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About us

We are a global manufacturer of cogeneration, microgeneration and trigeneration units for natural gas, biogas and other fuels. The company’s management, R&D center, and manufacturing facilities are located in Brno, a major hub for science, research, and innovative technologies. In the development and manufacture of cogeneration units, we prioritize reliability, flexibility, and the functionality of our design solutions. Fair dealings and a collaborative approach are equally important to us.

We consult with our customers about their plans and devote careful attention to developing the optimal technical design for the installation of cogeneration units. We are also constantly expanding our after-sales services and improving the quality of our maintenance and dispatch services. We believe that this is the only way to ensure the satisfaction of our customers and partners.

gentec
 

The GENTEC road

A cogeneration unit division is being established as part of Karla spol. s r.o. We are entering into a partnership with engine manufacturer MAN.

We are implementing our first projects in which, in addition to cogeneration units, we are delivering complete turnkey projects.

We are currently implementing our first projects using MTU engines.

Our project to install a 999 kWe KGJ system for Sedlecký Kaolin a.s. has won the Ministry of Industry and Trade’s Business Project of the Year award in the Energy Savings category.

GENTEC CHP s.r.o. is established, and the activities of the cogeneration unit division are transferred to it.

We deliver turnkey projects with KGJ for leading energy companies such as Innogy Energo s.r.o.

We are entering into a long-term partnership with Innogy Energo s.r.o. for the supply of KGJ.

We are successfully entering another European market—the United Kingdom.

Uzavíráme partnerství na dlouhodobé dodávky KGJ do Prahy pro společnost Veolia a.s.

We supply KGJ to nine European markets and are preparing further expansion.

We are developing hydrogen-fuelled KGJs, an AI-based KGJ control system and large KGJs above 10 MWe.

At the Ecomondo trade fair in Italy, we officially presented the GT-MH2 260 eco CHP unit burning hydrogen

 

Innovation and development

We attach the utmost importance to innovation and continuous improvement of our products and services. We have completed complex SCR projects, we can burn dual fuel, we can handle tri-generation. We are developing hydrogen CHP units and are involved in the development of a KGJ control system using artificial intelligence and machine learning. Here are the three main lines of development we are investing in and which we believe are linked to the future of the energy sector.

Innovation and development
Large cogeneration

Large cogeneration

CHP units of between 3 MWe and 10 MWe will provide stability and flexibility to the grid in the future. We want to be there.

Hydrogen

Hydrogen

This fuel will be an integral part of the energy of the future. And our cogeneration units will burn it. We're one of the first to invest in development.

More information
AI and machine learning

AI and machine learning

Artificial intelligence will be part of the control systems of our CHP plants and this will, among other things, facilitate the process of aggregating CHP units into virtual power plants.

 

Where we operate

We supply our CHP units to the following markets:

  • Czech Republic
  • Slovakia
  • Poland
  • Austria
  • Italy
  • United Kingdom
  • Ireland
  • Romania
  • Serbia
  • Bulgaria
  • Belgium
  • Germany
  • Ukraine
  • USA
  • Canada
About us
 

They wrote about us

Read what is written about us in the media.

 

Research and development projects

 

Project CZ.01.1.02/0.0/0.0/21_374/0026387 – Development of an innovative cogeneration unit combusting gases with hydrogen admixture is co-financed by the European Union under the Operational Programme Enterprise and Innovation for Competitiveness, Applications Programme.

The intention of the project is R&D activities leading to the production of a prototype of an innovative KGJ that will burn natural gas or biogas with up to 20% hydrogen. Due to the physical properties of hydrogen, the emphasis will be on the safety and reliability of the CHP unit. Hydrogen is an emerging generation of fuels that can be used to transform the energy sector, can be conveniently obtained from RES, and in the case of its combustion in a CHP plant, it is an environmentally friendly technology from an LCA perspective and can be applied in the decentralised energy sector.

The project is supported by a subsidy based on the grant decision No.MIT 10905/22/61200/75 and is solved in cooperation with the Mining University – Technical University of Ostrava. The project is implemented in the period 7/2021 to 5/2023.


Project CZ.01.1.02/0.0/0.0/21_374/0026720 – Communication and control unit for data collection and integration for efficient management of energy resources is co-financed by the European Union under the Operational Programme Enterprise and Innovation for Competitiveness, Applications Programme.

The project aims at research and development of a functional sample of hardware solution for data collection, processing and evaluation from the system of energy gas sources. The developed solution will enable bi-directional (full-duplex) communication with the installed sources and unification of the typology of data points obtained from systems of different manufacturers. The communication platform will enable a significant increase in efficiency, controllability and visibility of individual sources for higher-level control systems.

The project is supported by a subsidy based on the grant decision No.MIT 20044/22/61200/2082 and is solved in cooperation with the Mining University – Technical University of Ostrava. The project is implemented in the period 8/2021 to 5/2023.


Project CZ.01.1.02/0.0/0.0/21_375/0027079 – Industrial Research, Development and Innovation Centre GENTEC CHP is co-financed by the European Union under the Operational Programme Enterprise and Innovation for Competitiveness, Call Potential.

The subject of the project is the establishment of an industrial research, development and innovation centre of GENTEC CHP. The project will thus provide new opportunities for research solutions and current projects focusing on the production and consumption of emission-free hydrogen and the management of energy resources using artificial intelligence. The creation of the research infrastructure will support the company’s strategy to be a leader in the supply and service of innovative and progressive green hydrogen-fuelled CHP units, particularly in Europe.

The project is supported by a subsidy based on the grant decision No. MIT 94547/22/61200. The project is implemented in the period 09/2021 to 06/2023.

Information on the conditions for making the infrastructure available to the extent required: list of equipment purchased.


Project CZ.31.2.0/0.0/0.0/22_014/0004617 – Digitalization of GENTEC CHP s.r.o.

The subject of the project is the purchase of technical means for the digitalization of key activities in GENTEC CHP. The solutions to be applied within the project plan will allow to increase the efficiency of the overall process in the company by obtaining new data sources from the primary process components and setting up new possibilities for the use of data across the entire company process. A new possibility of communication through augmented reality will also be an innovative benefit.


Project TK05020148 – Research and Development of Hydrogen Microcogeneration for Flexibility Solutions – is co-financed with state support from the Technology Agency of the Czech Republic under the TK Program (Program to Support Applied Research, Experimental Development, and Innovation THÉTA).The aim of the project is to use R&D activities to develop a prototype micro-cogeneration unit that burns natural gas (or biogas) blended with hydrogen at a ratio of 30% or higher, with an output of 20 kW.


Project CZ.01.01.01/01/24_063/0006172 – Development of an innovative cogeneration unit burning 100% hydrogen

The subject of the project is to develop a modern cogeneration unit burning pure hydrogen, which will enable efficient production of electricity and heat without greenhouse gas emissions. The project focuses on advanced technology for the combustion of hydrogen as an environmentally friendly fuel that contributes to the decarbonisation of the energy sector and the promotion of sustainable energy sources. The elimination of CO2 emissions is essential to achieve climate goals and protect the environment.


 

ISO certification

We hold the following ISO certifications

IMS politika

 

Work with us

We will be happy to work with you on your projects.