Super capacitor battery SPC1520 for LiSOCL2 battery ER batteries
Product Overview
The Super pulse battery capacitor (SPC) is an energy storage device
with the latest and cutting-edge technologies.
With SPC, We offer a power solution for lifespan, with high pulse
current drain and passivation sensitive application. Designed for
use in parallel connection wieh the LiSOCL2 battery, the supper
capacitor series delivers high pulse discharge current in a variety
of applications. The solution is a combination of lithium thionyl
chloride( LiSOCL2 battery) batteries + HPC 1520 HPC1530 HPC1550
Key characteristics
1. The nominal voltage of the supper capacitor battery is 4.0 V,
the cut-off charge voltage is 4.0 v, the cut-off discharge voltage
is 2.5 V
2. Temperature range: -40~+85℃
3. High power discharge, small size, light weight, good sealing
performance,
4. The energy output efficiency of Super capacitor battery can be
improved by assembling with LiSOCL2 battery in paralle
5. The voltage passivation problem of LiSOCL2 battery can be solved
by assembing the super capacitor in parallel
Main Applications:
Applications:
Intelligent Meter, intelligent logistics, ETC, intelligent lock,
intelligent manhole cover, intelligent fire, intelligent livestock,
intelligent parking, intelligent home, bike-sharing
PLEASE NOTE: These batteries are LITHIUM PRIMARY batteries, which are NOT
rechargeable. Do not attempt to charge these cells, as any attempt
to do so may cause severe damage to both the battery and the
charger.
Tags: lithium thionyl chloride battery,li socl2 rechargeable
battery,internet of things battery,pulse capacitor,ER26500+HLC1520,
3.6v lithium battery,ER26500+HPC1520 lithium thionyl chloride
battery,3.6v lithium battery,ER26500 with 1520 pulse
capacitor,ER26500+SPC1520,custom lithium battery pack,IOT battery
Warning:
1. UPC1530 Composite Capacitor is used to ER+UPC combined power
system or other small charging current conditions.
2. Overcharging voltage of UPC1530 composite capacitor exceeds
4.4V, which may lead to explosion or relief valve opening.
3. The charging voltage of UPC1530 composite capacitor should not
exceed 4.1V, it should not be over-discharged, short-circuited,
heated to over 100℃, incinerated or put into water.
4. Charging voltage of UPC1530 composite capacitor is higher than
3.95V, or discharge voltage is lower than 2.0V, which may lead to
performance degradation or internal resistance increase.
