Showing all 8 results
What are ER+SPC Solutions?
ER+SPC batteries are a type of energy storage system that combines an ER (lithium thionyl chloride) battery with a super capacitor (SPC). Super capacitors are energy storage devices that can deliver high power in short bursts.
It also combines the high energy density of ER batteries with the high power density of super capacitors. This combination provides a reliable and long-lasting power supply with fast power delivery characteristics.
Where are ER+SPC Solutions Used?
ER+SPC batteries are usually used in
- Smart meters
- Medical devices
Smart meters; ER+SPC batteries are used in smart meters to provide reliable and long-lasting power with fast power delivery capabilities. They are used as a hybrid power solution to eliminate voltage lag and in lithium batteries with high capacity electricity meter clocks. EVE ER (Li-SOCl₂) batteries with super capacitors are also used in smart metering systems, ensuring smooth operation and data accuracy.
Medical devices; ER+SPC batteries can replace conventional lithium batteries in medical devices. This solution offers benefits such as improved reliability, longer life and enhanced safety.
What are the Advantages of ER+SPC Batteries?
ER+SPC solutions, which combine ER batteries with super capacitors, offer several advantages in various applications. The advantages of ER+SPC batteries are as follows:
- High cell voltage
- Smaller impedance
- Longevity
- Wide operating temperature range
- Advanced energy storage
Higher cell voltage: These batteries provide higher cell voltage compared to conventional batteries. This higher voltage allows for more efficient power delivery and performance in devices.
Smaller impedance: The combination of ER batteries with supercapacitors results in much smaller impedance. This lower impedance enables faster power delivery and reduces energy loss during operation.
Long life: ER batteries are known for their long life and the ER+SPC solution takes advantage of this feature. The combination of ER batteries with supercapacitors ensures a reliable and long-lasting power supply for devices.
Ultra-wide operating temperature range: EVE’s Li/MnO₂ batteries and some ER+SPC solutions offer an ultra-wide operating temperature range. This allows the batteries to perform effectively in extreme temperature conditions, making them suitable for a variety of environments.
Enhanced energy storage: The combination of ER batteries with supercapacitors provides advanced energy storage capabilities. This enables efficient energy storage and distribution, providing reliable power supply for devices.
