Inventing ways to manage
your energy
Innovative battery systems for transportation,
industry and energy storage.
Take advantage of scale
with a GigafactoryX.
Our production capacity can handle large-scale projects.
We create a new generation of battery systems
Accelerating e-mobility and renewable energy.
Public transport
Industrial vehicles
Rolling stock
Trucks
Renewable energy
Power industry
Industrial robots
Forklifts
Industrial vehicles
Unlock the potential of the green transformation with us.
Our advanced battery systems help to reduce costs, meet sustainable development goals, and protect the environment.
Next-gen batteries
- Higher capacity and power
- Extended lifespan
- Enhanced safety
Reduced electricity bills
- Savings on fuel and servicing
- Reduced electricity bills
Enhanced efficiency and energy independence
- Optimized use of renewable energy
- Reliable power supply
More eco-friendly and sustainable solutions
- Lower carbon footprint
- Cleaner air and improved well-being
- Promoting the green transition
Benefit from the effective solutions driven by innovative engineering
Our clients: Solaris Bus & Coach, Voith, Kiepe Elektrik, TEMSA, Dancer Bus, Phoenix Motorcars, and more.
30 000
Battery systems delivered
4 200+
E-buses running on our battery systems
340
Employees, 100+ engineers across various specialties
200 mln km
Logged in IMPACT telematics
State-of-the-art battery technologies are important part of our everyday life
For years, we have been perfecting solutions for energy storage and management.
R&D Center
Future-oriented approach
Hydrogen
Advanced BMS by IMPACT
Want to join us?
Leave your CV, we are always open to new talents.
Be part of the green transition! Join our team in developing sustainable solutions for transport and energy storage
Projects co-financed by EU funds
Development of a large-scale energy storage system using LFP and LTO Second-life cells, along with an energy management system for grid services and powering an industrial facility
Project R&D: Large-Scale Energy Storage Using LTO Second-Life Cells
Project Title:
“Development of a large-scale energy storage system using LFP and LTO Second-life cells, along with an energy management system for grid services and powering an industrial facility”
Project Objective:
To develop an innovative, large-scale, multifunctional electrical energy storage system utilizing used LTO Second-life cells, enabling the provision of DSR services and increasing self-consumption of renewable energy sources (RES), including the development of:
- A technology for reusing battery systems based on LTO cells from electric public transport vehicles,
- An Energy Management System (EMS Factory) for monitoring and controlling electricity demand in a production facility to improve energy efficiency,
- An Energy Management System (EMS PSE) for providing grid services to the Transmission System Operator (PSE), and in the future, to the Distribution System Operator (DSO) – a system for controlling energy flow in the storage unit (EMS),
- Battery Management Systems (BMS) for LFP and LTO battery chains,
- A prototype Battery Energy Storage System (BESS) with high overall charge-discharge cycle efficiency, incorporating BMS, EMS, EMS PSE, EMS Factory, and the second-life cell reuse technology.dowania-rozładowania, w którym zaimplementowane zostaną BMSy, EMS, EMS PSE, EMS Factory i technologia ponownego wykorzystania używanych ogniw.
Project Activities:
- Conduct simulations and develop functional assumptions for the large-scale energy storage system,
- Develop the technology for using LTO second-life cells,
- Design EMS and BMS algorithms,
- Build a prototype of the large-scale energy storage system,
- Conduct functional tests and research on the prototype.
Application of R&D Results:
The results will be implemented in the company’s own operations by using the BESS in its production facility, as well as launching serial sales of energy storage systems to external customers.
Total Project Value: 14,913,546.27 PLN
EU Funding Contribution: 5,613,490.44 PLN
The project is co-financed by the European Union under the European Funds for a Modern Economy program.
Development of an innovative Battery Management System (BMS) platform for lithium-ion batteries, featuring built-in AI algorithms to enhance efficiency and accuracy of battery usage while maintaining the highest safety standards.
The company has received funding under a competition organized by the National Centre for Research and Development as part of the SMART Pathway initiative for the implementation of the project titled:
“Development of an innovative Battery Management System (BMS) platform for lithium-ion batteries, featuring built-in AI algorithms to enhance efficiency and accuracy of battery usage while maintaining the highest safety standards.”
The aim of the project is to address key challenges in the e-mobility market, particularly in the areas of safety, durability, and optimal battery management in electric vehicles (primarily buses and heavy-duty transport vehicles). Battery users expect products that are safe, reliable, and long-lasting. This project is a direct response to those market needs.
As part of the project, we will:
- Develop functional requirements for the BMS platform with GenAI algorithms,
- Develop functional requirements for the BMS platform in terms of functional safety,
- Create a prototype of the BMS platform integrated with a cloud-based architecture and proprietary AI algorithms,
- Conduct validation of the developed electronics and launch the GenAI system platform.
The R&D results will be developed at the company’s facility and subsequently installed in batteries for trucks and buses manufactured by Impact.
Total project value: PLN 23,644,312.92
Amount of European Funds contribution: PLN 9,646,167.76
The project is co-financed by the European Union under the European Funds for a Modern Economy program.