Power generation and storage system for water, wind and light combined ship

Abstract

The invention relates to a power generation and storage system, in particular to a water, wind and light combined type marine power generation and storage system. The system comprises a wind power collection device, a hydraulic power collection device and a solar energy collection device, the rear end of the wind power collection device is connected with a wind power transmission device, the rear end of the wind power transmission device is connected with a wind power generator, the rear end of the wind power generator is connected with a wind power controller, the rear end of the hydraulic power collection device is connected with a hydraulic power transmission device, the rear end of the hydraulic transmission device is connected with a hydroelectric generator, the rear end of the hydroelectric generator is connected with a hydroelectric generation controller, the rear end of the solar collection device is connected with a solar controller, and the rear ends of the wind power controller, the hydroelectric generation controller and the solar controller are jointly connected with a storage battery pack, and the rear end of the storage battery pack is connected with an inverter and a direct-current load. Water, wind and light energy is converted into storage battery energy, power is supplied to the ship through the storage battery, a large amount of fuel cost is saved for the ship, and the carbon emission is reduced.

Description

technical field [0001] The invention relates to the technical field of power supply for marine facilities, in particular to a water-window combined marine power generation and storage system. Background technique [0002] With the continuous development of economic globalization, the world's material transportation volume is also increasing year by year. As the main force of transportation, the demand for fossil fuels in the shipping industry is also increasing. According to the data, a large part of the global carbon emissions From ships, as people's awareness of cherishing and caring for the marine ecological environment continues to increase, actions to save energy, reduce emissions, and reduce pollution emissions have been launched in all aspects of life. It should be pointed out that the structure of traditional ship energy sources is also happening due to the above With the continuous change, non-polluting, renewable and clean energy has become an important energy sour...

AI Technical Summary

Problems solved by technology

Most waterways are located in remote areas without power supply cables, and it is difficult for water facilities in these areas to obtain effective energy supply guarantees, especially for water facilities that require staff on duty and require electricity for life and production. Currently, these ships Diesel generators with high pollution and low efficiency are mostly used for power supply. The use of diesel generators not only produces a large amount of greenhouse gases, but also has a great impact on the environment, and consumes a lot of resources such as diesel.

[0003] At present, some hulls are equipped with wave collection devices, and the vibration floats equipped on the wave collection devices are mostly in the shape of a sphere. The spherical vibration float floats on the waves, and then collects them through its own vibration under the impact of the waves. Wave energy, although this method can collect wave energy, its collection efficiency is often not ideal, so that wave energy cannot be effectively used

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