2006•Electric PowerRequires access

Progress in the design of DCS for large-scale thermal power plants

XU Ji-gang

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Abstract

A passel of large-scale thermal power plants with high parameters are being built after the construction of 2000's demonstration thermal power plants. The DCS design for large thermal power plants has changed a lot recently in the following aspects. Electric control system, DEH control system and some other independent routine control systems have been involved in DCS; some common systems for units have been controlled by DCS communal network; large air cooling control system, large CFB boiler control system, seawater desulfurization control system and de-NOx control system have been brought into DCS. Main design schemes were discussed and some rationalization proposals were presented corresponding to the existing problems in design.

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What this paper is about

A passel of large-scale thermal power plants with high parameters are being built after the construction of 2000's demonstration thermal power plants. The DCS design for large thermal power plants has changed a lot recently in the following aspects. Electric control system, DEH control system and some other independent routine control systems have been involved in DCS; some common systems for units have been controlled by DCS communal network; large air cooling control system, large CFB boiler control system, seawater desulfurization control system and de-NOx control system have been brought into DCS. Main design schemes were discussed and some rationalization proposals were presented corresponding to the existing problems in design.

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Available abstract

A passel of large-scale thermal power plants with high parameters are being built after the construction of 2000's demonstration thermal power plants. The DCS design for large thermal power plants has changed a lot recently in the following aspects. Electric control system, DEH control system and some other independent routine control systems have been involved in DCS; some common systems for units have been controlled by DCS communal network; large air cooling control system, large CFB boiler control system, seawater desulfurization control system and de-NOx control system have been brought into DCS. Main design schemes were discussed and some rationalization proposals were presented corresponding to the existing problems in design.

Key concepts: Thermal power station, Distributed control system, Rationalization (economics), Control system, Engineering, Power station, Control engineering, Boiler (water heating)

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