Find
Electrical and automation
500+
projects
20+
engineers
Work methods and process
Sectors
  • electrical substations up to 110 kV
  • complete, block transformer and distribution substations
  • high-voltage distribution substations 35-110 kV
  • replacement/installation of transformers and autotransformers, replacement of high-voltage switches and measuring transformers
  • Relay protection and automation of 6-110 kV substations
  • overhead power lines from 0.4 to 10 kV
  • cable power lines from 0.4 to 10 kV
Scope of work
  • preparation of general technical solutions and preliminary designs
  • development of the project of a new facility or reconstruction facility (master plan, schemes of planning organization of the linear facility route, architectural and constructive solutions, design of internal power supply systems, low-current systems, design of construction organization)
  • author's and technical supervision
software
  • We use proven solutions and modern equipment, which allows us to maximize the time of works and avoid downtime  of the enterprise due to power outages
  • Modern software and design methods (Simulink, Thermolib, BIM-technologies, etc.) are used in the development of objects. Therefore, the design of substations of any complexity is carried out with high quality and in the shortest possible time.
Areas
and sectors

The competence of our services allows us to work in a variety of sectors

Industrial facilities
Chemical and petrochemical industry, medical industry, mechanical engineering, metal and woodworking, light and food industry, data centers, logistics centers and warehouses
Infrastructural facilities
Networks (heat, water, electric, gas supply), Transformer substations and power lines, Wastewater treatment plants (Sewage facilities)
Administrative and commercial real estate
Business centres, hotel complexes, office premises, sports complexes, retail and entertainment centres, car parks, cinemas.
Residential complexes
Residential complexes, villas, townhouses
Power Engineering
Combined Heat and Power Plants (CHP) based on gas reciprocating engines (GPA) and gas turbine units (GTU), hot water and steam boiler houses, boiler houses with thermooil as a heat carrier
Renewable Energy
Wind power, solar power plants, biogas complexes, heat pumps, LFG energy sources, photovoltaic power plants