DLXNY-ZRL001 Fuel Cell Power Generation Experiment Equipment

Through the use of this teaching aid, students can have an intuitive understanding of the process of electrolysis of water and its reverse process - hydrogen and oxygen reaction to generate electricity. An electrolytic battery module is a device that converts electrical energy into chemical energy. Chemical reactions take place on both sides of the proton exchange membrane. By applying a DC voltage across the electrolytic cell module, hydrogen is generated on the negative side (the negative chemical reaction formula is 2H++2e-®H2), and oxygen is generated on the positive side (the positive chemical reaction formula is H2O®2H++1/2O2+2e -). The gas produced is collected in storage tanks.

The proton exchange membrane fuel cell is a high-efficiency power generation device that uses fuel hydrogen as a reducing agent and oxygen in the air as an oxidant to perform an electrochemical reaction, and directly converts chemical energy into electrical energy (the chemical reaction formula is H2+1/2O2® H2O). Fuel cells can be used as a power source for power stations or vehicles. Compared with internal combustion engines, fuel cells have the most prominent advantages of high energy conversion efficiency and low environmental pollution.

The way to use the equipment needs to be placed on the table for use, and the table needs to be prepared by the customer.

- Fuel Cell Power Generation Experiment

- Principles of fuel cell power generation characteristics

- Fuel Cell Power Generation Experiment

- Characteristic analysis