What is the rationale for designing the monolithic structure of...
Read MoreThe key to unlocking battery performance starts with internal resistance self-discharge.
The self-discharge rate depends on the internal resistance of the battery and determines the rate of charge loss when the battery is not in use.
High self-discharge rate due to high internal resistance may reduce the effective capacity of the battery.
High self-discharge rates may accelerate the aging process of batteries, especially in high-temperature environments.
Internal resistance also affects heat generation during battery charging and discharging.
Managing and optimising internal resistance self-discharge is key to improving battery performance and reliability.
Extend Knownledges
How is the safety of using downhole batteries in MWD considered?
How is the safety of using downhole batteries in MWD...
Read More
Power Stability | Reliable Lithium Batteries for Downhole Applications
Power Stability | Reliable Lithium Batteries for Downhole Applications https://youtu.be/3BI1kRUP2sY...
Read More
What is the current of the MWD downhole high temperature lithium battery?
What is the current of the MWD downhole high temperature...
Read More