PV SERVICE PLUS to Build the Largest Battery Storage Facility in Slovakia

PV SERVICE PLUS Signs Agreement for Huawei BESS Construction (20 MWh)

The company PV SERVICE PLUS has signed a strategic agreement for the supply and construction of a containerized Huawei BESS battery storage system with a capacity of 20 MWh. This project marks a major breakthrough in the Slovak and Czech energy markets, as it will be one of the largest planned storage facilities of its kind in the region.

BESS: The Future of Energy Storage

The technology supplier will be Huawei Digital Czech Republic, providing the proven Huawei BESS system. The technology is designed to ensure high capacity, flexibility, and safety in energy storage – key factors for grid stability and the advancement of renewable energy.

PV SERVICE PLUS: An Experienced Partner for Large Projects

The implementing company already has unique expertise in this field. As one of the first companies in the Czech Republic and Slovakia, it successfully completed and operates a 4 MWh battery storage facility in Hodonín. Thanks to this know-how, PVS+ became the only official service partner of Huawei. Its selection as the contractor for such a prestigious project reflects not only technical competence but also a reputation as a trusted partner.

Statement from the Technical Director

  • “The fact that the investor chose us confirms that we are recognized professionals who can be relied upon. We are grateful for the trust shown and believe this project will inspire other energy companies in the Czech Republic and Slovakia,” said PVS+ Technical Director Eduard Michna.
  • “We also hope this step will open the door to further cooperation and that other energy sector companies will approach us as a leading contractor with proven experience,” he added.

A Key Step Toward the Future of Renewable Energy

This project has the potential to change how Huawei battery storage systems are perceived in both the Slovak and Czech markets. Successful implementation will support the development of renewable energy and improve grid stability – essential for a sustainable energy transition. The project represents an important milestone not only for PVS+ but also for the entire energy sector.

Strategic Importance of Battery Storage

The Huawei BESS 20 MWh project is a major step toward improving the sustainability and efficiency of modern power networks. The system will play a key role not only in storing renewable energy surpluses but also in maintaining grid stability.

  • Balancing grid fluctuations: The storage system will stabilize the grid in real time and minimize the risk of outages.
  • Peak load support: During periods of high demand, stored energy can immediately cover consumption spikes.
  • Integration of renewable sources: It enables efficient storage of surplus solar and wind energy for use when demand is highest.
  • Reducing dependence on fossil fuels: Helps limit the need for backup fossil power plants and reduces greenhouse gas emissions.

Battery Storage as Part of Modern Energy Systems

This project moves Slovakia and the Czech Republic closer to full energy transformation. Developing systems like BESS enables building decentralized and resilient energy infrastructure. Beyond grid support, these systems benefit local communities and industries.

  • Energy security: Minimizing outage risks and ensuring reliable energy access.
  • Transition to energy self-sufficiency: Supporting the growth of microgrids and smaller autonomous systems.

“Storage systems that combine innovation, sustainability, and technological reliability are essential for transforming our energy landscape. This project is an example of how advanced technology can serve not only industry but society as a whole,” added Technical Director Michna.

Conclusion

The Huawei BESS battery storage project implemented by PV SERVICE PLUS is a technical, ecological, and strategic investment that will strengthen energy independence and contribute to achieving emission reduction and sustainability goals.