Horizontal type hydroelectric generator system

Abstract

The invention discloses a horizontal type hydroelectric generator system which comprises an outer shell, hydroelectric receivers and generators, wherein the outer shell comprises two or more integrated prismatic tables, and a water sump for regulating water depth and balance is arranged in the outer shell; a plurality of generators are installed in the outer shell, and a plurality of hydroelectric receivers are installed on the outer shell. The horizontal type hydroelectric generator system has the advantages of low technical requirements, simple structure, easy manufacturing, easy assembly, low cost, firmness, durability, easy maintenance, zero head drop, zero power consumption and zero emission; and the horizontal type hydroelectric generator system is applicable to river and sea water areas with water flow, the natural resources and space can be effectively utilized as much as possible, water resource sharing in all aspects and environment protection are taken as chief principles, water resources do not need to be completely occupied and cut off, and the normal running of sea channels is not influenced.

Description

technical field [0001] The invention relates to the field of hydroelectric power generation technology and equipment, in particular to a horizontal hydroelectric generator system. Background technique [0002] Among the existing hydroelectric power generation technologies, which account for a relatively large proportion, mainly rely on the construction of dams to store water, open holes in the lower part of the dam to build gates, and then release water in a limited and limited time to drive generators to produce electricity. Following are mainly the shortcoming of dam design: 1. Require artificial huge drop. 2. Construction and maintenance costs are huge, greatly reducing cost-effectiveness. 3. It is not suitable for all rivers. Even if there are a few suitable rivers, usually only one dam can be built, and the hydraulic power of other parts of the river cannot be used as much as possible, resulting in a waste of natural resources. 4. It is easy to cause silt accumulation...

AI Technical Summary

Problems solved by technology

The following are mainly the disadvantages of dam design: 1. It requires an artificially huge drop

3. Not suitable for all rivers, even if there are a few suitable rivers, usually only one dam can be built, and the hydraulic power of other parts of the river cannot be fully utilized, resulting in a waste of natural resources

4. It is easy to cause silt accumulation inside the dam, which will seriously affect the safety and operation of the dam in the long run, and even the service life of the dam

5. After the river is dammed, it will cause damage to the natural ecological environment, and large areas of land will be flooded, causing unpredictable adverse effects on the natural environment and endangering the survival and reproduction of the original species. For example, salmon cannot migrate to reproduce and become extinct

6. The weight of large dams and water storage is very huge, which may cause the crustal imbalance and form earthquakes

7. The dam is easily damaged by the earthquake, causing the downstream area to be flooded or even washed away

8. In areas with less rainfall, it is easy to cause desertification in the downstream

9. The waterway is blocked, and specific methods must be used to maintain the smooth flow of the waterway, which greatly affects the efficiency of transportation and greatly increases the cost of transportation and management

10. It is difficult to achieve in cross-border rivers, because it is likely to cause a lot of disputes and conflicts of interest, and even war

11. In terms of military defense, it is easy to become the enemy's main attack target and other shortcomings

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