Battery supercapacitor hybrid design

AI Thread Summary
The discussion centers on the challenges of integrating a supercapacitor into a circuit to extend battery run-time. The user reports that the load drains the supercapacitor faster than the battery can recharge it, leading to power loss and system restarts. Suggestions include selecting a battery with lower internal resistance to better match the load's average current requirements. Additionally, the effectiveness of the supercapacitor in prolonging battery life may vary based on specific load conditions. Optimizing the battery and load relationship is crucial for improving performance in this hybrid design.
tattee
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hello! i would like to ask for your opinions. i have tried using supercapacitor in my circuit to prolong its battery run-time. I have attached a simple circuit design for your reference.


the problem is that the load drains the supercapacitor faster than the battery charging the supercap. the result is that the load runs out of power and restarts. is there a way we can limit the consumption of the load or increase the speed of charging time of the battery?

thank you!
 

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tattee said:
hello! i would like to ask for your opinions. i have tried using supercapacitor in my circuit to prolong its battery run-time. I have attached a simple circuit design for your reference.


the problem is that the load drains the supercapacitor faster than the battery charging the supercap. the result is that the load runs out of power and restarts. is there a way we can limit the consumption of the load or increase the speed of charging time of the battery?

thank you!

If I understand your question, then your battery has too much internal resistance for the load.
You need to select a battery that can accommodate the average current.
The supercap may or may not extend the battery life depending on the load specifications.
 
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