The Center of Collecting of Technology Information (CCTI) of the Nizhnekamsk combined heat and power plant is put into operation

In the summer of 2013 KRUG company puts into operation the Center of Collecting of Technology Information (CCTI) of the Nizhnekamsk combined heat and power plant based on the software of WideTrack and SCADA/HMI DataRate.

Goals and Objectives

A system is intended for collecting of process parameters from local to an APCS of the Nizhnekamsk combined heat and power plant and providing information on station personal computers.

The purpose of system development – collection of information from an APCS of the equipment of combined heat and power plant:

• An APCS of boiler units – 8 pieces.
• An APCS of turbines – 7 pieces.
• An APCS of all-exchange equipment – 37 pieces.

Basic functions of a system

• Providing to personnel of combined heat and power plant of sufficient and reliable information about the course of technology processes local an APCS
• Providing summary retrospective technology information to personnel for the analysis, the organization and work planning of the capital equipment of combined heat and power plant and its repair
• Decrease in probability of wrong actions of operation personnel due to timely providing the summarized information in an evident type
• Formation of reporting documents on process parameters, emergency situations and technology protection local an APCS
• Long data storage in relational Microsoft SQL Server DBMS
• Viewing historical parameters in a trend type and printing documents
• Preserving of reporting information in the file of the Excel or PDF format.

Architecture of the center of collecting of technology information

Are composition:

• The server of data collection WideTrack carries out a survey of a local APCS and preserving of technology information in the Microsoft SQL database
• The SQL server will organize management of relational databases
• The server of visualization DataRate makes preparation and providing data to client applications of a system
• Web clients – station personal computers on which the prepared information by means of Web technologies is displayed.

Distinctive features of a system

• The remote organization of commissioning without departure of private pension fund specialists "CIRCLE" on an object
• Consolidation of technology data from SCADA systems of different producers, including SCADA of KRUG 2000, Siemens Win CC, Trace Mode, Ovation, etc.
• Possibility of further expansion of a system by own forces of the Customer.

NPF KRUG executed delivery of the corporate software, development of the application software and commissioning. In 2014 further expansion of a system with connection of an APCS of other objects of the Nizhnekamsk combined heat and power plant to it is planned.

The Nizhnekamsk combined heat and power plant is affiliated firm JSC Tatneft and provides with electrical and thermal energy of the enterprise of a petrochemical complex where JSC Nizhnekamskneftekhim, JSC Nizhnekamskshina, JSC TAIF-NK and JSC TANEKO, the enterprise of Base of Building industry and the residential sector of enter. Nizhnekamsk. At the Nizhnekamsk combined heat and power plant more than ten APCS implemented based on SCADA KRUG-2000® function.