The new pumping station is integrated into the dispatching system of Saransk heating networks

2024: Pump Station Automation TM-3

The company CIRCLE"" automated the newly built pump station TM-3 and integrated into the existing automated dispatch control system (ASDU) of Saransk heating networks. ADMS operates on the basis of a firmware (software and hardware) complex. KRUG-2000 This "" was CIRCLE announced on May 20, 2024.

source = Circle

ADMS was developed using typical technical solutions of KRUG company: APCS of pump stations, APCS of heat stations and ADCS of heat supply company facilities.

The 2,500 m³/ch capacity booster pump station is located on the Northeast Highway of Saransk and is designed to supply thermal energy to residential areas.

KRUG has completed mid and upper level engineering, automation cabinet supply, engineering and commissioning.

The automation cabinet is equipped with an industrial DevLink-C1000 controller with DevLink-A10 series I/O modules that provide control of network electric pumps (SES), collection and processing of information from temperature, pressure and coolant flow sensors, leakage detectors, power converters and actuators. Data transmission to the upper level of the system (to the dispatching center of Saransk heating networks) is carried out via Ethernet and GSM channel. The automation cabinet provides for the possibility of monitoring the technological process "in place" using the operator's console based on the touch control panel.

Automated workstations of the dispatch center operate under the control of the Russian SCADA KRUG-2000. Remote users of the system can view information about the state of the heating network via the Internet using any WEB browser.

NPF KRUG has been working at the facilities of Saransk heating networks since 2010. During this time, the ASDU was put into operation with a phased connection of 12 pumping stations and 103 central heating points.

2023

Completion of AIIS UWC technical re-equipment

The KRUG company on April 24, 2023 announced the completion of work on the technical re-equipment of the automated information and measuring system of the combined water treatment complex (AIIS UWC) of the Saransk TETs-2.

AIIS UWC of Saransk TETs-2 operates on the basis of the KRUG-2000 software and hardware (software and hardware) complex (PAK PTK KRUG-2000).

The existing control cabinets were converted with the installation of DevLink-C1000 controllers and DevLink-A10 I/O modules from the PAK CAS KRUG-2000. The controller equipment operates under the control of the real-time controller system (RVCC) developed by NPF KRUG.

Two AWS of operators with the installed SCADA KRUG-2000 one perform functions of collection, processing, visualization and archiving data from lower level sensors, as well as functions of control of actuators and pump units. The engineer's AWS provides control and correction of software controllers and operators' AWS.

The work was carried out systematically and divided into stages for three years without stopping the process of water treatment of the thermal power plant.

KRUG has been working at the facilities of the Saransk TETs-2 since 1999. During this time, together with the specialists of NPF KRUG, the reconstruction and modernization of automation tools for the technological processes of the main equipment is being carried out sequentially

Completion of technical re-equipment of ASKUTE

Completed design work on technical re-equipment of automated system of commercial metering of thermal energy (ASKUTE) of the Saransk TETs-2, which performs the functions of integrated technical and commercial metering of thermal energy/heat carrier. Accounting is carried out in accordance with the rules of commercial accounting of heat energy and heat carrier (Resolution Government of the Russian Federation No. 1034). The company Circle announced this on February 7, 2023.

The developed design documentation provides for the replacement of the outdated equipment and upgrade software of the upper level of the system. The modernized ASCUTE will ensure the production of cash calculations according to energy resources with consumers, as well as operational control functions heat production and heat consumption by subdivisions and facilities of the enterprise.

Operational and commercial information is collected by data collection controllers DevLink-S1000 (together with DevLink-A10 I/O modules) from thermal energy metering devices of geographically distributed consumption facilities. Controlled parameters: flow rate, pressure and temperature of the supplied coolant consumers, as well as the supply of additional water to the thermal power plant. Information is accumulated on the data collection server and displayed on the AWS operators with SCADA KRUG-2000 installed. Then all information is transmitted to automated information-measuring system of technological and commercial metering of CHPP (AIIS TiKU).

Factory network users: AWS of the director, chief engineer, head of PTD, Head of CTC and Head of CTAI. All information is stored for 5 years and can be provided to management, employees and consumers in the form of reports, tables and graphs.

Reconstruction and modernization are being carried out consistently at the Saransk TETs-2 main equipment and means of automation of technological processes. With with the participation of NPF KRUG, SAUGs of steam boilers TP-47 st. No. 5 and No. 6 were put into operation, boilers PK-19 st. No. 1 and No. 2, SAUG boiler units PK-19 st. No. 2 and No. 3, SAUG water heating boiler PTVM-100 st. No. 1, APCS of turbine generator st. No. 2 , APCS frac, system uninterrupted power supply of burners of boilers PK-19 and TP-47, energy resources metering system CHP and others.

Automated metering systems implemented on the basis of Russian software hardware (software and hardware) complex KRUG-2000, successfully functioning in the Saransk TETs-2 since 2003

2021

Installing the DevLink-C1000 Controller

On September 27, 2021, KRUG announced that it had completed the second stage of technical re-equipment of the automated information and measuring system of the combined water treatment complex (AIIS UWC) of the Saransk TETs-2. Work has been done to upgrade the existing control cabinet with the installation of industrial DevLink-S1000 controllers with I/O modules DevLink-A10 to replace obsolete equipment. Read more here.

Technical re-equipment of the operational information complex

On September 20, 2021, Krug announced that it had carried out the technical re-equipment of the operational information complex (OIC) as part of the Main Control Board of the ORU-35,110 kV Saransk TETs-2.

Saransk TETs-2 (a branch of Mordovian PJSC T Plus) provides heating and hot water supply to the Central and Northeastern parts of the city, releases steam to the Northern and Central industrial areas.

The OIC of the Saransk TETs-2 operates under the control of the software and hardware complex CAS KRUG-2000 (CAS KRUG-2000).

As part of the re-equipment, the SCADA KRUG-2000 software was upgraded to version 4.2, the information capacity of the system was expanded, additional parameters from other information systems of the thermal power plant were integrated.

Works on supply and installation of materials and equipment, supervision of installation and commissioning were performed.

NPF KRUG has been working at the facilities of the Saransk TETs-2 since 1999. During this time, the specialists of NPF KRUG are consistently reconstructing and modernizing the main equipment and means of automation of technological processes.

2018: Implementation of artesian water commercial metering system

Project objectives

On June 19, 2018, KRUG announced the introduction of a commercial accounting system for artesian water for the Saransk TETs-2 on the basis of the KRUG-2000 software and technical complex. The work was carried out as part of the technical re-equipment of the water conduit No. 2 of the Penza water intake.

Project progress

At the Saransk TETs-2, the reconstruction and modernization of the main equipment and means of automation of technological processes is sequentially carried out. With participation of NPF KRUG the system of uninterrupted food of torches of coppers of PK-19 and TP-47, a system of accounting of energy resources of combined heat and power plant and others are put into operation of SAUG of TP-47 boilers of the article No. 5 and No. 6, coppers of PK-19 of the article No. 1 and No. 2, SAUG of PK-19 package boilers of the article No. 2 and No. 3, SAUG of the PTVM-100 boiler of Article No. 1, industrial control system of the turbogenerator of Article No. 2, industrial control system of GRP.

The accounting system provides:

• collection and visualization of data from TSSR 043 take-off meter
• signaling of parameter deviations from the established limits
• equipment self-diagnostics
• maintenance and archiving of parameter trends, reporting documents, event protocols.

Industrial DevLink-C1000 controller is used as control cabinet controller equipment. The upper level of the system is represented by the operator's AWS with SCADA KRUG-2000 installed.

Project Summary

KRUG has completed a full range of works: design, equipment supply, engineering, installation and commissioning.

The customer plans to install a control valve on the water line and replace the manual valve with an electrified one. This valve is planned to be controlled remotely from the operator's AWS.

2016: APCS by steam extraction from turbines T-110 st. No. 4 and No. 5

On February 16, 2016, KRUG announced the commissioning of an automated control system for the extraction of steam from turbines of the T-110 station No. 4 and No. 5 of the Saransk TETs-2^[1].

Work in the project

The contractor has developed design documentation for the control system for steam extraction from T-110 turbines, delivered the Russian CAS KRUG-2000 and implemented APCS with steam collection from turbines No. 4 and No. 5 of Saransk TETs-2.

Saransk TETs-2 (2014)

Operators AWS operates under the control of SCADA KRUG-2000.

Project Summary

The introduction of ACS by steam sampling from turbine generators T-110 st. No. 4 and No. 5 ensured an increase in the economic indicators of the plant, increased the reliability of the equipment due to monitoring and control technologies, and provided personnel with timely and reliable information on the process progress and equipment condition.

2014: Supply of KRUG-2000 CAS for boiler turbine generator automation

On July 14, 2014, it became known that KRUG supplied PTK KRUG-2000 to automate a boiler turbine generator TETs-2 the city of Saransk.

Project objectives

CHPP-2 Saransk provides uninterrupted supply of heat and electric energy to the city's consumers. software APCS Modular integrated system is chosen as boiler SCADA room. KRUG-2000

Project progress

The research and production company KRUG delivered a software and technical complex of KRUG-2000 for automating the boiler TG-3 as part of a project to transfer the heat load of the Central Boiler House to the Saransk TETs-2.

Project Summary

The introduction APCS of a boiler turbogenerator on the basis ON SCADA KRUG-2000 will increase the safety of work with equipment, the efficiency of control and dispatch control of technological processes, provide operational personnel with reliable and timely information about the operation of the system.

The research and production company KRUG has developed a project to ensure uninterrupted power supply to the safety and shut-off valves of burners of steam boilers of TGMYe-464, PK-19, TP-47 and hot water boilers PTVM-100 Saransk TETs-2.

2013: Start-up of automated gas burner control system

November 6, 2013 it became known about the launch at the Saransk TETs-2 of the automatic control system of gas burners (SAUG) of the boiler unit (k/a) PK-19 st. No. 2 on the KRUG-2000 CAS platform.

Project progress

At the Saransk TETs-2 (Mordovian branch of TGK-6), the reconstruction and modernization of the main equipment and means of automation of technological processes is being carried out sequentially. In 2012, with the participation of NPF KRUG, SAUG k/a TP-47 st. No. 5 and k/a PK-19 st. No. 1. In 2013, the SAUG was introduced TP-47 Art. No. 6.

The objectives of the SAUG are:

• compliance with the requirements of "Safety Rules for Gas Distribution and Gas Consumption Systems" PB 12.529.03 of Rostekhnadzor
• providing operational personnel with timely, reliable and sufficient information on the process progress and condition of the main equipment for the possibility of operational control, analysis, optimization of equipment operation planning and technical reporting
• increased reliability of equipment operation due to advanced control and control technologies.

Functions of SAUG:

• automatic leak check of burner gas units
• automatic ignition of gas burners
• support for the possibility of switching from one type of fuel (gas/fuel oil) to another without stopping the burner
• process protections and interlocks to implement the requirements of regulatory documents for safe ignition of burners
• remote control of equipment
• information functions
• Data archiving.

Design and commissioning works at the facility were carried out by specialists of NPF KRUG.

2012: Provision of uninterrupted power supply to gas equipment of Saransk TETs-2

At the Saransk TETs-2 (Mordovian Branch of Volzhskaya TGK OJSC), the reconstruction and modernization of the main equipment and means of automation of technological processes is being carried out sequentially. In 2012, with the participation of NPF KRUG, SAUGs of steam boilers TP-47 st. No. 5 and PK-19 st. No. 1 were put into operation, in 2013 - SAUGs of boiler units PK-19 st. No. 2 and TP-47 st. No. 6, in 2014 - SAUGs of a hot water boiler PTVM-100 st. No. 1 and SAUG of boiler unit PK-19 st. No. 3.f.

The project included solutions to ensure uninterrupted power supply of safety-stop valves (PSV) of burners and boiler equipment. For these purposes, uninterruptible power supplies (UPS) with backup power supply from internal storage batteries are used, which provide autonomous power supply to the equipment of each group gas of burners. Operation information UPS is transmitted to the burner control cabinets.

Uninterruptible power supply cabinets of burner gas equipment units for each boiler have been developed to accommodate UPS. A reference has been made to the installation of these cabinets in the boiler and turbine department of the CHPP, cable connections and routes are shown. A summary estimate has been performed.

See also: KRUG has developed a line of power supply cabinets taking into account advanced technical solutions for organizing uninterruptible power supply systems for power facilities and other industries.

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