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Figure 7: Time taken according to level of Power bank

             Conclusion
             Through this project, it helps a user jump start a car in around 1 second and 5 step easy. So that it can
             reduce the time and energy when their car battery is out. The Hybrid Power bank Car Jumper can save
             space in the car so the users can just allocate in the boot and also so perfect for women because it light
             and easy to handle.  Users must always make sure the power bank have enough power at least 50%
             before jump start the vehicle.  If the level power bank fell to 20%, it can make the car battery over
             discharge. The Hybrid Power bank Car Jumper have two methods to charge the power bank that is
             charging adapter and solar panel. Users also can use this Hybrid Power bank Car Jumper to charge the
             other gadgets. It can charge over 3 gadgets at 1 time.

             References
             [1] Gupta, S. C., Kumar, Y., & Agnihotri, G. (2011). Design of an autonomous renewable hybrid
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             104.10.1504/IJRET.2011.037983
             [2] Ke Liu, John Makaran, “Design of a solar powered battery charger”, Electrical Power & Energy
             Conference (EPEC), 2009 IEEE, 2009
             [3] J. Lopez, M. Godlez, J. C. Viera, & C. Blanco (2004) “Fast-Charge in Lithium-Ion Batteries for
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             [4]  F  .Lima,  J.N.  Ramalho,  D.  Tavares,  J.Duarte,  C.Albuquerque,  T.Marques,  A.  Geraldes,  A.P.
             Casimiro,  G.Renkema, J.Been,  &  W.Groeneveld  , (2003) “A  Novel  Universal Battery  Charger  for
             NiCd,  NiMH,  Li-Ion  and  Li-Polymer”,  Solid-State  Circuits  Conference,  2003.  ESSCIRC  '03.
             Proceedings of the 29th European , pp209-212.
             [5] Andri, Helly. 2010. “Rancang Bangun System Battery Charging Automatic“.
             Universitas Indonesia
             [6]  Rahmawati,  Dhamar  Wasisto  Nugroho.  2015.  “Studi  Desain  Power  Bank  menggunakan  Panel
             Surya sebagai sumber Energy Alternatif”. Universitas Sriwijaya.
             [7] https://maulidyamnh.wordpress.com/2015/02/10/pembuatan-power-bank/
             [8]   http://www.panelsurya.com/index.php/id/panel-surya-solar-cells/panel-surya-solar-cellstype?
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             [9] https://www.wikipedia.org
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