Revolutionizing Solar Efficiency Harnessing Iot Innovation For Intelligent Dust Monitoring And Cleaning Solutions
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| Natura: | Recurso digital |
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2025
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| _version_ | 1866901525293432832 |
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| author | Dhankar, Usha Nikeeta, Nikeeta Tiwary, Sompriya N Singh, Suhani Sharma, Pooja Grace, AS Susanna |
| author_facet | Dhankar, Usha Nikeeta, Nikeeta Tiwary, Sompriya N Singh, Suhani Sharma, Pooja Grace, AS Susanna |
| contents | <p>Solar photovoltaic (PV) panels were a broadly implemented renewable energy source but their efficiency was<br>substantially influenced by dust accumulation which hindered sunlight absorption and reduced power output Regular cleaning<br>and monitoring were essential to sustain their performance Traditional cleaning mechanisms such as manual or semiautomatic<br>cleaning were often inefficient labor-intensive and costly which demanded the development of automated solutions This research<br>introduced an IoTbased cleaning and monitoring system designed to enhance the efficiency of solar PV panels The system<br>combined realtime data acquisition through IoT sensors to detect dust accumulation and environmental conditions activating an<br>automated cleaning mechanism when necessary Additionally machine learning algorithms analyzed historical data to optimize<br>cleaning schedules maintaining minimal energy loss and improved reliability A review of prevalent dust removal techniques such<br>as passive coatings electrostatic cleaning and robotic solutions revealed that many methods were either highmaintenance or not<br>costeffective for largescale deployment IoTbased solutions when integrated with predictive analytics provided a potential<br>substitute by enabling realtime monitoring and analytical decisionmaking for panel maintenance The outlined methodology<br>enhanced energy output while reducing operational costs and minimizing manual intervention making solar energy systems<br>more efficient and sustainable This innovation contributed to the prolonged effectiveness of solar power by addressing one of its<br>key operational challenges thereby fostering a cleaner and more reliable renewable energy future.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_16410228 |
| institution | Zenodo |
| language | |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Revolutionizing Solar Efficiency Harnessing Iot Innovation For Intelligent Dust Monitoring And Cleaning Solutions Dhankar, Usha Nikeeta, Nikeeta Tiwary, Sompriya N Singh, Suhani Sharma, Pooja Grace, AS Susanna Solar Photovoltaic Monitoring & Cleaning System for Dust Deposition IoT & Machine Learning. <p>Solar photovoltaic (PV) panels were a broadly implemented renewable energy source but their efficiency was<br>substantially influenced by dust accumulation which hindered sunlight absorption and reduced power output Regular cleaning<br>and monitoring were essential to sustain their performance Traditional cleaning mechanisms such as manual or semiautomatic<br>cleaning were often inefficient labor-intensive and costly which demanded the development of automated solutions This research<br>introduced an IoTbased cleaning and monitoring system designed to enhance the efficiency of solar PV panels The system<br>combined realtime data acquisition through IoT sensors to detect dust accumulation and environmental conditions activating an<br>automated cleaning mechanism when necessary Additionally machine learning algorithms analyzed historical data to optimize<br>cleaning schedules maintaining minimal energy loss and improved reliability A review of prevalent dust removal techniques such<br>as passive coatings electrostatic cleaning and robotic solutions revealed that many methods were either highmaintenance or not<br>costeffective for largescale deployment IoTbased solutions when integrated with predictive analytics provided a potential<br>substitute by enabling realtime monitoring and analytical decisionmaking for panel maintenance The outlined methodology<br>enhanced energy output while reducing operational costs and minimizing manual intervention making solar energy systems<br>more efficient and sustainable This innovation contributed to the prolonged effectiveness of solar power by addressing one of its<br>key operational challenges thereby fostering a cleaner and more reliable renewable energy future.</p> |
| title | Revolutionizing Solar Efficiency Harnessing Iot Innovation For Intelligent Dust Monitoring And Cleaning Solutions |
| topic | Solar Photovoltaic Monitoring & Cleaning System for Dust Deposition IoT & Machine Learning. |
| url | https://doi.org/10.5281/zenodo.16410228 |