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通信基站风光互补供电系统设计
郝埃连
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通信基站风光互补供电系统设计
摘要: 风能、太阳能发电是两种最理想、无污染的绿色再生资源的利用. 风光互补供电系统由风力发电机、太阳能发电机、控制器、蓄电池等部分组成, 供电可靠、长期成本低、维护量少, 且能耗极低. 通过分析了青海气象资源, 提出了基站供电优化设计方案, 由此从风光互补供电系统的设计中指出了其合理性和实用性, 解决了基站的用电需求.
关键词: 通信基站; 可再生能源; 风光互补系统; 风能; 太阳能
Abstract :The wind-force and solar-energy , so-called greenrebornresources whichis free fromthe pollution, is the most ideal to generate electricity. The paper introduces the wind-solar hybrid power supply system, made up of wind turbines , solar generators , controllers
, batteries and other components , is capable of reliable power supply, long-termexpectancy , low cost , less maintenance , and lowpower consumption. The background and basic principles of the wind-solar hybrid power supply systemare also described based on
the analysis of meteorological datain Qinghai . The optimization design of BTS power supplyis therefore put forward reasonably and practicallyto meet the electricity needs of BTS.
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