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首页> 外文期刊>IEEE Power & Energy Magazine >The future's smart delivery system [electric power supply]
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The future's smart delivery system [electric power supply]

机译:未来的智能交付系统[电源]

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The digital revolution of the past few decades has increased the demand for electric power with higher reliability and quality than is typically delivered via the conventional centralized power system. As modern economies move into the 21st century, this requirement for high security, quality, reliability, and availability (SQRA) of an electric power supply will increase as more manufacturing processes and service industries become dependent on digital devices. In the future, all power users, whether they are commercial, industrial, or residential, are expected to demand more reliability from the electric power-delivery system than ever before. The future of the power industry will require the continued development and integration of two infrastructures, not just one: both power delivery and communications. Significant investments in the bulk-supply system and customer-side equipment will be needed to determine optimal solutions to digital end users' SQRA requirements, but it is not clear at this stage what balance of investment in the supply side versus the customer side is required to most cost effectively meet the needs of the growing digital-power market. The ideal approach will be location dependent, based on the characteristics of the existing power system and nature of the load at each specific site. Only through collaboration can the resources and commitment be marshaled to reach these goals.
机译:与通过常规集中式电源系统通常提供的电力相比,过去几十年的数字革命增加了对电力的需求,这些电力具有更高的可靠性和质量。随着现代经济进入21世纪,随着越来越多的制造过程和服务行业越来越依赖数字设备,对电源的高安全性,质量,可靠性和可用性(SQRA)的要求将越来越高。未来,预计所有电力用户,无论是商业,工业还是住宅用户,都将要求电力输送系统比以往任何时候都具有更高的可靠性。电力行业的未来将需要不断发展和集成两个基础设施,而不仅仅是一个:电力输送和通信。为了确定数字最终用户的SQRA要求的最佳解决方案,需要在大宗供应系统和客户方设备上进行大量投资,但是目前尚不清楚在供应方与客户方之间需要什么投资平衡以最经济的方式满足不断增长的数字电源市场的需求。理想的方法将取决于位置,具体取决于现有电源系统的特性和每个特定站点的负载性质。只有通过协作,才能将资源和承诺编组起来以实现这些目标。

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