The self-discharge phenomenon which leads to a loss of the battery's capacity is intrinsic to any electro-chemical system. It is an internal chemical reaction consuming anode and cathode materials that occurs during storage but also, while in use.
Self-discharge is an important factor to consider for IoT applications, as the IoT devices must operate for several years with a single battery.
Watch our video to find out about the two self-discharge phenomena that can impact battery life, which factors are accelerating them and how to anticipate it to avoid battery lifetime calculation errors.
If you’ve missed it, watch the first video of our series:
By signing up, you’ll be the first to hear about our news and receive exclusive advices.
We use your email address solely for sending our IoT newsletter. You can unsubscribe at any time using the unsubscribe button at the bottom of the newsletter.
In this article, we explain how lithium-ion batteries work and share our 5 top tips on how to charge your industrial-grade lithium-ion batteries to optimize their lifespan. #Rechargeable battery #Li-Ion battery #battery care
We have gathered some of the main power optimization trends that are getting us all excited in 2022: 5G, DevOps, harvesting technologies and more! #IoT #InternetofThings #batteries
The Industrial Internet of Things (IIoT) has transformed the way industries operate. Batteries have been an integral part of this development. Find out how... #Battery #IoT #Industrial Internet of Things
Did you know that temperature is the main factor impacting your battery’s power consumption? A slight change can affect your battery’s capacity and service life. Find out why. #Battery #IoT #Internet of Things
Selection of batteries: check! But how to best integrate them in your IoT device? Here are the keys to successful custom battery pack-making. #Saft #Battery #battery pack assembly
What are the ATEX directives and the IECEx conformity assessment system and why do you need batteries that comply with them? #Saft #ATEX #IECEx
We teamed up with our partner, Deutsche Telekom, to take a look into the implications of low-power design in battery selection. #Saft #Low-Power design #sensors
Romain Cayzac, Technical Manager of the CE division in Poitiers, our R&D department, explains the various options and capacitors now available to IoT developers in our LSP range. #Saft #LSP #Lithium-Thionyl chloride
Brian Conlee, Applications engineer at Saft America, explains how Lithium Manganese Dioxide (Li-MnO2) batteries can meet your IoT device's power and pulse requirements. #metering #tracking #Internet of Things
Digital Twins solutions such as Deutsche Telekom IoT Solution Optimizer can help in reducing the time to market and creating less defective devices. Miguel Rodriguez explains... #IoT #Internet of Things #digital twin
An IoT device management platform is a must for any successful IoT solution. Marcin Nagy, IoT Product Director at AVSystem discusses the challenges of scaling IoT solutions... #Cloud services #Data storage #Cloud management
Several IoT trends continue to gather momentum stimulating IoT’s prominence in 2021. Explore the IoT universe and how it's been impacted by the pandemic in our infographic. #IoT #Market #Statistics