首页> 外文会议>2019 IEEE International Conference on Industrial Technology >Measurement and Use Model of Electrical Energy Recovered from Drinking Water Flow in Domestic Network at Guayaquil City
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Measurement and Use Model of Electrical Energy Recovered from Drinking Water Flow in Domestic Network at Guayaquil City

机译:瓜亚基尔市家庭网络饮用水流量回收电能的测量和使用模型

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The distribution of drinking water in cities demands a large amount of electricity. Much of this energy is wasted by the natural effects of friction inside the pipes. Other very important losses are due to the transport of water to high reservoirs, generally located in hills near homes. In many cases the pressure that reaches the homes is sufficient to meet the needs of the house and requires the use of a regulating valve to prevent damage to the seals of the accessories inside the house. In the present work, the development of an experimental model for the measurement and utilization of at least a part of the extra potential energy applied to the water when carrying it to the elevated reservoir is shown. An electric hydro generator is used and the energy generated is stored in a battery for marginal use in the home. This contributes to a saving of money and contributes to the reduction of the impact of the ecological footprint.
机译:城市中的饮用水分配需要大量的电力。这些能量的大部分被管道内部摩擦的自然作用所浪费。其他非常重要的损失是由于将水输送到通常位于房屋附近丘陵的高水库。在许多情况下,到达房屋的压力足以满足房屋的需求,并且需要使用调节阀以防止损坏房屋内部附件的密封。在目前的工作中,示出了用于测量和利用当将水带到高架水库时施加到水的至少一部分额外势能的实验模型的开发。使用水力发电机,并将产生的能量存储在电池中,供家庭少量使用。这有助于节省金钱并有助于减少生态足迹的影响。

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