Building management systems

About the project:

    Place: Plzeň, Czech Republic
    Year: 2013
    Investor: ŠKODA CITY SERVICE, Ltd., Bammer trade, Inc.
    Total cost: less than CZK 10 million

    Project delivery: Integrated project solution of building management system
    Control system: Wago
    System size: 6 200 data points
    Total area: 116 000 square meters
    System installements: BMS, energy monitoring

SERVICE AND REPAIR PLANT ŠKODA PLZEŇ

The Repair and service facility in the industrial zone

Škoda Plzeň industrial area has been undergoing a major revitalization since 2004 with the aim of reviving the traditional industrial zone of the city. Part of the revitalization of Škoda's industrial campus was a new service and repair plant with an area of about 11.6 hectares. There are halls for servicing transportation vehicles, a hall for the mechanical washers, a paint shop and parking spaces with the depot capacity of 175 spaces for buses and 136 spaces for trolleybuses. Newly built repair plant in the industrial zone Škoda Plzeň provides jobs for 817 employees, including 210 parking spaces.

Škoda Transportation is one of the leading European companies in the field of transport engineering. Its products are mainly low-floor trams, electric locomotives, suburban train units, metro trains, trolleys, as well as traction motors or entire drivers for transport systems. Annually the sales get around CZK 15 billion and the company consistently employs about four thousand people. Skoda Transportation has several subsidiaries or joint ventures in the Czech Republic but also in China, Poland and Hungary.

The repair complex on the premises of Škoda Plzeň

Description of the project solution

  • Installation and commissioning of a complete building management system technologies
  • Regulation provides the programmable DDC WAGO that are placed in the distribution panel with BMS connection - dispatching control center via Ethernet
  • The automation control stations provide control and monitoring functions
  • The regulators process the input signals and via the output analog and digital signals provide fully automatic operation of the technological equipment and in compliance with the requirement to minimize energy consumption
  • Centralization of technology equipment is ensured by using a central, controlling dispatching center
  • Remote monitoring and evaluation of the energy consumption meters through communication networks (electricity meters, heat and cold metering data)

BMS section

  • Establishment of the central dispatching center with a graphic design interface SCADA
  • Interface for the remote access to the control dispatching center through the WebServer

Graphic program rendition & visualization

Monitoring screen renditions and visualizations

 

 

 

 

 

 

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