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At a cement plant in the Czech Republic, eight cement mills equipped with medium-voltage motors are installed and must be shut down approximately five times per month for cleaning of technological components. These interventions do not involve electrical equipment; however, without an appropriate technical solution they would require the presence of an electrician during every service operation.

The customer’s objective was to create a system that would allow safe disconnection of the MV motor directly at the point of the technology, enabling maintenance technicians to work independently, without risk and without intervention in the electrical system beyond a clearly defined procedure.

Within a railway infrastructure project in the Russian Federation, the customer requested the supply of six outdoor transition cable cabinets intended to serve as the power supply points for a stacking machine. The cabinets were designed not only for the transmission of medium-voltage power, but also for the combined routing of power and fiber-optic cables.

The project was particularly specific due to the combination of climatic, environmental, and certification requirements.

As part of the Istanbul WTE project in Turkey, a standalone high-voltage generator terminal box with an output of 100.96 MVA was supplied. The unit is designed for the safe power output connection and grounding of the generator neutral point. The terminal box ensures a stable connection to the high-voltage generator and supports measurement and testing of power parameters in the industrial environment of a waste-to-energy plant.

In the foundry project in Poland, it was necessary to design a high-voltage switchgear capable of handling high currents at 36 kV while also adapting to the limited installation space of the facility. The solution had to be clear in layout, easily serviceable, and operationally safe in a demanding industrial environment.