Deep sea power generation device and power generation method

Introduction The invention relates to a deep-sea power generation device and a power generation method. Deep sea power generation device is a device and method that uses ocean energy such as deep ocean currents, temperature differences and pressure differences to gene

Deep sea power generation device and power generation method

A deep-sea power generation device is a device and method that uses ocean energy such as deep ocean currents, temperature differences and pressure differences to generate electricity . Among them, deep-sea current generators and thermoelectric generators are two common deep-sea power generation devices.

Deep-sea current generators use the power of deep ocean currents to generate electricity. 'electric energy. In deep sea environment, the power of water flow is very powerful and stable, which can provide reliable power. Deep sea current generators generally use rotating machines such as turbines or hydraulic turbines to convert the power of water flow into mechanical energy, and then convert the mechanical energy into electrical energy through a converter. The advantage of thistype of generator is that it can work stably in deep sea environment, but the disadvantage is that the construction and maintenance costs are high.

The thermoelectric generator uses the temperature difference between the deep and surface layers of the ocean to generate electrical energy. In the deep water environment, due to the lack of direct sunlight, the water temperature is low, while the surface layer of the ocean is exposed to sunlight and the water temperature is high, thus forming a temperature difference. The thermoelectric generator exchanges heat between deep seawater and surface seawater via a heat exchanger to generate steam which drives the turbine to rotate, which in turn drives the generator to produce electricity. The advantage of this type of generator is that the temperature difference is stable in the environmentnmentation of deep waters and that it can continue to produce electricity. The downside is that it is strongly affected by factors such as the marine environment and climate.

In general, deep-sea power generation devices and methods are renewable energy technologies with great potential. Not only can they provide large amounts of clean energy and reduce reliance on fossil fuels, but they can also reduce greenhouse gas emissions and slow the rate of global climate change. However, current deep-sea power generation technology is still in its infancy and requires more research and development. In the future, we can promote the development and application of deep-sea power generation technologies by improving the design of generators, increasing the efficiency of power generation.and reducing costs.

It's true.

"Plain water can also generate electricity" and "A new method of generating energy"), have slightly improved the devices and methods using the original technology, bringing into play fully the two energies of liquid movement, one is The water carrier causes the body of water itself to move through the three-level exchange of gravity and buoyancy. Secondly, the movement of water masses generates energy such as atmospheric pressure energy, hydraulic energy, buoyancy energy, wind energy and atmospheric pressure differences, thus opening a new energy world.

It uses the galvanic battery phenomenon, which is essentially a redox reaction. Similar to a dry battery, the negative electrode material of the battery loses electrons and is oxidized to ions dissolved in water, while the material of the electroof positive of the battery obtains electrons supplied by the external circuit and is reduced, or the cations present in the electrolyte are close. the positive electrode gets the electrons supplied by the electrode and are reduced, so that the electrons are oriented and form an electric current.

In the industrial production of hydraulic energy, no chemical reactions occur. The kinetic energy of the water is used to impact the turbine unit, causing the turbine unit to rotate, and then driving the generator to operate and produce electricity.

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