Scientists require accuracy in their measurements, which is why – in early 2019 – the definition of a kilogram was modernised.
As measurements become more precise; demands for accuracy are also placed on the equipment that calculates, interrogates, monitors or communicates them; which is where selecting the optimum battery can prove invaluable.
Most Inspired Energy batteries contain ‘18650’ size cells, however demand for increased battery run time means that ‘21700’ cells are gaining in popularity. As a leading manufacturer of standard smart battery packs, Inspired Energy have incorporated 21700 cells into a new range of batteries for the new decade; which includes the company’s first 18V battery.
Most of the work that takes place inside the battery manufacturing facility of Accutronics Ltd in Staffordshire, UK is highly confidential (bespoke batteries built under strict non-disclosure agreements). In this rare glimpse behind-the-scenes, we discover how the pre-engineered range of Entellion credit card batteries evolved from the drawing board to the production line.
In 2019, Southwest Electronic Energy (SWE) was acquired by Ultralife Corporation. We sat down with SWE’s VP of Sales Leon Adams to learn more about the company and its products and to see how the acquisition has benefited the company so far.
Ultralife’s smart U1 battery utilizes long-lasting Lithium Iron Phosphate (LiFePO4) chemistry, with more than 2,000 cycles possible, making it an ideal replacement for sealed lead acid (SLA batteries) in computer or medical carts and robotics.
Accutronics have worked with US battery manufacturer Inspired Energy since 2002 and one of the earliest products to be distributed by us were the 'N' series standard smart batteries. These products have proven so popular that many are still manufactured today; although the range has grown as cell technology has improved. Here, we take a look at the 'N' series through the years and introduce new products for 2019.
Ultralife Corporation has expanded its range of robotics and military batteries with the introduction of a new LiFePO4 power storage device – the URB0023. Its high capacity and low self-discharge rate make it ideal for robots that are required to operate for lengthy periods without access to mains electricity (such as AGVs), or stationary power applications paired with diesel, wind, or solar generators; whilst its rugged modular design is well-suited for transportation on the battlefield.
