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Review on Smart Mobile Charging System Using Adaptive MPPT

S. S. Jadhav, Prof. S. J. Pardeshi, Prof. K. D. Salunke

Abstract


Now are use of smartphones and electronic devices has created a continuous demand for reliable and sustainable charging solution. The mobile charger is mainly depending on the electricity. The electricity may not be readily available in outdoor locations.  These papers are presents and design to development of a Smart Mobile Charging System Using Adaptive MPPT system. I have created a need for sustainable and renewable energy charging solution. On this system are used to a solar photovoltaic panel. They are converting the solar energy into electrical energy, The solar panel are generated to the solar power with solar irradiance, temperature, shading, and environmental conditions, an adaptive by the maximum power. In this technique added to extract the most available power from solar panel under changing operating conditions. The solar panel are improving the energy by adjusting the operating of the solar panel. The electrical energy is generated to regulate the DC-DC converter. A stable output voltage is providing for charging portable devices. A DC-DC converter provides the regulated suitable output for mobile device charging, while rechargeable battery. experimental evaluation can be carried out under different include levels and condition to determine charging capacity, charging time. The objective of the systems is to offer a portable charger, a solution based on renewable energy and charging, and at the same time to reduce reliance on the electrical power supply.


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References


S. Kaanapali, P. Gowri Nandini, S. Yuvaraja T., and S. Rajalingam proposed a solar-powered mobile phone charger using photovoltaic energy. The study demonstrated the use of solar energy for portable mobile charging and highlighted its suitability for areas with limited access to conventional electricity.

S. Bhowmik, S. Kumar, and G. Shankar investigated a solar PV-based mobile phone battery charger using a DC-DC buck converter and P&O MPPT technique. The work focused on extracting maximum solar power and providing controlled battery charging.

R. K. K., K. S., K. S., M. P. K. G., and C. N. V. presented a portable solar-tree-powered mobile charger. The design uses PV panels, MPPT, battery storage, and regulated charging ports, providing a compact renewable charging approach.

K. Venkataraman, Erik Selvan, Ashok Gandhi, M. C. Anand Chakravarthi, V. Varunan, and B. Vasanthakumar investigated a mobile charger using a solar panel fabricated from silicon scrap. The study demonstrated the reuse of solar-cell material for mobile charging applications.

C. R. C., D. P., S. P. S., and S. M. presented a wireless solar mobile phone charger using photovoltaic generation and magnetic-resonance coupling. The system investigated wireless transfer of solar energy for mobile charging, although transfer efficiency was limited by wireless power losses.

C. Lapson Phon and S. Nuala compared Perturb & Observe and Incremental Conductance MPPT techniques for solar battery charging. Their experimental work used a buck converter and an 80-W PV panel, with the Incremental Conductance technique showing higher charging rate and approximately 95% system efficiency in their tested setup.

B. Pooja, S. Rajanna, N. L. Vara prasad, M. Ramesh, G. R. Sowmya, and S. R. Rakshitha developed an MPPT-based battery charge controller for a solar photovoltaic system. The study included prototype implementation of a charge controller for extracting maximum PV power and charging a battery.

S. Charan V. S., K. Adhavan, M. Someshwar, and M. Venkatesh Kumar proposed a photovoltaic charger using fuzzy-logic control for lithium-ion battery charging. The controller considers changing solar irradiance and battery state of charge to improve charging efficiency and safety.

S. Manoharan, B. Mahalakshmi, K. Ananthi, and A. Elakya presented a review of smartphone-charger technologies and associated challenges. The work provides background for understanding different approaches used for portable smartphone charging.

N. Daou, J. Swami, and F. Altounian investigated real-time mobile monitoring of an IoT-based MPPT solar charger using wireless communication. This work is particularly relevant to the proposed system because it combines solar charging, MPPT and real-time monitoring.


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