A hydrogen fuel cell is an electrochemical cell that converts the chemical energy of hydrogen into electricity. In a traditional hydrogen fuel cell continuous source of hydrogen is required to sustain the chemical reaction. Also, the cell requires an oxidizing agent like oxygen to produce the electricity. And when the fuel runs out the production of electricity stops, and the cell need to be refueled with hydrogen.

In my invention I have solved the above problem of traditional hydrogen fuel cell. In my invented hydrogen fuel cell does not use oxygen as an oxidizing agent. In fact, it does not need oxidizing agent. The cell only uses hydrogen to produce electricity. Also, the cell will never run out of hydrogen, and it will generate continuous power throughout its lifetime.

In the in above drawing, first assume the Scenario-1. It's a hydrogen fuel cell design. The cell design consists of two cell and two cylinders. Now the Cl - Cylinder is full of hydrogen and C2 - Cylinder is empty. When the hydrogen gas passes to the H2 gas chamber it came in contact with platinum anode. The platinum anode works as a catalyst. This causes the hydrogen undergo oxidation reaction that generate positively charged hydrogen ions and electrons.

Then positively charged hydrogen ions passes through the electrolyte and deposited in the cathode. This results the cathode to positively charged. And electrons remain in the anode end resulting it's to negatively charged.

The controller K acts like a switch. And maintain the connection between the cells and the bulb B. When the controller turns on it the electron flow starts, and it generates a DC currents and the bulb turns on. The electron moves to the cathode end and meets with positively charged hydrogen ion. After that it forms H2 gas. The H2 gas collected in the H2 gas out chamber and moves to the Cylinder - 2.

Now assume the Scenario - 2. When the Cylinder - 1 runs out of Hydrogen gas the Ll-Lock blocks the gas pipe. The L2 - Lock opens and starts the gas flow to Cell - 2. And the same reaction occurred in the scenario - 1. Now the H2 gas collected in the Cylinder - 1.

The process runs in the loop. When the cylinder - 1 runs out it flow the hydrogen from Cylinder - 2 and starts electricity in the Cell -2. When Cylinder - 2 runs out of fuel it flows the hydrogen from Cylinder - 1 and starts electricity production in the cell 1. This results the cell never run out of fuel. And it will give continuous flow of electricity.