Recently there was a media report on a rechargeable magnesium battery: "The magnesium battery research team formed by Taiwan’s university, Professor Hong, Has achieved breakthrough progress, which is 8 to 12 times higher than that of traditional lithium batteries. the efficiency of charge and discharge is increased by 5 times. For electric bicycles, it takes about 3 hours for a traditional lithium battery to be fully charged. If you use a newly developed magnesium battery, you can charge it for about 36 minutes. In addition to high capacity, it is safer, even if the vehicle collides with it, unlike a lithium battery; there is no danger of explosion. However, the electrolyte used in rechargeable magnesium batteries is not expensive, and the source of the electrolyte is in other countries' hands. The synthesis is yet to be broken.”

Compared to rechargeable magnesium batteries, non-rechargeable disposable magnesium batteries have quietly entered our lives. The progress of Japanese technology is the fastest. In response to natural disasters such as sudden earthquakes, Japanese scientists use magnesium metal as the negative electrode, and use non-precious metal series carbon electrodes as cathode materials. They emphasized that as long as water is add than can charge the smart phone 30 times or provide backup power such as emergency lighting. In China, there are also related product launches, and replaceable magnesium plates are available for consumer choice. According to the literature, the polarization phenomenon caused by the corrosion of the negative electrode magnesium in the electrolyte has a great correlation with the discharge performance of the magnesium battery. This article provides a simple magnesium battery manufacturing process, and compares the battery discharge performance under different electrolytes.

Magnesium as a battery. After adding salt water, the positive and negative electrodes chemically react to produce electricity because magnesium and magnesium alloys are very active metals and are suitable as anode materials. Cathode oxidants can utilize oxygen in air or seawater, as well as hydrogen peroxide and hypochlorite. According to oxidants, currently studied fuel cells can be divide into magnesium-air fuel cells, magnesium-seawater fuel cells, etc. When no salt water is add, the positive and negative electrodes will not react, and the magnesium rod is very stable in the air and can be stored for a long time. The magnesium rod is soaked in salt water. When there is a start-up power switch, there will be loss. When the switch is closed, the surface of the magnesium rod will be protect. The layer can avoid further oxidative decomposition. The magnesium rod will produce Mg (OH) 2 in the process of power generation. It is the composition of stomach medicine and flame retardant, non-toxic and environmental protection, will not cause environmental pollution, and even can be use continuously for 120 hours.

Taiwan consumes 400 million alkaline batteries a year. The chemicals inside cause indirect harm to the human body. Therefore, the company's appeal is not to use a battery to respond to environmental protection. The company began to use magnesium batteries as a production product. Based on creativity and fun, camping lights and Christmas lights are the fruits of our efforts. Water is inject into the products to generate kinetic energy, and water kinetic energy products are used. It is also a way to save the earth several traditional batteries and participate in environmental protection initiatives.

Our company uses Mg bar products: