Design of automated control systems based on programmable logic controllers, as well as on personal computers.

Development of a structure, control algorithm and programming of logical controllers for emergency power reserve input systems with automated start-up of generator sets for the first special category of power supply reliability for especially critical consumers. Development and implementation of a control algorithm for “unloading” excess consumers of industrial enterprises when powered by a generator set.

Implementation of the structure and algorithm of technological protections as part of a local control system for compressor equipment. Integration with a microprocessor control system for a 6 kV (10 kV) power supply source.

Design of automated control and metering systems for electricity with the following functionality: automatic collection of commercial metering data for electricity consumption (supply) for each metering point (group) at specified commercial intervals. Storing power quality parameters in a database. Providing multi-tariff metering of electricity consumption (supply).

Design of automated dispatch control systems for power supply of industrial enterprises (ASDUE) with the following system functionality: determination of the current states of switching elements; measurement of current values of technological parameters (currents, voltages, active and reactive powers, etc.); enabling and disabling controlled objects; archiving of all events and measurements, maintaining a database.

Development of working and design documentation for automated control systems based on a set of regulatory documents ESKD, ESPD. When designing, leading domestic and foreign equipment manufacturers are used. Modern design tools (AUTOCad, EPLAN P8) are used to develop documentation.

Design of automated process control systems with increased requirements for fault tolerance. Development of control cabinets, telecommunication cabinets, server cabinets (for process control systems), supply of automated operator stations (AWP) for monitoring and managing technological parameters and the facility.

Design of computer systems and data transmission systems using Ethernet technology (including fiber-optic communication lines). This technology provides connection of personal computers, industrial logic controllers, industrial machines, control and security systems, video surveillance, access control and management systems.

Development of monitoring and control systems for medical oxygen generators and concentrators built on their basis (See attached certificates), which were supplied as part of the re-equipment of medical institutions.

Development of application software for automated process control systems using programming languages of the IEC 61131-3 standard.

Software development for programmable logic controllers for security system development

Development of user interfaces for automated process control systems using instrumental software and SCADA systems.

Development of operational documentation for automated process control systems in accordance with regulatory documentation

Maintenance, adjustment and configuration of software for automated control systems in accordance with the developed program and test methodology in accordance with regulatory documentation.

Participation in commissioning work on structured cable networks (diagnosis, measuring signal attenuation, termination, dividing controller ports into access zones, setting up gateways, Firewall).

Modernization and modification of software to expand the functionality of automated control systems. Updating the model range of PLC equipment due to its obsolescence or failure.

Installation and configuration of system (Windows and Linux operating systems), instrumental (programs for developing PLC software) and application software on operators’ personal computers.

Setting up personal computers of operators of automated control systems - setting up user authorization, network parameters, services and components.

Configuring and adjusting computer networks and network equipment in accordance with the project.

Conducting training for customer operation service specialists on the principles of safe operation and operation of the supplied automated process control system.