A Study of Green Synthesized Silver Nanoparticles (AgNPs) for Production in both AC and DC Current

The bio-voltaic cells and battery have been designed and developed for both DC (Direct current) and AC (Alternating current) power generation.A study for DC load voltage, AC load voltage, internal resistance, maximum power, open circuit voltage and short circuit current have been measured for practical utilizations.An inverter has been used to convert DC electricity in to AC electricity.The variation of DC load voltage and the variation of AC load voltage with time have been studied.It is seen that for without AgNPs the change of AC load voltage is greater than the change of DC load voltage.It is also seen that for without AgNPs the change of AC load voltage is greater than the change of DC load voltage.But the it is also seen that for with and without AgNPs the change of both DC and AC load voltages are greater than the change of both DC and AC load voltages respectively.It is also found that the internal was reasonable for 160 hrs time duration.The maximum internal resistance was 3.43 ohm and the minimum internal resistance was 3.31 ohm without use of AgNPs.The difference was 0.12 ohm.It has been synthesized AgNPs using PKL extract.The effect of AgNPs have studied for use in both DC and AC appliances.It is shown that the performances of AgNPs are better for both DC and AC appliances.

Publication Details

Journal
International Journal of Advanced Research and Higher Studies
Published
2025-01-01
DOI
https://doi.org/10.70818/ijarhs.v04i02.2025.250202
Primary Topic
Recycling and Waste Management Techniques
Type
article
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article

A Study of Green Synthesized Silver Nanoparticles (AgNPs) for Production in both AC and DC Current

International Journal of Advanced Research and Higher Studies
Recycling and Waste Management Techniques
article

A Study of Green Synthesized Silver Nanoparticles (AgNPs) for Production in both AC and DC Current

article en

Abstract

The bio-voltaic cells and battery have been designed and developed for both DC (Direct current) and AC (Alternating current) power generation.A study for DC load voltage, AC load voltage, internal resistance, maximum power, open circuit voltage and short circuit current have been measured for practical utilizations.An inverter has been used to convert DC electricity in to AC electricity.The variation of DC load voltage and the variation of AC load voltage with time have been studied.It is seen that for without AgNPs the change of AC load voltage is greater than the change of DC load voltage.It is also seen that for without AgNPs the change of AC load voltage is greater than the change of DC load voltage.But the it is also seen that for with and without AgNPs the change of both DC and AC load voltages are greater than the change of both DC and AC load voltages respectively.It is also found that the internal was reasonable for 160 hrs time duration.The maximum internal resistance was 3.43 ohm and the minimum internal resistance was 3.31 ohm without use of AgNPs.The difference was 0.12 ohm.It has been synthesized AgNPs using PKL extract.The effect of AgNPs have studied for use in both DC and AC appliances.It is shown that the performances of AgNPs are better for both DC and AC appliances.

International Journal of Advanced Research and Higher StudiesVol. 4(2)
Openalex Percentile: Top 71%
Recycling and Waste Management Techniques
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