Metalworking & assembly applications
Energy equipment
We produce and assemble metal structures for power plants, heating plants, wind farms and other energy sources.
Piping systems
We can produce and install pipes, bushings, fittings, valves and other pipeline components for the transport of water, steam, gas, etc.
Containers & tanks
We produce and assemble containers and tanks for transporting liquid fuels and media. For example, these are fuel tanks, coolant tanks, etc.
Heat exchangers
We can prepare various types of heat exchangers for you as part of the equipment production for heat exchange between media. For example, plate, shell-and-tube, jacketed, etc.
Structures for distribution & transmission networks
We can also provide high-voltage towers, distribution stations, supporting structures and other infrastructure elements for you.
Repairs & maintenance of energy equipment
We weld metal components and structures, repair corrosion damage, paint, strengthen structures and perform other maintenance and renovation works.
Electrical wiring
We install electrical wiring and cable networks for the transmission, distribution and management of electricity in energy equipment. Our qualified personnel assemble wires, cables, junction boxes, circuit breakers, switching devices and other electrical components.
Protection & control equipment
We install overcurrent and short circuit protection systems, control systems, automation equipment and control panels.
Electrical substations
We install various components for monitoring and controlling the operation of energy systems (electricity, gas, heat and water meters); e.g. electricity meters, gas meters, thermometers, water meters and other measuring devices.
Metalworking and assembly services are essential for the successful construction, operation and maintenance of energy equipment and infrastructure. In addition to our reliable and high-quality production, we also offer specialised installers and technicians with expertise and experience in the field of technical system assembly.
Automation applications
Distribution networks
There are control systems and software applications for automating the operation of electricity, gas and heat distribution networks. Through them, you can monitor and manage networks, optimise energy distribution and supply or detect failures and renewals.
Generators & turbines
These devices can be automatically controlled to start, stop, optimise their performance, monitor operation or diagnose failures.
Wind & solar power plants
We can monitor and control the performance of equipment in real time and optimise its operation in this energy industry sector. Automation processes also make it easier to adapt to weather changes.
Heating processes
Automated systems can control and monitor processes in heating plants. This includes fuel combustion, steam generation, heat distribution and electricity generation in combined heat and power (CHP).
Protection & safety
The safety factor cannot be overlooked in the energy sector. It is possible to detect crisis situations quickly with systems for monitoring and managing operational safety; e.g. fires, gas leaks, fault conditions or unauthorised access. Automation enables a quick response to hazardous situations and minimises risks to employees and the environment.
Transmission networks
By automating processes, it is also possible to optimise energy transmission, plan and manage energy supply, detect and eliminate network congestion. All this contributes to optimising operating costs.
Smart consumption metering & management
We can deploy smart metering systems for real-time monitoring of electricity, gas and heat consumption. They enable efficient energy consumption management, identify saving measures and optimise billing for energy consumed.
Automation services are still an underestimated assistant in modernising the robust energy industry. They can have an immense impact on resource efficiency, reducing operating costs and improve energy supply reliability. It is important to introduce services gradually and with detailed planning.
