Automated dispatch control systems

Borlas Group offers comprehensive solutions based on the equipment by leading world manufacturers for building automated dispatch control systems (ADCSs) for office and administrative buildings, shopping and entertainment centers, industrial enterprises, data processing centers and other facilities. The ADCS is designed for integration into a single controlled complex of various equipment (life support systems, security, energy accounting, etc.), centralized monitoring, prompt response and prevention of emergencies. The implementation of ADCS makes it possible to lower energy consumption, reduce operating costs, and ensure the required level of safety, reliability and quality of operation of facilities.

Key features:

  • Automated dispatch control of engineering infrastructure, security systems, telecommunication systems, AMR system, automatic system for technical accounting of power consumption, etc.;
  • Automatic collection of information, comprehensive analysis of the state and operation parameters of engineering systems / equipment;
  • Control, management and maintenance of optimal climatic conditions for the operation of high-tech equipment in server rooms, DPCs, etc.;
  • Remote control and diagnostics, remote control of infrastructure from automated working position (AWP) of the operator;
  • Displaying information about the state of the infrastructure (graphics, tables, mnemonic diagrams) on the displays of controllers' AWPs in real time;
  • Notification to the controller / designated persons in emergencies;
  • Registration in the automatic mode of the actions of operators of the dispatch service;
  • Automated metering of operational resources, control and accounting of energy consumption parameters for each metering point (group);
  • Transfer of parameters from one / several automated systems from geographically remote objects to the central dispatching station;
  • Archiving of information received from ADCS, online access to the data storage anywhere and at any time, generation of analytical reports on the operation of equipment and systems;
  • Using the database of system events for prompt elimination of emergencies.

Key benefits:

  • Reducing the cost of energy consumption and operating costs, reducing maintenance personnel;
  • Ensuring stable performance of equipment due to the creation of optimal climatic conditions;
  • Improving the safety of facilities due to round-the-clock automatic monitoring of the technical condition of systems, predictive diagnostics and prompt troubleshooting, reducing the influence of the human factor;
  • Reduction of the probability of unexpected equipment / engineering system failure;
  • Increasing labor productivity due to comfortable indoor conditions;
  • Ensuring a high level of safety, reliability and quality of operation of facilities.


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