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Is There Anything New Under the SCADA Sun? How a New Generation SCADA System is Saving Kinder Morgan Time and Money on the Cypress Pipeline

机译:Scada Sun下有什么新东西吗?新一代SCADA系统如何在赛普拉斯管道上保存Kinder Morgan时间和金钱

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For many years, pipeline SCADA systems have been deployed using common architectures, hardware designed to maximize communications, and multiple software sub-systems that are not integrated off the shelf. These traditional systems have evolved over time from totally centralized mainframe systems to distributed systems built with off-the-shelf hardware and custom software. The growth in capabilities of these systems has been controlled largely by two major factors: (1) the availability of reliable communications between remote locations and the central host control room and (2) by the capabilities of software used to manage the hardware systems. However, it is now possible to create more flexible and manageable SCADA systems for pipelines and other industries using several key technologies that have been available for many years. These important technologies include object-oriented programming (OOP) and operations environments, an improved communications infrastructure, and the use of robust software tools that allow you to design, configure, and test SCADA systems independent of the hardware they are originally intended to work with, thus allowing you to upgrade to as yet unknown hardware without reengineering your system. Obviously, these capabilities are not new. They are, however, new to the world of SCADA systems and pipeline SCADA in particular. By incorporating these key components into existing pipeline SCADA systems, pipeline owners will see a reduction in both time and cost associated with developing and maintaining a SCADA system. Pipeline owners will also see increased benefits from being able to establish and enforce consistent control and communication standards across their whole enterprise. This paper will detail important shortcomings of our industry's existing SCADA architectures, explain how the use of specific new technologies can benefit pipeline SCADA applications, and describe how these technologies are built into Kinder Morgan's Cypress Pipeline SCADA system.
机译:多年来,管道SCADA系统已经使用常见架构部署,硬件旨在最大化通信,以及未集成在货架上的多个软件子系统。这些传统系统随着时间的推移从完全集中的大型机系统到分布式系统而来,分布式系统与现成的硬件和自定义软件为基础。这些系统的能力的增长主要由两个主要因素控制:(1)通过用于管理硬件系统的软件功能,远程位置和中央主机控制室和(2)之间的可靠通信的可用性。但是,现在可以使用多年可用的几个关键技术为管道和其他行业创造更灵活和可管理的SCADA系统。这些重要技术包括面向对象的编程(OOP)和操作环境,改进的通信基础架构,以及使用允许您设计,配置和测试SCADA系统的强大的软件工具,其独立于它们最初打算使用它们,从而让您升级到尚未升级的硬件,而无需重新登记系统。显然,这些能力并不新鲜。然而,他们特别是SCADA系统和管道苏达达的世界。通过将这些关键组件纳入现有的管道SCADA系统,管道所有者将看到与开发和维护SCADA系统相关的时间和成本。管道所有者还将看到能够在整个企业中建立和实施一致的控制和通信标准来增加益处。本文将详细介绍我们行业现有的SCADA架构的重要缺点,解释了如何使用特定的新技术可以使用管道SCADA应用程序,并描述如何建立在Kinder Morgan的赛普拉斯管道SCADA系统中的这些技术。

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