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首页> 外文期刊>International Journal on Hydropower & Dams >From washing machine motor to micro hydro generator
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From washing machine motor to micro hydro generator

机译:从洗衣机电机到微型水力发电机

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An innovative approach has recently been adopted at a mini hydro scheme in New Zealand, based on a motor developed for washing machines. This could have applications as a low cost solution for other small and micro schemes in isolated areas. My wife and I are part owners of a 1000 kW hydropower scheme in New Zealand. The dam and intake need a supply of electricity for a radio transmitter and PLC and infrequent operation of valves and the screen cleaner. The main load is the electronic equipment that takes a continuous 6 W. It was too expensive to bring a cable from the powerhouse 1400 m away, so a 120 W solar cell installation costing about $US 2500 was installed. In spite of having several days of battery backup, it failed to keep the batteries charged in the winter when it can be cloudy for many days. We decided that at least 360 W of cells would be needed to solve the problem. This was going to be expensive so I started looking for alternatives and came upon Michael Lawley, a New Zealand engineer who has developed a range of micro hydro units and wind generators based on permanent magnet electric motors recycled from scrapped 'smart drive' washing machines developed by Fisher and Paykel, a New Zealand company.
机译:基于为洗衣机开发的电动机,最近在新西兰的小型水利计划中采用了一种创新方法。对于隔离区域中的其他小型和微型方案,这可能是一种低成本解决方案。我和我的妻子是新西兰1000千瓦水电计划的所有者。大坝和进水口需要为无线电发射器和PLC供电,并且阀门和滤网清洁器的操作很少。主要负载是持续消耗6 W功率的电子设备。将电缆从电厂的电缆中取出1400 m太昂贵了,因此安装了120 W太阳能电池,成本约为2500美元。尽管有几天的备用电池,但在冬天可能会阴天很多的冬天,它仍无法保持电池充电。我们决定至少需要360 W的电池来解决该问题。这本来会很昂贵,所以我开始寻找替代品,并遇到了一位新西兰工程师Michael Lawley,他开发了一系列微型水力发电机和风力发电机,它们基于从废弃的“智能驱动”洗衣机中回收的永磁电动机由新西兰公司Fisher和Paykel制作。

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