为Sweet Briar学院的可持续发展设计太阳能高尔夫球车

Elizabeth R. Murphy, I. Williams, Elizabeth Martin
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引用次数: 0

摘要

Sweet Briar学院拥有一个可持续发展计划,该计划维护校园温室,以及其他活动。该项目需要一辆太阳能高尔夫球车,以帮助在校园里运送人员和产品。目前,一辆皮卡车被用来将农产品从温室运送到食堂。可持续性项目想要一个更环保的选择。该项目的目标是改造高尔夫球车,使其主要以太阳能为动力。这辆车将用于将农产品从校园温室运送到食堂,并用于校园参观。在没有任何修改的情况下,高尔夫球车能够在校园的所有区域进行导航,以便运输农产品和提供旅游服务。根据未改装高尔夫球车的运行时间和充电时间,确定太阳能供电的运行时间和充电时间在2到3小时之间。该面板安装在现有的车顶上,充电控制器放置在后座下方。在确定一个适合高尔夫球车后座的可移动存储系统之前,考虑了几种产品运输设计。这是为了满足可持续性、成本和容量需求。一个系统被设计并安装在小车的后部。项目的下一步是测试系统,以确保它在额外的重量、充电速率和高尔夫球车的最大运行时间下仍能保持结构健全。按照项目的时间表,高尔夫球车应该可以正常工作,使用太阳能,并在5月之前运送农产品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing a Solar Powered Golf Cart for Sweet Briar College Sustainability
Sweet Briar College boasts a sustainability program that maintains the on-campus greenhouse, among other activities. The program requested a solar powered golf cart to aid in the transport of people and produce around campus. Currently, a pickup truck is used to transport produce from the greenhouse to the dining hall. The sustainability program wanted a more environmentally friendly option. The goal of the project is to modify a golf cart to run primarily on solar power. The cart will be used to transport produce from the campus greenhouse to the dining hall as well as to give campus tours. Without any modifications, the golf cart was able to navigate all the areas on campus that it would be required to in order to transport produce and give tours. Based on the runtime and charging time of the unmodified golf cart, both the solar powered runtime and charging time were determined to be between two and three hours. The panel was mounted on the existing roof of the cart and the charge controller was placed below the back seat. Several designs for produce transportation were considered before settling on a removable storage system that fits onto the back seat of the golf cart. This was determined to meet sustain ability, cost, and capacity needs. A system was designed and installed on the rear of the cart. The next steps of the project are to test the system to ensure it can remain structurally sound with the additional weight, the charging rate, and the maximum runtime of the golf cart. By the project timeline the golf cart should be functional, running on solar power, and carrying produce by May.
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