Remotely located wireless devices require extra-long-life batteries to reduce the cost of ownership. Sol Jacobs • Tadiran Batteries Remote wireless devices serve as the cornerstone for all types of IIoT-related applications, including asset tracking, system control and data automation (SCADA), environmental monitoring, AI, and machine learning, to name a few. Applications that are easily accessible […]
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Batteries boost wireless connectivity to the IIoT
Self-powered electronic devices that define the Industrial Internet of Things (IIoT) have special needs that can be addressed through the judicious selection of battery chemistry. SOL JACOBS | TADIRAN BATTERIES Going ‘truly wireless’ typically necessitates the use of primary (non-rechargeable) or rechargeable lithium-ion (Li-ion) batteries. Besides untethering applications from ac lines, use of rechargeable batteries […]
Batteries for the Industrial Internet of Things
by Sol Jacobs, Tadiran Batteries Not all battery chemistries are the same when it comes to powering devices designed for the IIoT. A few guidelines help field cells able to handle rugged surroundings for long periods. The development of electricity in the late 1800s drove the first industrial revolution by providing abundant and inexpensive power […]
Small batteries pack big wallop for wireless devices
by Sol Jacobs, Tadiran Batteries Battery makers have devised chemistries that put a lot of energy in a tiny volume. Generally speaking, every penny counts when it comes to designing devices for a mass consumer market. That’s one reason smartphones use relatively inexpensive, rechargeable lithium polymer batteries for power. Constructed from a thin, flexible material, […]
