Renewable energy resource utilization system
A renewable energy and user technology, applied in supercritical carbon dioxide systems, supercritical carbon dioxide production systems and transportation pipes, and oxygen production fields, it can solve the problems of unstable energy supply and difficult storage of electric energy, and reduce emissions and improve energy efficiency. Thermal efficiency and effective utilization
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Embodiment 1
[0017] The renewable energy utilization system of the present invention is as figure 1 As shown, it includes a wind power generation unit 1 , a solar power generation unit 2 , a tidal power generation unit 3 , a substation 4 , an air separation oxygen generator 5 , an oxygen storage tank 6 , a nitrogen storage tank 8 , an oxygen delivery pipe 7 and an oxygen user 9 . The wind power generation unit, the solar power generation unit and the tidal power generation unit are respectively connected to the circuit of the substation, and the substation is connected to the circuit of the air separation oxygen generator. The system is provided with an oxygen unit or / and a supercritical carbon dioxide unit, and the air separation oxygen generator is connected with an oxygen storage tank and a nitrogen storage tank, and the oxygen storage tank is connected to an end oxygen user through an oxygen delivery pipe.
[0018] The electricity generated by wind energy, solar energy and tidal energy...
Embodiment 2
[0020] Another embodiment of the present invention is as figure 2 As shown, it includes a wind power generation unit 1, a solar power generation unit 2, a tidal power generation unit 3, a substation 4, a compressor 10, a supercritical carbon dioxide storage tank 11, a supercritical carbon dioxide pipe 12 and a supercritical carbon dioxide user 13. The wind power generation unit, the solar power generation unit and the tidal power generation unit are respectively connected to the substation circuit, and the substation is connected to the compressor circuit. The carbon dioxide storage tank 14 is connected with the compressor to provide a carbon dioxide source for the compressor to compress supercritical carbon dioxide. The compressor is connected to a supercritical carbon dioxide storage tank, and the supercritical carbon dioxide storage tank is connected to a supercritical carbon dioxide user through a supercritical carbon dioxide pipe.
[0021] The electricity generated by w...
Embodiment 3
[0023] The third embodiment of the present invention is as image 3 As shown, it includes a wind power generation unit 1, a solar power generation unit 2, a tidal power generation unit 3, a substation 4, an air separation oxygen generator 5, an oxygen unit and a supercritical carbon dioxide unit. The oxygen unit includes an oxygen storage tank 6 , a nitrogen storage tank 8 , an oxygen delivery pipe 7 and an oxygen user 9 . The supercritical carbon dioxide unit includes a compressor 10 , a supercritical carbon dioxide storage tank 11 , a supercritical carbon dioxide pipe 12 and a supercritical carbon dioxide user 13 . The oxygen unit and the supercritical carbon dioxide unit are horizontally connected to the substation circuit. The outside of the oxygen delivery pipe is provided with a carbon dioxide protective gas sleeve 16, the oxygen channel is located in the center of the sleeve, and the carbon dioxide at normal temperature and pressure is located around the oxygen channel...
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