Containerized BESS
Powerful and scalable battery storage integrated into a technology container. The containerized design allows for quick installation, high capacity, and flexible configuration for standalone energy projects as well as large industrial sites.
Suitable for
Powerful and scalable battery storage integrated into a technology container. The containerized design allows for quick installation, high capacity, and flexible configuration for standalone energy projects as well as large industrial sites.
We build on partnerships with leading global component suppliers
How it works?
Consultation
We analyze your consumption, load profile, and goals. Based on these, we design a solution tailored exactly to your needs.
Return on investment
We calculate the costs, benefits, and return on investment so you know exactly what the storage system will bring you.
Project and financing
We prepare the technical design, budget, and schedule, including financing options.
Turnkey implementation
We handle production, delivery, installation, and commissioning. You receive a fully functional system.
Service and operation
We train your staff and take care of the storage system throughout its entire service life.
Comprehensive Support and Service
We are with you throughout the entire operational lifecycle.
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What our clients say
"For us, Velká Bíteš follows our storage facility operations in Kuřim and confirms the direction of MG Power: to build and operate standalone battery storage systems as a fully-fledged part of the Czech energy infrastructure. For projects of this size, it is not just capacity that is key, but also safety, fast response, precise power management, and long-term reliability."
Gustav Urbánek
CEO, MG Power a.s.
Frequently Asked Questions
Answers to frequently asked questions about containerized battery energy storage systems.
Yes. Most modern systems are modular and scalable – additional battery modules can be added as needed to increase both capacity and power. An expansion requires expert consultation and adapting the system to the new conditions.
The main benefits include:
- Cost optimisation – stored energy is used during peak hours, when electricity prices are high.
- Backup power – reliable backup during grid outages ensures business continuity.
- Grid load balancing – the system balances mismatches between generation and consumption and prevents overloads.
- Support for renewables – stores surplus energy and makes it available when the sources are not producing.
Service life depends on battery quality, intensity of use and maintenance. With proper operation, standard lithium-ion batteries typically last 10 to 15 years. Thanks to advanced energy management, service life can be even longer, without significant loss of capacity.
A BESS (Battery Energy Storage System) is a technology for storing electrical energy in batteries, enabling flexible and efficient use of energy according to current needs. These systems help stabilise the power grid, reduce dependence on volatile electricity prices and increase energy independence by making efficient use of energy from renewable sources such as solar and wind.
A BESS can be connected to the grid as part of a site's energy management, or operate as a standalone system with island-mode capability. Installation requires space for the battery modules, suitable climatic conditions and professional assembly. Correctly sizing the system to the site's needs is also essential.
Modern BESS are equipped with advanced safety mechanisms:
- Thermal management – keeps the batteries within the optimal temperature range.
- Overload and short-circuit protection – prevents damage to the system and reduces the risk of fire.
- Early warning system – monitors the condition of the cells and flags any anomalies.
Tell us about your project
Let us know what you are working on—capacity, location, grid connection, or service. We will get in touch and connect you with the person in charge of that type of installation.