TruePower and How We Achieve It
More than 4 years in development, this patented technology allows tiny ceramic particles (each less than a millionth of a millimeter in size) to be integrated into the molecular structure of the chemical binding agent found inside each Lithium Ion battery. These particles then link-in with each other and a proprietary energy management controller circuit (EMC2) to create an extremely dense and highly conductive layer on the surface of an enhanced battery pack. This combination delivers the power necessary to satisfy the pulse demands placed on most batteries, while ensuring the protection of the Lithium cell matrix. This results in battery packs that can be recharged many more times as well as yielding longer run times per charge.
Creating a Better Power Source
By regulating pulse loads on the power cells, TruePower technology achieves several benefits: Substantially reduced heat generation during high current pulse (i.e. I2R heating has been drastically mitigated). Consequently, devices remain cool even under prolonged usage. Makes it possible to harness battery capacity that would otherwise be unavailable once voltage drops below certain levels. More battery capacity translates into more runtime for iPod users. Demonstrated battery life exceeding 3000 cycles with more than 70% retention of capacity over 30 plus months of continuous testing. The extended life of a TruePower battery helps the environment by curbing the depletion of materials used in battery products and reducing the number of waste batteries in landfills.
A Creative Approach to Battery Problems
Current Lithium ion batteries are specifically designed for the high pulse power demands of iPods, PDAs and laptops. Unfortunately, batteries meeting these power demands are usually made with a lower energy density. A trade-off resulting in shorter battery life and device runtime. By leveraging the pulse loads of a battery more efficiently, TruePower technology alleviates this problem. When a device demands a sudden high current peak—an iPod backlight turning on or loading the next few songs—TruePower technology, unlike a regular Li-Ion battery, supplies the majority of the peak current instantly without causing damage to the power cells, which protects the battery and leads to a longer lifecycle.
TruePower Features
- Higher Capacity Battery
- Longer Play Times
- More Charge Cycles
- Better Warranty
