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Balancing Technology and System Reliability -Methodology for Deploying Advanced Technology

机译:平衡技术和系统可靠性 - 用于部署高级技术的方法

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New system solutions need to be introduced and deployed carefully to ensure good value to the user, effective deployment of technology, and reduced risk of stranded assets. This paper presents a methodology consisting of three effective steps for successful deployment of production-grade systems designed to perform and support disaster recovery environment. The article focuses on the deployment of most advanced technologies associated with the synchrophasor solution in electric power utilities. The steps include establishing requirements and specifications, implementing a real-time proof-of-concept (POC) performance validation center, and full deployment including end-to-end testing. Establishing such a facility is essential for successful deployment of production-grade advanced technologies in the field and at the enterprise level, and is indispensable in paving the path for effective and accelerated rollout of business cases.
机译:新系统解决方案需要仔细介绍和部署,以确保对用户的良好价值,有效地部署技术,降低滞留资产的风险。本文提出了一种方法,包括三个有效步骤,以便成功部署设计用于执行和支持灾难恢复环境的生产级系统。本文侧重于部署与电力实用程序中的同步素溶液相关的大多数先进技术。这些步骤包括建立要求和规范,实现实时概念验证(POC)性能验证中心,以及完全部署,包括端到端测试。建立这种设施对于成功部署现场和企业级别的生产级先进技术至关重要,并且在铺平道路方面是必不可少的,以便有效和加速的业务案例。

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