The battery is like a stone below the "Wheel of Science and Technology Progress". It can be said that it is not exaggerated. The day is solving the performance of the battery. It is the scale of the technology product. It is imagined.
If there is such a battery, it can be Your mobile phone is powered for 5 days, or let the electric car run 1000 kilometers without charging, (in fact, should it be like this?) How comfortable life will be. Dr. Makush, Macada Machinery and Aerospace Engineering, led an international research team to develop an ultra-high capacity "lithium-sulfur battery", which is more than the current market.
The performance of the battery is more than four times, not only better performance, but also has a smaller environment. Better news is: This battery is commercialization, storage power for consumers in Australia and the global market. Based on the standard lithium-ion battery, the researchers adopts a new "sulfur cathode" design such that the battery can withstand higher voltage load without reducing the overall capacity or performance of the battery.
The design is inspired by one * the unique bridge structure design in the 197X annual washing powder processing process, the team uses a method to establish a chemical bond that adapts to the voltage between the internal particles of the battery, thereby creating any battery Stability.
Associate Professor Matthewhir said: "This method not only improves the performance of the battery, extending the battery life, and the manufacturing process is very simple, the cost is very low; because the water based process is used, the manufacturing link is significantly reduced Toxic waste. "The research team applied for the manufacturing process.
Patent No. PCT / AU 2019/051239, Germany's Partner Fraunhof Materials and Optical Technology Research Institute have successfully created prototype cells. Positive attractive performance, low manufacturing cost, sufficient raw material supply, easy processing and good environmental impact, make this new battery attractive.
This is a breakthrough in the Australian industry, it is likely to change future mobile phones, automobiles, computers and solar power networks. Some of China and European world * large lithium battery manufacturers have demonstrated deep interest and will be this year ( 2020) further testing in Australia.
Professor Menak MiMD said: "The manufacturing and application of new lithium sulfur batteries will occupy the major part of Australia's $ 213 billion 'lithium industry', and thoroughly change the Australian automotive industry, providing cleaner for Australians. Reliable energy market.
The research team got more than 2.5 million models of money from the government and international partners. This year, we will start trial this * new battery from electric vehicles and power grids. "
The battery is like a stone below the "Wheel of Science and Technology Progress". It can be said that it is not exaggerated. The day is solving the performance of the battery. It is the scale of the technology product.
It is imagined. If there is such a battery, it can be Your mobile phone is continuously powered for 5 days, or let the electric car run 1000 kilometers without charging, (in fact, should it be like this?) How comfortable life will be.
Dr. Makush, Macada Machinery and Aerospace Engineering, led an international research team to develop an ultra-high capacity "lithium-sulfur battery", which is more than the current market. The battery has more than four times, which is better than the performance, but also has a smaller environment.
Better news is: This battery is about commercialization, storage power for consumers in Australia and the global market. Based on standard lithium-ion batteries, the researchers use a new "sulfur cathode" design such that the battery can withstand higher voltage load without reducing the overall capacity or performance of the battery.
The design is inspired by one * the unique bridge structure design in the 197X annual washing powder processing process, the team uses a method to establish a chemical bond that adapts to the voltage between the internal particles of the battery, thereby creating any battery The stability.
Associate Professor Matthewhir said: "This method not only improves the performance of the battery, extending the battery life, and the manufacturing process is very simple, the cost is very low; because the water based process is used, the manufacturing link is significantly reduced Toxic waste. "
The invention provides a manufacturing method of a tubular colloid storage battery for storing energy. The tubular colloid storage battery for storing the energy consists of a tubular positive plate, a pasted negative plate, a partition plate, colloid electrolyte, a storage battery groove and a safety valve.
The tubular positive plate is produced by adopting a piston-type extruder, and lead paste consists of sulfuric acid, water, lead powder, carbon black, read lead and graphite; barium compound aqueous solution is added into the negative lead paste; the storage battery is formed by adopting a segmental-type charging-discharging method; gas-phased silicon dioxide (SiO2) colloid with low acid content is added after the formation, and the gel is formed by adopting a multi-stage charging-discharging cycling manner.
The tubular colloid storage battery for storing the energy has the characteristics of reliability in performance, environmental protection and low manufacturing cost.
