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Small river flow type hydroelectric generation system
A riverway flow type small hydroelectric generation system comprises a retention wall, a water gate device and a hydroelectric generation device. The water retaining wall is connected with the water gate device and matched with the water gate device to control water flow in an opening and closing mode. The hydroelectric generation device comprises a water turbine arranged on the water retaining wall and a generator which is linked by the water turbine to generate electricity, and the water turbine is provided with a water collecting flow channel which is arranged on the water retaining wall and is lower than the water gate device. Therefore, water flow can generally flow into the hydroelectric generation device to generate electricity, and when a large amount of water exists, the water gate device is opened to enable flood to bypass the hydroelectric generation device to be discharged. The hydraulic power generation device can ensure stable generating capacity at ordinary times, prevents overflow flooding caused by rainstorm, can replace an original energy dissipater, and converts kinetic energy which needs to be consumed originally into power generation benefits.
一种川流式小水力发电系统，包含挡水墙、水门装置，及水力发电装置。所述挡水墙与所述水门装置连接，相配合以能启闭地控制水流。所述水力发电装置包括设置于所述挡水墙的水轮机，及受所述水轮机连动而发电的发电机，所述水轮机具有设置于所述挡水墙且高度低于所述水门装置的集水流道。借此，能使水流在一般情况下流入所述水力发电装置而进行发电，当有大水时则通过开启所述水门装置而使洪水绕过所述水力发电装置宣泄。能于平时确保发电量稳定，并防止暴雨时造成溢流淹水，还能通过所述水力发电装置取代原本的消能工，将原本需消耗的动能转为发电收益。
Small river flow type hydroelectric generation system
A riverway flow type small hydroelectric generation system comprises a retention wall, a water gate device and a hydroelectric generation device. The water retaining wall is connected with the water gate device and matched with the water gate device to control water flow in an opening and closing mode. The hydroelectric generation device comprises a water turbine arranged on the water retaining wall and a generator which is linked by the water turbine to generate electricity, and the water turbine is provided with a water collecting flow channel which is arranged on the water retaining wall and is lower than the water gate device. Therefore, water flow can generally flow into the hydroelectric generation device to generate electricity, and when a large amount of water exists, the water gate device is opened to enable flood to bypass the hydroelectric generation device to be discharged. The hydraulic power generation device can ensure stable generating capacity at ordinary times, prevents overflow flooding caused by rainstorm, can replace an original energy dissipater, and converts kinetic energy which needs to be consumed originally into power generation benefits.
一种川流式小水力发电系统，包含挡水墙、水门装置，及水力发电装置。所述挡水墙与所述水门装置连接，相配合以能启闭地控制水流。所述水力发电装置包括设置于所述挡水墙的水轮机，及受所述水轮机连动而发电的发电机，所述水轮机具有设置于所述挡水墙且高度低于所述水门装置的集水流道。借此，能使水流在一般情况下流入所述水力发电装置而进行发电，当有大水时则通过开启所述水门装置而使洪水绕过所述水力发电装置宣泄。能于平时确保发电量稳定，并防止暴雨时造成溢流淹水，还能通过所述水力发电装置取代原本的消能工，将原本需消耗的动能转为发电收益。
Small river flow type hydroelectric generation system
川流式小水力发电系统
ZHANG MAOKUN (author)
2022-03-15
Patent
Electronic Resource
Chinese
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