©2026 Automation.com, a subsidiary of the International Society of Automation.
-
ISA provides technical resources and standards to help industrial automation professionals advance their careers and the field. We enable automation professionals worldwide to solve problems and enhance their skills by bringing people together to create new technologies and share best practices with future automation professionals.-
ISA Resources
-
Upcoming Events
-
Industry Insights
-
Consortia
-
Author Profile
Sol Jacobs
11 Results Found
-
FeatureOptimize Remote Wireless Devices With 40-Year Lithium Batteries
IIoT-connected devices using two-way wireless communications require specialized power management solutions. -
FeatureRemote Operations Need Peak-Performance Batteries
Expert recommendations can help optimize the supply of power to wireless devices in remote locations. -
FeatureRemote Operations Need Peak-Performance Batteries
Expert recommendations can help optimize the supply of power to wireless devices in remote locations. -
FeatureCustom Tailor Batteries for Maximum Performance
Expert recommendations can help maximize the power supply of remote wireless devices to suit specific remote applications. -
FeatureHow Primary Lithium Batteries Can Achieve Ultra Long Life
To avoid costly replacement, the ideal battery will last as long as the device. This feature originally appeared in AUTOMATION 2023: IIoT & Industry 4.0. -
FeatureAchieving Long-term Savings with Long-life Lithium Batteries
Ultra-long-life lithium batteries power remote wireless devices throughout the IIoT, with certain cells operating up to 40 years. This feature originally appeared in the IIoT & Industry 4.0 edition of Automation 2023. -
FeaturePowering Remote Wireless Devices to Run a 40-year Marathon
Low-power remote wireless devices can operate for up to 40 years on a single battery while powering two-way communications. This feature originally appeared in the ebook Automation 2022 Volume 6: IIoT & Industry 4.0. -
FeatureFive Keys to Powering Remote Wireless Devices
Consider environment, energy demands, self-discharge rate and energy density when selecting batteries for remote wireless devices. This feature originally appeared in the ebook Automation 2022: IIoT and Industry 4.0 (Volume 3). -
FeaturePower Versus Energy When Designing Smart Wireless Devices
If your low-power application draws enough energy to prematurely exhaust a primary lithium battery, then it may need an energy-harvesting device in combination with a rechargeable lithium-ion battery. The feature originally appeared in the April issue of InTech magazine. -
FeatureHow to Make your Battery Smaller and Less Expensive
Understanding your application can help to miniaturize your battery-powered solution. This article comes from the IIoT & Industry 4.0 eBook. -
FeatureBatteries Designed to Run an IIoT Marathon
Ultra-long-life lithium batteries can overcome the problem of high self-discharge to run for long distances while delivering the high pulses required for two-way wireless communications. From Volume 1 of the Automation 2021 Ebook: IIoT & Industry 4.0.