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首页> 外文期刊>Transmission & Distribution World: The Information Leader Serving the Worldwide Power-Delivery Industry >Line design goes airborne: combining aerial surveying with advanced line-design software enables utility to quickly connect IPPs to the grid
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Line design goes airborne: combining aerial surveying with advanced line-design software enables utility to quickly connect IPPs to the grid

机译：线路设计可以空运：将航测与先进的线路设计软件结合使用，可使公用事业公司将IPP快速连接到电网

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摘要

Technology and ingenuity have partnered to launch a new era in transmission-line design where great strides have been made in both the modeling and analysis of existing lines and the design of new lines. With new surveying techniques, advancements in software and in engineering expertise, transmission-line design can be approached in a new, more cost-effective style. With the current energy market looking uncertain, and with the need to move power in the most cost-effective and efficient way possible, a need exists for fast-tracked, well-designed transmission systems. Modeling these systems provides the ability to maximize transmission capacity. Close coordination is necessary among all parties involved when undertaking projects that involve modifications of transmission lines when increased capacity is desired. The projects at Reliant Energy exemplify the teamwork that existed among the three companies that worked to solve the problems encountered during the course of the reconstruction. Typical problems included delays in receiving ground-surveying data; laser overheating because of high-ambient temperatures and radio-frequency interference with the helicopter onboard computers. Weekly conference calls were held to discuss the progress and to preempt upcoming problems that might present themselves. The work process was eventually improved to the point where each company's effort was seamlessly incorporated into the final product Reliant required.
机译：技术和独创性携手合作，开创了输电线路设计的新时代，在现有线路的建模和分析以及新线路的设计方面都取得了长足的进步。借助新的测量技术，软件和工程专业技术的进步，可以以更具成本效益的新型方式进行传输线设计。在当前的能源市场看起来不确定的情况下，并且需要以尽可能最具成本效益和最有效的方式来移动电源，因此需要快速跟踪的，设计良好的传输系统。对这些系统建模可以提供最大的传输容量。当需要增加容量时，在进行涉及改造输电线路的项目时，所有参与方之间必须进行密切协调。 Reliant Energy的项目体现了三个公司之间的团队合作精神，这些公司致力于解决在重建过程中遇到的问题。典型的问题包括延迟接收地面测量数据;激光过热是由于环境温度高和射频干扰直升机上的计算机所致。每周举行一次电话会议，以讨论进展情况，并防止可能出现的即将出现的问题。最终改进了工作流程，使每个公司的努力无缝地整合到Reliant所需的最终产品中。

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