Systematic Thinking and Evaluation of Construction Quality Management Standardization of Power Engineering in China

Yuan, Taiping; Ou, Jing-Feng; Wang, Juan; Zhang, Wei

doi:10.1155/2022/6129713

Cited by 4 publications

(3 citation statements)

References 53 publications

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“…With the development of the digital economy and industrial digitization, BIM has gradually been applied to various fields of construction projects. For example, more and more engineering projects have been adopting BIM technology, such as power engineering [8], large airport projects [9], and hydropower engineering [10]. BIM can not only accurately and quickly measure project costs [11] and minimize project labor and time costs [12], but also conduct real-time quality information collection and processing on construction sites, identify construction problems, and support real-time quality control [13].…”

Section: Literature Review 21 Performance Evaluation Of Bim Applicationmentioning

confidence: 99%

Framework for Evaluating the BIM Application Performance: A Case Study of a Grid Information Modeling System

Rong¹,

Qi²,

Wu³

et al. 2023

Sustainability

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BIM has played an important role in promoting sustainable development in the construction industry. The lack of an effective system for evaluating BIM application performance has become a major obstacle to BIM application. Therefore, this study develops an indicator evaluation framework that includes benefit factors and cost factors to systematically evaluate the BIM application performance. The evaluation indicators are determined through a scientometric literature review and expert evaluations, and the AHP method is employed to assess the weights of each indicator. A performance index is established and measured through a cost–benefit measurement. The developed evaluation framework and index are applied in a case study of a grid information modeling (GIM) system implemented in a specific UHV substation project. The sensitivity of the evaluation index is further examined. Finally, the recommendations for developing BIM applications like GIM are discussed. Accordingly, this research mainly contributes to developing the BIM application performance evaluation framework and index, which can be used to assess the application performance of digital technologies in the construction industry worldwide. The case experience and recommendations could promote BIM application in the power generation construction industry.

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Section: Literature Review 21 Performance Evaluation Of Bim Applicationmentioning

confidence: 99%

Framework for Evaluating the BIM Application Performance: A Case Study of a Grid Information Modeling System

Rong¹,

Qi²,

Wu³

et al. 2023

Sustainability

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show abstract

“…For a long time, scholars have focused on the technical and economic aspects of PCPs. For example, improving the quality of PCPs in the construction stage [16,17], enhancing the risk control level of PCPs [7,18], and evaluating the cost and economic performance of PCPs [19,20]. In addition, Zhang et al evaluated the key characteristic indicators of PCPs, and the evaluation results are conducive to the investment decision for a PCP, and the research results show that the increase in PCPs is important for promoting economic growth [21].…”

Section: Literature Review 21 Pcps and Their Carbon Emissionsmentioning

confidence: 99%

Simulation of Carbon Emission Reduction in Power Construction Projects Using System Dynamics: A Chinese Empirical Study

Li,

Shi,

Liu

et al. 2023

Buildings

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Power construction projects (PCPs) consume a large amount of energy and contribute significantly to carbon emissions. There is relatively little research on carbon emission reduction in PCPs, especially in predicting carbon emission reduction from a dynamic perspective. After identifying the influencing factors that promote the carbon emission reduction effect of PCPs, this study adopted a dynamic analysis method to elucidate the relationship between the variables. A quantitative carbon emission reduction system for PCPs with 51 variables was established using the system dynamics model, and the system simulation was performed using Vensim PLE software. Finally, a sensitivity analysis was conducted on four key factors: R&D investment, the prefabricated construction level, the scale of using energy-saving material, and the energy efficiency of transmission equipment. The results show that: (1) The reduction in carbon emissions from PCPs continues to increase. (2) R&D investment is the most significant factor for improving the carbon emission reduction in PCPs. (3) The value of the above four influencing factors should be increased within a reasonable range so that the four factors can work better to promote the carbon emission reduction effect of PCPs. This paper creatively proposes a dynamic prediction model for carbon emission reduction in the PCP, and the research results provide the scientific basis for government supervision and enterprise decision-making.

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“…Major power projects are extremely important since they act as critical nodes of the national power producing and transmission networks. For example, the transmission project from Wudongde in Yunnan province to Guangdong/ Guangxi province (abbreviated as Kunliulong Transmission Project) is the largest extreme high voltage direct current (DC) transmission project in the past decade and a critical part of the West to East transmission network as well as the high-efciency power system of China [5]. And, another transmission project from Yunnan/Guizhou province to Guangdong province (abbreviated as Yun-Guizhou Connection Project) is the frst ±500 kV three-terminal direct current transmission project of the world, and the primary power passageway from western China to Guangdong-Hong Kong-Macao Greater Bay Area.…”

Section: Introductionmentioning

confidence: 99%

Comprehensive Framework of Major Power Project Management Based on System Thinking

Zhu

Ai-hua

Peng

et al. 2022

Advances in Civil Engineering

Self Cite

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Major power projects are normally critical nodes of the national power producing and transmission networks. However, the management of major power projects faces a variety of difficulties such as large scale, technical complexity, high quality standard, and frequent coordination. To improve the scientificity and effectiveness of the construction management of major power projects, a comprehensive framework of major power projects is established, which can be further decomposed into 8 subsystems and 28 indicators through system thinking. Then, by combining the G1 method with the cloud model, a new way of management performance evaluation of power projects is provided. Finally, taking the Kunliulong DC demonstration project as a case, the total performance evaluation result using the cloud model is between “excellent” and “great,” and more inclined to “excellent,” the performance of Schedule Control is close to the “outstanding” level, while the performance of Project Breakdown Structure is reaching the “good” level. The result shows that the established management evaluation system of major power engineering is relatively comprehensive, which can provide a reference for the realization of multiobjective and full-cycle overall management. Meanwhile, the exposed weak links in management, such as structural decomposition and environmental protection, should be highly valued and strictly controlled.

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Systematic Thinking and Evaluation of Construction Quality Management Standardization of Power Engineering in China

Cited by 4 publications

References 53 publications

Framework for Evaluating the BIM Application Performance: A Case Study of a Grid Information Modeling System

Framework for Evaluating the BIM Application Performance: A Case Study of a Grid Information Modeling System

Simulation of Carbon Emission Reduction in Power Construction Projects Using System Dynamics: A Chinese Empirical Study

Comprehensive Framework of Major Power Project Management Based on System Thinking

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