精确的发电厂减少了电信站点的电池尺寸和谐波反馈

R. Morash, J. Roesel, R.J. Barber
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引用次数: 2

摘要

“写极”技术已获得专利,并为电动机和发电机开发,推动了最先进的电能存储系统。非常有效和高效地利用了一种独特的电机发电机组转子中储存的固有飞轮能量。该机器不仅是终极的在线电源调节器,而且还是一个机电电池,在公用事业电源下降,浪涌和停电期间提供有用的精确频率交流电源和直流电源,延长时间。然后,当电力中断延伸到停电(在15秒或更长时间后)时,精确的发电厂接合,并使用飞轮能量,启动一个集成的燃气或柴油发动机,或者它可以连接到车站现有的发动机发电机,以实现不间断传输。写极电机是同步的,向公用事业反映一个统一的功率因数,正弦波负载,而发电机减轻了通信站点中开关电源和其他设备施加的所有谐波负载。本文讨论了写极技术,给出了一种操作设计、规范和测试结果,以及在电信站点以及其他商业和工业领域的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Precise power plant reduces battery size and harmonic feedback at telecommunication sites
"Written-Pole" technology has been patented and developed for electric motors and generators that advances the state-of-the-art for electrical energy storage systems. Very effective and efficient use is made of the inherent flywheel energy stored in the rotor of a unique motor-generator set. The machine is not only the ultimate on-line power conditioner, but is also an electro-mechanical battery that delivers useful precise frequency AC power and DC power for extended time during utility power sags, surges and blinkouts. Then when power interruptions extend into blackouts (after 15 or more seconds), the precise power plant engages, and using flywheel energy, starts an integral gas or diesel engine, or it may alternatively tie into the station's existing engine generator for a no-break transfer. The written-pole motor is synchronous and reflects a unity power factor, sine wave load to the utility, while the generator mitigates all the harmonic loads imposed by the switching power supplies and other devices in the telecommunication site. This paper discusses the written-pole technology, shows an operational design with specification and test results, applications in telecommunication sites, as well as other commercial and industrial areas.<>
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