Overview

Kraftwerk-Kennzeichen System (KKS) originate from Germany. At present,it is widely used in power plant planning and design, project construction and management of the process; It has enough capacity and extensible, able to identify all different types of power plant equipment; Logical structure and composition of KKS is distinct, the code simple, can not exist independently depends on the computer programming language. These characteristics make it suitable as a basic data for computer processing, for the power plant information system such as MIS, ERP, EAM, SIS) provide strong support, the establishment of the plan for enterprise in cost accounting, statistics, and budget management to provide good basic data platform. In addition, KKS can be mixed with other encoding to use, such as document coding, spare parts coding, etc., it has important value for integration of the power plant management. Also for the construction units and the diversification of communication between domestic and international provides convenient.

Classification and structure

There are three different types of KKS code which considering the various devices in power plants and identification of parts and equipment parts have a variety of requirements.

Relevant process code: systems and equipment parts related to the process of identification, according to their mechanical, civil, electrical, and thermal control engineering of the role of coding. This code is used by all of the engineering, mechanical, civil, electrical and thermal control, it is the most important code in this sense.

Installation position code: unit (e.g., control cabinet, control panel, and console) in the electrical and thermal control equipment installation position of the logo;

Venue code: in structure, floor, and room and fire zone in the location of the logo.

Character

1) distinguish all the equipment and subsystem;

2) clearly identify all subsystem, adopt the method of step by step subdivision, data character has a fixed meaning.

3) code with sufficient reserves for the needs of the development of power plant project in the future.

4) choose a different id according to the need.

5) length variable, and not too long, easy to recognize.

6) structure distinct, not chaos or repetition.

7) has wide applicability and can be used for various types of power plants and power stations.

Usage

1)Realize the factory or group sharing of information as a power plant the linkage of each information system.

2) Make different manufacturers of equipment and systems into a unified identity system.

3)Code equipment for various types of power plant, for the factory building, facilitate equipment management and operation and management.

4)Conducive to information management all devices using the same factory unique code,.

5)Query timely related materials or equipment storage and usage to all the departments, dynamic response of fixed assets for the factory.