Reengineering of the New Customer Gas Connection Process Utilizing Industry 4.0 Technologies: The Greek Case of Public Gas Distribution Networks S.A.

N. Panayiotou, V. P. Stavrou, K. Stergiou
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引用次数: 1

Abstract

The process in order for a future customer (household consumer or business consumer) to be connected to a gas network and address its energy needs requires a difficult, demanding and usually time-consuming sequence of steps. For this reason, both process optimization and minimization of administrative effort are issues of great importance for companies operating gas networks. The present study dealt with the optimization of the abovementioned process (New Customer Gas Connection) regarding a company operating as a natural gas network operator in Greece. For this purpose, interviews were conducted with the company's top management and employees in order to record the current situation (AS-IS) concerning the process. After the implementation of AS-IS analysis, existing process weaknesses were identified and an improved process was designed. At this point, the study introduced Industry 4.0 technologies, which are a developing and hot trend in the last decade, focusing on the use of sensors and actuators in order to automate a series of processes. Industry 4.0 is used mainly in industries, and its methodologies and tools have also been used in the gas industry. During the process reengineering (TO-BE), four Industry 4.0- related domains were identified, in which major improvements could be applied: the use of smart meters in order to measure gas consumption, the use of smart tags in order to manage the maintenance of gas equipment, the use of smart tags in order to control document traceability within the company and the coordination (integration) of the process using appropriate information systems. Based on the above, it is concluded that by using technologies and tools related to Industry 4.0, reorganizing processes and making a sensible investment, long-term savings can be achieved. In addition, the total duration of the process may be significantly reduced. The research effort should be continued by further analyzing more case studies which clarify the role and importance of managing and modeling business processes in conjunction with Industry 4.0, with the final aim of improving processes and performance of companies as a whole.
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利用工业4.0技术的新客户燃气连接流程再造:希腊公共燃气分销网络公司的案例
为了让未来的客户(家庭消费者或企业消费者)连接到天然气网络并解决其能源需求,这一过程需要一个困难、苛刻且通常耗时的步骤序列。因此,对于运营天然气网络的公司来说,流程优化和管理工作量最小化都是非常重要的问题。本研究涉及希腊一家天然气网络运营商公司的上述过程(新客户天然气连接)的优化。为此,与公司高层管理人员和员工进行了访谈,以记录有关该过程的现状。在实施AS-IS分析后,发现了现有流程的弱点,并设计了改进的流程。在这一点上,该研究介绍了工业4.0技术,这是过去十年发展和热门的趋势,重点是使用传感器和执行器来实现一系列流程的自动化。工业4.0主要应用于工业领域,其方法和工具也被用于天然气行业。在流程再造(将来)过程中,确定了四个与工业4.0相关的领域,其中可以应用重大改进:使用智能仪表来测量燃气消耗,使用智能标签来管理燃气设备的维护,使用智能标签来控制公司内部的文件可追溯性,以及使用适当的信息系统来协调(集成)流程。综上所述,通过使用与工业4.0相关的技术和工具,重组流程并进行合理的投资,可以实现长期的节省。此外,该过程的总持续时间可能会大大减少。研究工作应该通过进一步分析更多的案例研究来继续,这些案例研究阐明了与工业4.0相结合的管理和建模业务流程的作用和重要性,最终目标是改善整个公司的流程和绩效。
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