A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a marine hydroelectric elevator power generation device. The device comprises a riverbed, a high dam is fixedly arranged on the upper side of a riverbed high slope, a low dam is fixedly arranged on the upper side of a riverbed low slope, the low dam and the high dam are internally provided with the same transmission cavity, the left side of the transmission cavity is connected with a valve cavity, a valve is connected into the valve cavity in a sliding manner, a channel connected to the lower side of the valve cavity is formed in the lower side of the transmission cavity, water flow can pass through the channel, and a valve connected into the valve cavity in a sliding manner can close or open the channel so as to block water flow or enable the water flow to pass through. On the basis of hydroelectric power generation of a traditional dam, a hydroelectric elevator capable of driving a ship to ascend and descend is added, in the operation process of the hydroelectric elevator, the valve of a right dam is directly driven by water flow to descend through air cylinder control to close the channel, the mechanical energy driving conversion rate is higher than the electric energy driving conversion rate, and energy consumption is reduced.
本发明公开的一种船用水利电梯发电装置，包括河床，所述河床高坡上侧固设有高处大坝，所述河床低坡上侧固设有低处大坝，所述低处大坝与所述高处大坝内设有相同的传动腔，所述传动腔左侧连接有阀门腔，所述阀门腔内滑动连接有阀门，所述传动腔下侧设有连接于所述阀门腔下侧的通道，所述通道内能通过水流，滑动连接于所述阀门腔内的阀门能封闭或开启所述通道从而阻断水流或使水流通过，本发明在传统大坝的水利发电基础上，增加了可以带动船上下升降的水利电梯，且水利电梯运行中，通过气缸控制直接通过水流来带动右侧大坝的阀门下降封闭通道，机械能带动比电能带动转化率更高，减少能源消耗。
The invention discloses a marine hydroelectric elevator power generation device. The device comprises a riverbed, a high dam is fixedly arranged on the upper side of a riverbed high slope, a low dam is fixedly arranged on the upper side of a riverbed low slope, the low dam and the high dam are internally provided with the same transmission cavity, the left side of the transmission cavity is connected with a valve cavity, a valve is connected into the valve cavity in a sliding manner, a channel connected to the lower side of the valve cavity is formed in the lower side of the transmission cavity, water flow can pass through the channel, and a valve connected into the valve cavity in a sliding manner can close or open the channel so as to block water flow or enable the water flow to pass through. On the basis of hydroelectric power generation of a traditional dam, a hydroelectric elevator capable of driving a ship to ascend and descend is added, in the operation process of the hydroelectric elevator, the valve of a right dam is directly driven by water flow to descend through air cylinder control to close the channel, the mechanical energy driving conversion rate is higher than the electric energy driving conversion rate, and energy consumption is reduced.
本发明公开的一种船用水利电梯发电装置，包括河床，所述河床高坡上侧固设有高处大坝，所述河床低坡上侧固设有低处大坝，所述低处大坝与所述高处大坝内设有相同的传动腔，所述传动腔左侧连接有阀门腔，所述阀门腔内滑动连接有阀门，所述传动腔下侧设有连接于所述阀门腔下侧的通道，所述通道内能通过水流，滑动连接于所述阀门腔内的阀门能封闭或开启所述通道从而阻断水流或使水流通过，本发明在传统大坝的水利发电基础上，增加了可以带动船上下升降的水利电梯，且水利电梯运行中，通过气缸控制直接通过水流来带动右侧大坝的阀门下降封闭通道，机械能带动比电能带动转化率更高，减少能源消耗。
Marine hydroelectric elevator power generation device
一种船用水利电梯发电装置
ZHANG YAN (author)
2020-09-22
Patent
Electronic Resource
Chinese
HYDROELECTRIC POWER GENERATION DEVICE AND POWER GENERATION SYSTEM
| European Patent Office | 2018