360 VR 카메라를 이용한 태양광 전기차 주차 구역 분석 시스템 개발
Development of Parking Space Analysis System for Solar Electric Vehicle using 360 VR Camera
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Recently, there has been growing public interest in solar-powered electric vehicles that can be self-charged using solar panels on the exterior of the vehicle, either while parked or while being driven. In this study, a system was developed that incorporates a low-cost 360 VR camera installed on the roof of a vehicle to capture sky images at outdoor parking lots; a smartphone is then used to analyze the images for potential shading obstacles, such as trees and buildings. The system calculates the average solar access value for the parking time reserved by the driver. By applying the system to two outdoor parking lots at Pukyong National University, the driver was able to analyze the environment around the parking spaces in real time and select a parking space that was advantageous for solar power generation. The reliability of the system was verified through a comparative experiment using a Solmetric Suneye 210 camera and a power measurement experiment using solar panels installed on the roof of the vehicle.
Abstract
Recently, there has been growing public interest in solar-powered electric vehicles that can be self-charged using solar panels on the exterior of the vehicle, either while parked or while being driven. In this study, a system was developed that incorporates a low-cost 360 VR camera installed on the roof of a vehicle to capture sky images at outdoor parking lots; a smartphone is then used to analyze the images for potential shading obstacles, such as trees and buildings. The system calculates the average solar access value for the parking time reserved by the driver. By applying the system to two outdoor parking lots at Pukyong National University, the driver was able to analyze the environment around the parking spaces in real time and select a parking space that was advantageous for solar power generation. The reliability of the system was verified through a comparative experiment using a Solmetric Suneye 210 camera and a power measurement experiment using solar panels installed on the roof of the vehicle.
참고문헌 (20)
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