Bridge suspension type turbine hydroelectric generation base station

Abstract

The invention relates to the technical field of hydroelectric generation, in particular to a bridge suspension type turbine hydroelectric generation base station which comprises a load-bearing bridge, a power generation element lifting device, a flow monitoring device, a power generation element, an underwater fixing device, a power generation element protection shell and an electric energy collecting device. The load-bearing bridge is built on both sides of a river, the power generation element protection shell is welded to the center of a bridge deck, the underwater fixing device is installed in a bridge deck cavity and connected with the waterproof closed shell welded to the center of the bridge deck, the power generation element lifting device is fixed to the upper portion in the protection shell, and the generators are protected in the waterproof closed shell and fixed to the two sides of the load-bearing bridge. The load-bearing structure is connected with the lifting system through a rope, and the flow monitoring devices are fixed to the two sides of the generator protection shell. The power generation system is convenient to maintain and capable of fully utilizing the river water head to generate power, and has the advantages of being wide in application range, convenient to maintain, capable of guaranteeing strength, low in cost, high in power generation efficiency and environmentally friendly.

Description

technical field [0001] The invention belongs to the field of hydroelectric power generation equipment, and in particular provides a bridge-suspended turbine hydroelectric power generation base station. Background technique [0002] Hydroelectric power generation technology is to use rivers, lakes, etc. located in high places with potential energy to flow down to low places to convert the potential energy contained in it into the kinetic energy of water and then into the kinetic energy of water turbines, and then use the water turbines as power to drive generators to generate electricity. . [0003] Although traditional hydropower has excellent characteristics such as non-combustion of fossil fuels and sustainability, and related power generation equipment has become more and more perfect. However, the cost of building a large-scale hydropower station is high. In addition to natural geographical advantages, it also requires the establishment of huge infrastructure, such as e...

AI Technical Summary

Problems solved by technology

However, the cost of building a large-scale hydropower station is high. In addition to the natural geographical advantages, it is also necessary to build a huge infrastructure, such as embankments with a high level of flood protection, stable floodgates, etc.

In addition, the dam has a great impact on the ecology of the upstream and downstream. While obtaining electricity, it also pays a lot of natural costs

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