Uploaded November 2021 | Updated September 2026, 1 day ago
High-precision foil strain gages and temperature sensors allow a quick and accurate evaluation of batteries life and safety.
The strain and temperature sensors are bonded on the cells to monitor their state of charge and overall health during operation.(Swelling, Temperature, Pressure-Deformation Feedback)
In this video Darryl demonstrates how to use a smart, cost effective pressure sensing circuit that significantly increases the utilization of batteries.
Both sensors data, paired with a Model P3 strain indicator optimize battery performance under operation, and make predictions on the state of health of the battery.
Using VPG Foil Technology products such a s sensors and resistors can help develop models for physical strains and heat produced by electrical currents experienced in battery cells during various charge, discharge, and temperature operating conditions.
When we work with Lithium batteries for high grade projects, especially those where lives are at stake or battery packs are being used in remote locations, there is little room for error.
The main design challenge in Li-ion charge circuits is to find the optimal point between overcharging, which could result in battery failure, and undercharging by more than a certain percentage, which results in reduced capacity and identification of safe end of life.
Micro-Measurements: micro-measurements.com
Advanced Sensors Technology: micro-measurements.com/advanced-sensors-technology
High-precision foil strain gages and temperature sensors allow a quick and accurate evaluation of batteries life and safety.
The strain and temperature sensors are bonded on the cells to monitor their state of charge and overall health during operation.(Swelling, Temperature, Pressure-Deformation Feedback)
In this video Darryl demonstrates how to use a smart, cost effective pressure sensing circuit that significantly increases the utilization of batteries.
Both sensors data, paired with a Model P3 strain indicator optimize battery performance under operation, and make predictions on the state of health of the battery.
Using VPG Foil Technology products such a s sensors and resistors can help develop models for physical strains and heat produced by electrical currents experienced in battery cells during various charge, discharge, and temperature operating conditions.
When we work with Lithium batteries for high grade projects, especially those where lives are at stake or battery packs are being used in remote locations, there is little room for error.
The main design challenge in Li-ion charge circuits is to find the optimal point between overcharging, which could result in battery failure, and undercharging by more than a certain percentage, which results in reduced capacity and identification of safe end of life.
Micro-Measurements: micro-measurements.com
Advanced Sensors Technology: micro-measurements.com/advanced-sensors-technology
