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Tighter controls for busier systems [power systems]

机译:更加繁忙的系统[电源系统]的控制更加严格

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A variety of new technologies are becoming available that will help utilities maintain power system reliability while handling the larger volume of transactions. For example, power electronic systems can provide unprecedented control over electricity flow on transmission networks, preventing or containing cascading disturbances. In addition, new sensor technology, faster communications between control centers, and advanced software tools can enable utilities to monitor system conditions in real time, letting them respond more quickly to disturbances and minimize their impact. Over the next decade, these technologies will facilitate increased power transfers through power delivery systems that are presently constrained, providing power at lower cost to a greater number of customers. It is a question of how to optimize power flow through an entire network by integrating multiple technologies and coordinating control over wide areas. Such integration and coordination will be necessary for deregulation to proceed smoothly toward its twin goals: reducing electricity costs to US consumers, while maintaining the high levels of reliability they have come to expect. The authors discuss the following technologies to help achieve these goals including: flexible AC transmission systems (FACTS), the next generation of FACTS controllers, hierarchical control of FACTS, on-line power systems analysis, control centre communications, and wide area measurement system.
机译:各种各样的新技术将面世,这些新技术将有助于公用事业公司在处理大量交易的同时保持电力系统的可靠性。例如,电力电子系统可以对传输网络上的电流提供前所未有的控制,从而防止或抑制级联干扰。此外,新的传感器技术,控制中心之间的更快通信以及先进的软件工具可以使公用事业部门实时监视系统状况,从而使他们能够更快地对干扰做出响应,并将影响降到最低。在接下来的十年中,这些技术将有助于通过目前受限制的电力输送系统来增加电力传输,从而以较低的成本为更多的客户提供电力。这是一个问题,如何通过集成多种技术并协调对广域的控制来优化整个网络的功率流。这样的整合与协调对于放松管制以顺利实现其双重目标将是必要的:降低美国消费者的电费,同时保持他们期望的高可靠性。作者讨论了以下技术来帮助实现这些目标,包括:灵活的交流输电系统(FACTS),下一代FACTS控制器,FACTS的分级控制,在线电力系统分析,控制中心通信和广域测量系统。

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