Ukraine, Cherkasy region

Клієнт: Agricultural enterprise (greenhouse complex)

Commissioned: November 2025

Партнери: 2G Energy AG, KPF Energy

We carried out the supply, installation and commissioning of a containerised cogeneration plant. Since being commissioned, the equipment has been providing a stable supply of electricity and processed heat to meet the needs of the greenhouse complex.

2 × 2032 kW

Electrical power of the complex

2 × 2055 kW

Thermal capacity of the complex

89,2%

Overall efficiency of the units

7 months

Project duration

Cogeneration

Inquiry

The client approached us with the task of rapidly increasing its own generation capacity to protect its greenhouse complex from the risks of power cuts and rising electricity costs. The company was already operating cogeneration units from another manufacturer; however, the actual efficiency of the equipment fell short of expectations, and the lead times for new solutions did not allow for rapid scaling up of generation.

An additional objective was to utilise all the heat generated to maintain a stable microclimate in the greenhouses during the winter months and to create the opportunity to sell surplus electricity to the grid.

Specifications of the cogeneration plant

Fuel: natural gas.

Total electrical power — 2 × 2032 kW.

Total thermal capacity — 2 × 2055 kW.

Overall efficiency — 89.2%.

Electrical efficiency — 44.3%.

Decision

Following an analysis of the site’s requirements, we proposed a cogeneration plant comprising two 2G Avus 1600e units in a containerised configuration. This solution made it possible to minimise the implementation timeframe and quickly integrate the equipment into the company’s existing infrastructure.

To speed up the project’s implementation, all processes were synchronised as closely as possible. The Pro-Energy team carried out the installation and preparation of the equipment, whilst the client simultaneously oversaw the laying of utility lines and the connection of the high-voltage infrastructure. Thanks to this coordination, commissioning work began just two weeks after installation was completed.

We carried out a needs analysis and selected the optimal equipment configuration.

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

The container modules were installed in their designated positions.

We coordinated the work with the client to ensure the parallel implementation of the engineering infrastructure.

Commissioning work on the high-voltage generators was carried out in collaboration with KPF ‘Energy’.

The equipment was commissioned, and the design performance figures were verified.

Conclusion

Prior to the implementation of this project, the site was already operating cogeneration units from another manufacturer. This enabled the client to assess the new equipment against actual operational performance figures. Following the commissioning of the 2G units, the complex’s actual efficiency confirmed the stated technical specifications. Moreover, natural gas consumption turned out to be even lower than forecast, whilst electricity and heat production proved to be more stable and cost-effective compared with the solutions previously used at the plant.

The new cogeneration plant has provided the company with self-sufficient electricity and heat generation, reduced natural gas consumption for electricity generation, and confirmed the efficiency figures stated by the manufacturer. In addition to meeting its own needs, the company is now able to feed surplus electricity into the grid.

Energy-efficient cogeneration for a greenhouse complex

Inquiry

Specifications of the cogeneration plant

Decision

Conclusion

Are you interested in implementing a cogeneration plant for your company?

Energy-efficient cogeneration for a greenhouse complex

Inquiry

Specifications of the cogeneration plant

Decision

Conclusion

Are you interested in implementing a cogeneration plant for your company?

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