eng Oriental Scientific Publishing Company Biosciences Biotechnology Research Asia 0973-1245 2016-06-20 12 Spl.Edn.2 341 345 10.13005/bbra/2208 12927 article M. Jahnavi 1 L. Magthelin Therase 2 Master of Engineering, Embedded System, Sathyabama University, Chennai, India. Department of ECE, Sathyabama University, Chennai, India. Vehicles provided with green power are extensively used in East Asian countries like Japan and China. Although the vehicle design is well suited to the environment in our country the India which it operates, are not well preferred. It is a crude and inefficient design due to poor vehicle maintenance. This paper details an overall development of an advanced solar assisted automatic self driving vehicle JASSOC which is a three wheeled prototype. Research on conventional vehicles is presented as well as future conceptual infrastructure designs for the electric vehicles, the recent designs research simulations and experimental validation of the next automated vehicle JASSOC. The proposed automatic solar/battery electric three wheeler is meant to match and exceed the conventional vehicle performance and completely ignoring manual driving system. We introduce the next overall design of the proposed prototype as JASSOC 1.0 and the general conventional vehicular design and performance as VEHICLE 2.0 the combined form of mechanical and technical development aim for JASSOC 1.0 is to decrease the total electric power needed for propulsion with an optimized battery system and a more efficient motor and inverter. Several configurations are simulated and analyzed to make the complete automatic system. Many elements are used to locate the vehicle and run it automatically like Google voice search engine with GPS and RF grid system by sending vb signals https://www.biotech-asia.org/vol12_nospl_edn2/jassoc-an-automated-vehicle-powered-by-green-energy/ Battery; JASSOC; Manual driving system; Conventional vehicle performance; Motor; Inverter; GPS; RF grid system; Vb signals