Electric Autorickshaw Powered by the Sun that Can Be Tilted to Any Angle

Abstract

In the ongoing work, availability of sun radiation for south-bound level surfaces in Wet Subtropical Climatic Area of India has been anticipated. Sizes of overall and diffuse sun powered radiation for Aligarh (27.89_N, 78.08_E) which double dealings in the Damp Subtropical Climatic Locale were executed for over a time of three years. The optimum tilt angles for each month, season, and year were evaluated. Between Aligarh and New Delhi (India's capital, 28.61 N, 77.20 E), total incident solar radiation was measured. The optimal tilt angle for New Delhi and Aligarh (nearby the respective latitude) was determined as early as a year ago to be 27.62_ and 27.95_, respectively. Unsurprising expansions in once a year normal sun oriented radiation (grounded on month to month, occasional and yearly ideal slant points) in contrast with a level surface were 13.13%, 11.80% and 7.58% (for New Delhi) 12.92%, 11.61% and 6.51% (for Aligarh) and separately. A deficiency of 1.16% and 5.68% energy (for Aligarh) and 1.18% and 4.91% (for New Delhi) were normal with surface at occasional and yearly ideal slant points separately contrasted with a surface at month to month ideal slant point. The study suggested that the inclined surface should be tilted on a monthly or seasonal basis to get the best solar energy use out of it.