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Batteries

Monbat Group provides a wide range of battery products and solutions for a variety of end-market applications

Automotive
Automotive
Agriculture
Agriculture
Public Transportation
Public Transportation
Marine
Marine
Defence
Defence
Industrial
Industrial
Aerospace
Aerospace
Telecommunications
Telecommunications
Renewable sources
Renewable sources

LEAD ACID BATTERIES

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The lead acid battery business focuses on the production of lead-acid automotive and stationary batteries and their servicing. The products in this segment can be divided into the following main groups:

  • starter batteries
  • stationary batteries
  • deep cycle batteries
  • special batteries
  • locomotives batteries
  • leisure batteries

RECYCLING

RECYCLING contacts

The division operates in recycling and trading activities of

  • lead acid scrap batteries
  • lead alloys
  • polyethylene and polypropylene materials

Recycling facilities are located in Bulgaria as well as in Italy, Romania and Serbia.

LITHIUM ION SOLUTIONS

explore our LITHIUM ION SOLUTIONS

The lithium-Ion business segment operates under the EAS brand and provides cells and systems based on safe and proven LFP chemistry. The adopted cylindrical cells technology and the modular-based packing approach of the battery and systems allows EAS to maintain its attractive product range of High Power (HP) batteries for selected industries such as:

  • public transport
  • commercial fleet
  • construction machines
  • marine
  • harbour
  • and airport operations

MONBAT Supports Innovative ERP–MES Model to Transform Engineering Education in the Era of Industry 4.0

Corporate

MONBAT is a leading European manufacturer of batteries and energy solutions with more than 65 years of experience. The company develops sustainable technologies and innovations aimed at the future of energy and mobility.

With the acceleration of digital transformation across global industries, preparing the workforce of the future has become more important than ever. In response to this challenge, MONBAT AD, with the participation of Kiril Ivanov – Program Manager Digital Solutions, in cooperation with the Department of Automation and Electronics at the Faculty of Electrical Engineering, Electronics and Automation of the University of Ruse, and Ehnaton Bulgaria, has supported the creation of an innovative educational model of an automated production line. This platform is designed for training, demonstration, and hands-on learning.

The innovative system replicates a real manufacturing process at a 1:10 scale, combining actual industrial components – Mitsubishi FX5U PLC, Cognex barcode scanners, visual sensors, and HMI/SCADA interfaces. Its purpose is to make the principles of integration between ERP (Enterprise Resource Planning) and MES (Manufacturing Execution Systems) more accessible and applicable for students and trainees.

Through this educational platform, they can explore how automation and digitalization function in practice.

The system demonstrates:

* Automated tracking of production orders

* Product serialization and traceability

* Visual inspection and quality control

* Interaction between software and hardware through ERP/MES integration logic

In a safe and controlled environment, students are able to observe, configure, and experiment while acquiring practical skills in programming, process optimization, and systems integration. The open architecture of the model allows for testing new commands, editing existing program blocks, and simulating various production modes – providing flexibility for continuous learning.

Beyond its technical features, the project represents a sustainable model of collaboration between industry and academia. Through investment in educational innovation, MONBAT and Ehnaton demonstrate how business can actively contribute to preparing the next generation of engineers, ensuring that the workforce is ready for the realities of Industry 4.0.

Launched as a business-driven initiative, the project highlights how closer cooperation between industry and education can stimulate innovation, build practical skills, and strengthen the competitiveness of modern manufacturing.