Fuel tank for gaseous fuel cell and attribute detection system and method thereof

Abstract

The invention provides a detection system and method for detecting attributes of a fuel tank of a gas fuel cell, and the system can detect the attributes of the fuel tank in a non-contact detection mode, so as to enable a data processor (or controller) of the gas fuel cell to control the normal and stable operation of the gas fuel cell.

Description

technical field [0001] The present invention relates to fuel cells, in particular to a fuel tank for gas fuel cells. The invention further relates to a detection system for automatically detecting the fuel tank attribute value of the gas fuel cell. The present invention further relates to a method for automatically detecting an attribute value of a fuel tank of a gas fuel cell, such as capacity. Background technique [0002] When a fuel cell (such as a hydrogen fuel cell) is used for power supply, it is of great significance to accurately estimate its power supply time. For example, when hydrogen fuel cells are used for power supply and flight power of drones, the continuous power supply time of hydrogen fuel cells needs to be predicted in advance or accurately estimated to reasonably plan flight routes and serve as a reference for return and landing times. If the actual power supply time of the hydrogen fuel cell is less than the estimated power supply time, it may cause ...

AI Technical Summary

Problems solved by technology

The existing system (or method) for estimating the fuel cell power supply time has many defects: first, the existing estimation of the fuel cell power supply time requires the user to know the capacity of the fuel tank of the fuel cell in advance

It is often difficult for users to directly obtain these attribute values ​​of fuel tanks, and users are often unable to directly identify or perceive

These have brought inconvenience to the user's normal and safe use of fuel cells

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