Distributed solid oxide fuel cell charging station

Abstract

The invention discloses a distributed solid oxide fuel cell (SOFC) charging station which comprises a SOFC power generation system and charging / discharging equipment connected to the power output terminal of the SOFC power generation system. The SOFC power generation system comprises a solid oxide fuel cell pile, a high-pressure gas bottle connected to the anode of the SOFC pile, and an air supplier connected to the cathode of the SOFC pile. The power output terminal of the SOFC pile is connected with a booster. The power output terminal of the booster is connected to the charging / discharging equipment. The booster and the charging / discharging equipment are respectively provided with an output port connected to electric equipment. According to the distributed solid oxide fuel cell charging station, charging can be carried out at any area without connecting to commercial power, so that the cost can be saved greatly, and canned gas can be obtained easily along the highway; and quick charge of electromobiles and the like can be realized after connecting to the charging / discharging equipment.

Description

technical field [0001] The invention relates to the technical field of fuel cell power supply, in particular to a distributed solid oxide fuel cell charging station. Background technique [0002] Based on the demand for energy saving and environmental protection, electric vehicles and electric bicycles have become the development trend of the industry. These electric devices can be charged directly with mains electricity in cities and towns, but their charging needs are difficult to meet when they are driving on expressways and country roads. . [0003] Based on the above problems, a solution proposed is to set up dedicated lines from the mains and set up special charging stations on both sides of the road, but this solution is costly, and the loss of electric energy during transmission is large, which pushes up the charging cost. . [0004] Therefore, it is imperative to provide a solution with lower installation and charging costs. Contents of the invention [0005] I...

AI Technical Summary

Problems solved by technology

[0002] Based on the demand for energy saving and environmental protection, electric vehicles and electric bicycles have become the development trend of the industry. These electric devices can be charged directly with mains electricity in cities and towns, but their charging needs are difficult to meet when they are driving on expressways and country roads.

[0003] Based on the above problems, a solution proposed is to set up dedicated lines from the mains and set up special charging stations on both sides of the road, but this solution is expensive, and the loss of electric energy during transmission is large, which pushes up the charging cost.

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