THE FIRST AND ONLY CERTIFIED GREEN BATTERY IS HERE
For over a century people have benefited greatly from lead-acid powered batteries, only at an enormous cost to our environment, sulfuric acid emitted from lead-acid batteries is a destructive pollutant to our environment during production, use and disposal, thus becoming a public hazard to the global environment.
The invention of the lead-acid battery has caused many environmental issues over its 150 year history without much notice, especially in disposing of the hazardous material after the life-cycle of the battery.
In the past people have only dreamt of a Green Battery that would be environmental friendly with a high capacity that is an easy-to-use battery, that makes our air cleaner and the sky clearer.
The international battery industry is taking notice at the arrival of this state-of-the-art technology that is revolutionizing how batteries are looked at. This superior technology has undergone rigorous testing and has proven to exceed that of the lead-acid battery.
The lead-acid battery has a relatively big internal resistance during its usage, which is generally greater than 25 milli-ohm, at the same time the holes generated in the maintenance free battery makes the internal resistance even greater.
The Silicone batteries silicate electrolyte has a smaller resistance which is less than 2 mili-ohm, twelve to thirteen times smaller than that of the lead-acid battery. The discharge ability of the silicone battery is improved greatly, the silicone battery can be discharged at 30C in 8 seconds with no damage to the battery. Furthermore, there is no or little temperature rise during the usage of the silicone battery. The battery has a strong cold resistance and heat resistance, it not only works normal at -50°C but also works normally up to +70°C.
The silicone rechargeable battery is a more reliable, as well as a more dependable battery in harsh temperatures because the battery has no memory therefore allowing the battery to easily complete its task. After the life-cycle of the battery the electrolyte can be safely used as a fertilizer and the rest of the housing recycled.
The silicone battery has a long shelf-life of over a year without losing charge and can be fully recharged over 400 times, lead-acid batteries are approximately 200 times.
Internationally, the silicone battery has passed the test with Edison Laboratories in California USA, their conclusion the silicone battery is the first confirmed acid-free battery with chemical methods of resolution, Secondly, that the internal resistance is twelve to thirteen times smaller than that of lead-acid battery, Thirdly, clarified the advantage on the aspect of dynamic batteries, Fourth, silicone battery proved better than the lead-acid battery in whole.
Silicone rechargeable batteries are widely used by the military in China for backup power in telecommunication systems. The silicone batteries have been tested and passed requirements of the air-force, general intelligence (PLA) and electric vehicle testing.
Silicone batteries are used in Canadian airport(s) due to its non-explosive, non-sparking, maintenance-free and long-life capabilities, silicone batteries are used for backup power in Canadian telecommunication systems as the choice battery. The solar industry is switching from the old technology of lead-acid and gel batteries to the certified green technology of the silicone battery.