Scientists found that lithium-sulfur battery allows increased four-fold

If we are heavy users of these technologies, or to create electronics manufacturers, we are trying to how to make life more sustainable and lasting battery, but the answer is usually hidden in a university lab in a small corner . GK479， FK890

Stanford University in 2007, has developed a silicon nanowire (nanowire silicon, first argued that the power density of lithium batteries typically 10 times) the anode of the research team. Now, the task team has also found that the anode-to-edge, by the same lithium-sulfur nano-composite structure of the cathode side, which can store a large electrical power.

Confirmed by the study team will be combined with the anode and cathode, the battery life of lithium-sulfur battery is lithium normal for at least four times, and lithium batteries than it is more secure. In the real experiences of the research team has created an hour of news from 630 W (weight of one kilogram basis for the calculation), batteries, found in the density commercially available electric power batteries Lithium-average 80 percent more. Inspiron 6400 battery，Inspiron E1505 battery

But when the marketing of lithium-sulfur battery is far, because the polymer cure rapidly the collapse of reason, the rechargeable battery this can only repeat 40-50 times, compared to 300-500 times stack Lithium is not pretty normal passage level. In theory, one day to four times the power will become the norm in real life, and we look forward to.