Hyundai motor company (20240097157). HYDROGEN SUPPLY SYSTEM FOR FUEL CELLS AND METHOD OF CONTROLLING THE SAME simplified abstract
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HYDROGEN SUPPLY SYSTEM FOR FUEL CELLS AND METHOD OF CONTROLLING THE SAME
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HYDROGEN SUPPLY SYSTEM FOR FUEL CELLS AND METHOD OF CONTROLLING THE SAME - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240097157 titled 'HYDROGEN SUPPLY SYSTEM FOR FUEL CELLS AND METHOD OF CONTROLLING THE SAME
Simplified Explanation
The abstract describes a hydrogen supply system for fuel cells and a method of controlling the same, including a hydrogen supplier connected to a hydrogen provider, a supply valve, supply line, discharge line, discharge valve, and a controller.
- Hydrogen supply system for fuel cells:
- Includes a hydrogen supplier connected to a hydrogen provider. - Utilizes a supply valve, supply line, discharge line, and discharge valve. - Controller sets basic duty, compensation duty, and final duty of the supply valve.
Potential applications of this technology: - Automotive industry for hydrogen fuel cell vehicles. - Energy storage systems for renewable energy sources.
Problems solved by this technology: - Efficient control of hydrogen supply to fuel cells. - Minimization of waste by-products in the system.
Benefits of this technology: - Improved performance and longevity of fuel cells. - Enhanced safety and reliability of hydrogen supply.
Potential commercial applications of this technology: - Hydrogen fuel cell vehicles. - Stationary power generation systems.
Possible prior art: - Previous hydrogen supply systems for fuel cells. - Control methods for regulating gas flow in industrial processes.
Unanswered questions: 1. How does the controller determine the compensation duty of the supply valve based on feedback control? 2. What specific types of by-products are discharged by the discharge valve in the hydrogen supplier?
Original Abstract Submitted
a hydrogen supply system for fuel cells and a method of controlling the same include a hydrogen supplier connected to a hydrogen provider and configured to receive hydrogen from the hydrogen provider through a supply valve, a supply line, a discharge line, a discharge valve provided on the hydrogen supplier to discharge by-products, collected in the hydrogen supplier, to the outside thereof, and a controller electrically connected to the supply valve and configured to set a basic duty of the supply valve based on a basic control map, to set a compensation duty of the supply valve depending on feedback control, and to set a final duty of the supply valve through the basic duty and the compensation duty.
