DESIGN of ENERGY facilities

Integrated design and construction support for energy facilities and engineering infrastructure, including electric grid facilities of low, medium, high and high voltage classes (0.4-35 kV, 110- 750 kV, KL, VL, PS)

Today, our main directions are:

Research and development activities in the field of development of integrated technical solutions for the support, monitoring, operation of electrical equipment of capital construction facilities (PS), linear structures (KL, VL) of low, medium, high and high voltage classes.

– Development of technical and technological solutions for providing, analyzing business processes for the supply of equipment, maintenance of electrical equipment;
– Classification of electrical equipment, network energy facilities of capital construction, linear structures subject to digital identification (marking);

Integrated design (optimization of design decisions), coordination with interested bodies of expertise and supervision of design and survey work on energy facilities and engineering infrastructure

– cable lines 0.4-35 kV, 110-330 kV, including a set of technological protections and monitoring;
– overhead lines 0.4-35 kV, 110-750 kV, including a set of technological protections and monitoring;
– network structures of 0.4-35 kV, 110-750 kV, including outdoor switchgear, indoor switchgear, switchgear, converter and rectifier devices, current-limiting reactors, power transformers and current transformers, etc .;
– boiler rooms;
– power plants (diesel, gas turbine, gas piston);
– treatment facilities;
– water intake facilities and onshore booster pumps.

In addition to the main sections of the design and working documentation carried out for capital construction projects and linear structures of energy facilities, our specialists perform:

– general technical solutions for the implementation of projects for new construction, reconstruction of energy facilities and determination of technical and economic indicators of the project;

– projects of relay protection, automation and metering (voltage class 0.4-35 kV, 110-750 kV);

– projects of supervisory control and tele mechanics (voltage class 0.4-35 kV, 110-750 kV);

– measures for electromagnetic compatibility of the main electrical equipment;

– environmental documentation, including those related to the use of water bodies.

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