ISA-HEAT-POWER ENGINEERING

ISA-HEAT-POWER ENGINEERING

ISA-BOILER HOUSE

The software-hardware complex ISA-BOILER HOUSE has been designed for automated process control system of a boiler house equipped with boilers DE, DKVR, KVGM-20, PTVM-50 and boilers of other types.

ISA-BOILER HOUSE performs the following functions:

surveillance and operative control of boiler house operation from operator station;
automatic maintenance of operating mode (regulation, protection) of each boiler in accordance with its parameter chart;
accounting of gas and water flow, steam and heat generation, efficiency of each boiler and boiler-house as a whole;
engineering-and-economical performance calculation and reporting.

ISA-BOILER HOUSE includes a boiler-house operator station, boilers control stations and a boiler-house equipment control station. The boiler-house operator station provides operations staff with process information which is presented on mnemonic diagrams, trends, schemes and allows controlling the process. Operator station performs functions of data archiving, reporting, energy resources accounting, and engineering-and-economical performance calculation. Control stations of boilers of various types collect data, regulate, protect and kindle boilers automatically. Boiler-house equipment control station collects data, regulates, and protects boiler-house equipment.

ISA-HEATING SYSTEM

The software-hardware complex ISA-HEATING SYSTEM has been designed to control processes of heat transfer by heating system enterprises.

ISA-HEATING SYSTEM performs the following functions:

remote surveillance and control of equipment operation of transfer pumping stations (TPS) from operator workstations located in central control centre;
automated pressure regulation in heating system (at TPS equipped with regulating valves with electric drives);
on-site control over TPS equipment;
archiving of data on TPS operation which is to be used for analysis and reporting.

Main benefits of ISA-HEATING SYSTEM include an increase of operating mode maintenance quality and safety, higher efficiency of personnel actions during emergencies, reliability of heating systems operation and decrease of technological risks.

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