Ukraine, Poltava Region

Клієнт: The logistics centre for a large chain of discount stores

Commissioned: October 2025

Партнери: 2G Energy AG (Germany), local subcontractors

We have completed a turnkey cogeneration plant and are continuing to support the client as part of the next phase of the site’s energy infrastructure development.

9 месяцев

Actual project duration

85–87%

Overall equipment efficiency

701 кВт

Total thermal capacity of the system

675 кВт

Total electrical output of the two combined heat and power plants

Cogeneration

Inquiry

The client’s logistics complex is one of the key facilities in the region’s supply chain infrastructure. Faced with the constant risk of power cuts, the client required a solution that would guarantee the uninterrupted operation of its warehouses, engineering systems and logistics processes, regardless of the status of the external power grid.

The main objective was to create an energy-independent system capable of supplying the facility with electricity and heat year-round, reducing energy costs and laying the foundation for the further development of its local energy network.

Specifications of the cogeneration plant

Fuel: natural gas.

Unit No. 1: Agenitor 406 — 275 kW of electrical power and 285 kW of thermal power.

Unit No. 2: Agenitor 408 — 400 kW of electrical power and 416 kW of thermal power.

Operating modes: grid-connected, "Island" stand-alone mode, and start-up during a total power cut.

Decision

We carried out an energy audit of the site and developed a concept for a cogeneration plant comprising two 2G units with different capacities. This approach has made it possible to flexibly adapt power generation to the plant’s seasonal requirements: in winter, the main load is carried by the 400 kW unit, whilst during periods of lower consumption, the 275 kW unit is used.

An additional advantage was the ability to operate the two machines in cascade mode with automatic load balancing, without the need to install any separate external equipment. The project was implemented at an operational site without interrupting logistics processes, which required careful planning of all stages of integration into the existing infrastructure.

We carried out an energy audit and identified the optimal equipment configuration.

We organised the procurement and supply of 2G cogeneration units.

We drew up the design documentation and solutions for integration into existing networks.

The construction and installation work was carried out without interrupting the complex’s operations.

We completed the connection of the electricity and heating networks whilst adhering to the client’s strict time constraints.

Commissioning work was carried out, and the "Island" and "Blackout" modes were tested.

The staff were trained in the operation of the equipment.

Conclusion

During the project, the Pro-Energy team faced two major challenges. The first was the limited space available for installing the equipment. To address this, we enlisted the help of engineers from the 2G plant in Germany, who developed bespoke layout solutions tailored to the specific site. The second challenge was carrying out installation work at an operational logistics facility without the option of prolonged shutdowns. Some of the work was carried out at night, with the facility temporarily switched to backup power.

As a result, the client has been provided with a fully autonomous power source that ensures the complex operates continuously, regardless of the situation in the country’s power grid.

The system meets 100% of the facility’s electricity and heating requirements, enables a significant reduction in energy costs, and lays the foundations for the future implementation of a smart microgrid comprising a solar power plant, batteries and backup generators.

Energy self-sufficiency of the logistics complex through cogeneration

Inquiry

Specifications of the cogeneration plant

Decision

Conclusion

Interested in implementing a cogeneration plant for your business?

Energy self-sufficiency of the logistics complex through cogeneration

Inquiry

Specifications of the cogeneration plant

Decision

Conclusion

Interested in implementing a cogeneration plant for your business?

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