technology, this number is increasing, but after a certain amount of time the batteries need to be replaced and this can be a problem if they are built into the devices. Lithium-ion batteries also age when they are in use or not. Despite use, there is also a time-dependent element to the reduction of capacity. When a typical consumer lithium cobalt oxide battery or cell needs to be stored, it should be partially charged – about 40% to 50% – and kept in a cool storage area. Storage under these conditions will help extend the life of the battery.