e.battery systems develops and produces customer-specific batteries for electric vehicles, construction machinery and industrial plants as well as energy storage systems for industry and trade.
e.battery systems is an Austrian battery manufacturer with the aim to create a sustainable future in the field of energy and mobility by research, develop, and produce batteries for different electromobility applications. The product portfolio of the Austrian company varies from standard battery systems for a wide range of applications, from home storage for rooftop solar energy to battery systems for electromobility. The company is a start-up with history. The idea to work on the battery of the future matured from the progress of the family business that has existed for over 20 years.
All started in 2019 with the first battery pack. Now in 2021 various standard systems can be offered.
Christopher Schöpf founder and CEO of e.battery systems explains, “We further develop our standard systems flexibly and customer-specifically if required, so that you get the most modern battery technology for your project”.
Now batteries of small single cells to an 800-volt performance can be offered. From stationary storage to mobile applications, driverless transport systems, robots, sports cars, airplanes, from medical technology batteries that are used for brain wave measurement, to high-performance power tools, the spectrum of the products is immensely broad.
Battery of the future
e.battery systems uses a modular battery system to improve, range, charge time and mass production potential. The Austrian manufacturer places highest value on flexibility in the development of the battery systems. The battery technology can be specified down to the smallest detail and adapted to different requirements. Due to the modular construction design, the battery can be design for every application needed. At the first-place standard battery systems have the decisive advantage in electromobility of scoring points with easy handling, precision fit and price advantages. The battery systems combine the benefits of a standard product with the advantages of a customized product.
Christopher Schöpf clarifies, “For example, the batteries for electric vehicles need to be constructed with non-flammable materials, in the field of aviation we need to work with very light material. As well as different space requirements for the battery can be met as we can construct our modules as pleased by the application”.
The battery systems of electromobility are becoming increasingly intelligent, efficient, and practical. With years of know-how and expertise, e.battery systems manufacture lithium-ion battery systems for electromobility in economical series production.
Schöpf manifests, “As a renowned battery manufacturer, we maintain good relationships with suppliers, thus guaranteeing delivery reliability for the complete systems. In and outside the electromobility sector”.
One battery for all requirements
Many of their standard battery systems for electromobility fulfil various requirements regarding performance, range, and lifespan. Other applications require especially developed components for a customized high-performing battery module. In developing efficient and valuable solutions e.battery systems states to push the boundaries of lithium-ion battery modules when it comes to weight, size, energy density, and lifespan. From electromobility batteries to driverless production solutions, and from first installations to marketization, they accompany their customers through all phases of battery development and production.
Credits: Martin Schachenhofer
Battery Management Systems
And no lithium-ion battery comes without a Battery Management System, because the multilevel electronic system ensures safety, extends the battery’s lifespan and improves its performance. To do this, it measures every battery parameter, breaks the circuit if necessary and optimizes capacity usage during charging and discharging.
These specific BMS kits provide an ideal basis for prototype construction and the production of small series. Together with cell monitoring modules, the kit maps all battery management and safety functions. The BMS modular system is the development basis for tailor-made battery management systems on an industrial scale.
The niche and highly technological world of battery research and development may be beyond the understanding of the man on the street, but its application affects almost everyone. Battery systems for electromobility are growing in importance daily, and battery technology is constantly being streamlined. The benefits of these advances in battery development are felt not only in future years but in the here and now.
Credits: Martin Schachenhofer
Energy Storage Systems
In respect of the environment the company puts emphasize in creating a small C02 footprint as possible. The sustainability concept starts with regional purchasing and extends to the specific recycling concept we develop together with our customers. With second-life concepts, used batteries are given a second life that makes them usable for up to 10 years longer. For example, the company uses exactly this concept for building energy storage systems Oftentimes, used electric car batteries can still perform at 80% of their capacity. Second-life use enables us to upcycle these batteries, such as in energy storage systems for solar or wind facilities.
More precisely speaking they developed a system based on buffer batteries with suitable converters varying from 30 kW and several hundred kilowatts in size. Depending on the area of application, the operation may be fully automatic, or additional energy may be released based on start commands from machines and devices. What we use to store energy are so-called second-life modules. For example, used batteries originating form electric cars. With this specific technology we can upcycle the life of batteries and can contribute to a positive ecological footprint. The best part is that this solution can be installed in no time and works without an expensive upgrade to the mains connection and the associated costs. It can be combined with various solar installations and wind generators, as well as with fuel cells or for hydrogen production. Depending on the size, our staff can install an external powerhouse or single or small rows of cabinets.
With the use of second-life modules it is possible to combine the entire product cycle from development, production, and testing to recycling and disposal under one roof, which makes it easy for to keep distances short and costs low. As clear mission e.battery systems wants to give batteries a second life. In the manner to act sustainable and in favor of our environment to use the full potential of a battery before it is eventually disposed. To be able to act sustainably and consciously in energy supply, research in electromobility is the bearer of hope.
Christopher Schimpf summarizes, “The trend of the future will be to enable new energy sources without having to exploit new materials and resources. Therefore, we are keen to search for new materials to provide an alternative to the existing ones.”