Arrangement-type floating running water power generation device

Abstract

The invention discloses an arrangement-type floating running water power generation device. The arrangement-type floating running water power generation device comprises a floating frame and water wheel sets, transmission assemblies and a power generation assembly which are installed on the floating frame; the water wheel sets are connected with the transmission assemblies through transmission parts installed on water wheel shafts, and the transmission assemblies are connected with the power generation assembly; the water wheel sets are formed by installing multiple water wheels on the floating frame in the counter-flow direction in parallel at intervals; each water wheel at least comprises one water wheel shaft and impeller blades installed on the water wheel shaft. According to the arrangement-type floating running water power generation device, due to the resultant output of the multiple sets of the water wheels, the outputting efficiency and the outputting capacity are guaranteed; the water wheels which are arranged at intervals are beneficial for water flow driving; due to the fact that the multi-buoy design is adopted, the replacement and the maintenance are convenient; landing support legs are used for preventing the device from falling into water bottom sludge when the water level is low, a windshield effectively protects the normal work of the water wheels, the equipment operation is safer, the usage cannot influence the ecological environment, and the occupied space is small; power is generated by utilizing directional natural water flow, the investment is low, the gain is quick, and the economic benefit and social benefit are significant.

Description

technical field [0001] The invention relates to a power generating device, in particular to an array type floating flowing water power generating device. Background technique [0002] Existing hydroelectric power generation devices are all huge projects. Generally, dams and reservoirs are built on land, and the water drop is used to drive the water turbines to convert energy into power generation equipment. Does this method change the ecological environment, or bring Other unexpected problems, existing technology is still in the demonstration. [0003] The water flow energy generated by the qualitative flow of river water is wasted in vain, and the kinetic energy generated by the directional flow of river water is used to convert it into electric energy by mechanical transmission without affecting the ecological environment and occupying too much energy without building dams. The hydroelectric power generation equipment with multiple spaces, low investment and fast income h...

AI Technical Summary

Problems solved by technology

[0003] The water flow energy generated by the qualitative flow of river water is wasted in vain, and the kinetic energy generated by the directional flow of river water is used to convert it into electric energy by mechanical transmission without affecting the ecological environment and occupying too much energy without building dams. Multi-space, low-investment, and quick-return hydroelectric power generation equipment, which has not been reported in the prior art

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