APPLICATION OF MODULE MATLAB COM FOR REALIZING DEVELOPMENT OF SIS FUNCTIONS IN POWER PLANT
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APPLICATION OF MODULE MATLAB COM FOR REALIZING DEVELOPMENT OF SIS FUNCTIONS IN POWER PLANT
Thermal Power GenerationVol. 39, Issue 2, Pages: 85-87(2010)
作者机构:
1. 西安热工研究院有限公司
2. 中电投电力工程有限公司
3. 开封京源发电有限责任公司
作者简介:
基金信息:
DOI:
CLC:TM621.6;TP311.52
Published:2010
稿件说明:
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LAI Fei1, LI Xing-long2, FU Shan-shan3, et al. APPLICATION OF MODULE MATLAB COM FOR REALIZING DEVELOPMENT OF SIS FUNCTIONS IN POWER PLANT[J]. Thermal power generation, 2010, 39(2): 85-87.
DOI:
LAI Fei1, LI Xing-long2, FU Shan-shan3, et al. APPLICATION OF MODULE MATLAB COM FOR REALIZING DEVELOPMENT OF SIS FUNCTIONS IN POWER PLANT[J]. Thermal power generation, 2010, 39(2): 85-87.DOI:
APPLICATION OF MODULE MATLAB COM FOR REALIZING DEVELOPMENT OF SIS FUNCTIONS IN POWER PLANT
In supervisory information system(SIS) of power plant
it is necessary to realize development of many applied functions
thereby
needing effective data processing methods and optimal algorithms.For this
a scheme has been put forward
in which a system developing platform was constructed by using high-level programming language
and the complex algorithm's functions were realized by using module MATLAB COM.Thus
the system can save development costs and enhance efficiency of the system development.The realization process of calling module MATLAB COM in developing SIS functions has been presented
and a comparison between the accuracy and efficiency of some calculated results with those obtained from self-developed algorithms being carried out
it shows that the result obtained from seeking solution for load distribution problem by using module COM formulated from the secondary plan function in MATLAB is somewhat worse than that obtained by using Langrangian relaxing method.Therefore
for development of an information system needing higher accuracy and efficiency of the algorithm
it is necessary to have designed algorithm with a clear aim
or to adopt scientific calculation software which is more suitable for concrete problems.