A study on preliminary screening of 12 V/ 2500 F range lead carbon hybrid ultracapacitors as energy storage device for solar power applications
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Abstract
The paper focuses on accepting Hybrid ultra-capacitors as working capacitors from a huge number of unconditioned ones. Hybrid ultra-capacitors of 12 V/2500 F range are evaluated for their performances. Healthy and faulty behavior of these capacitors is analyzed in terms of voltage discharge characteristics. Synthesis of lead carbon hybrid ultra-capacitors of 12 V/2500 F range from electrode to container form is discussed. The steps need to be followed to identify the healthy capacitors from the faulty capacitors are presented. Procedure developed for pre-conditioning of HUCs, performance evaluation and failure analysis results are discussed. From discussion, the condition for acceptance of 12 V/2500 F range Hybrid ultra-capacitor as an energy storage system for solar power applications is formulated.
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How to Cite
Pradeep Kumar Rao, J., Nagamani, H. N., Vaidhyanathan, V., & Bhavani Shanker, T. (2017). A study on preliminary screening of 12 V/ 2500 F range lead carbon hybrid ultracapacitors as energy storage device for solar power applications. Power Research - A Journal of CPRI, 503–510. Retrieved from https://node6473.myfcloud.com/~geosocin/CPRI/index.php/pr/article/view/104
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