According to the United States, “Science Daily” website July 6, German researchers have developed a printing method can produce high performance
batteries, it is not only cheap, but small form factor, the thickness is less than 1 mm, weighs less than 1 gram.
During a long period of time the battery has always been heavy. However, this new type of ultra-thin batteries Dell Inspiron 9200 battery, Dell Inspiron 9300 battery will lead to a revolution in battery. Researchers with the use of nanotechnology will be common lithium-ion battery narrow and close to a paper pulp. Thickness is less than 1 mm, weighs less than a gram, but also as the printed newspaper as “Printing” batteries, inexpensive to mass produce high performance batteries.
Previously, removal or transfer, must personally go to a trip to the Bank, the Ministry will submit a complete declaration section of bank. Today, the bank can easily be at home, but still need to telephone or network support. With ultra-thin printed battery, in the future use of credit cards become more convenient, the user with an ATM card bank, touch some, the card will be displayed on a global map of consumer information bank.
Professor of Chemnitz, Germany Institute of Cifu Lao Enghoff Reinhard Baumann (Reinhard Baumann) and co-workers Menippus formed a research group has developed the battery. Bowman said: “Our goal is to be able to profitably mass production of batteries, the cost is based on the hundred best.”
Batteries regular print are very different Dell Inspiron 9400 battery, Dell Inspiron E1405 battery. Because it is placed on the scales less than 1 gram, less than 1 mm thick, so it can be integrated into credit cards. The batteries contain no mercury, an environmentally friendly way. The voltage of 1.5 volts is a normal voltage range. Can be stacked together to improve the battery voltage, 3 V, 4.5 V and 6 volt batteries to provide power for any electronic product. This new battery composed of different levels: the anode and cathode such as zinc and manganese. Zinc and manganese react to produce electricity. However, the anode and cathode layers in the process of chemical reaction tends to disappear. Therefore, the battery life is limited.
The battery using the screen printing production, similar to making T-shirts. Single layer thinner than a human hair. Researchers have developed the battery in the laboratory. Is expected by the Dell Inspiron E1505 battery end of this year, the first batch of products may be produced and marketed.