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Electric scooter with integrated communications and control for personal ownership

Electric scooter with integrated communications and control for personal ownership
具有集成通信和控制功能的电动滑板车供个人拥有
批准号:
84289
负责人:
金额:
$12.46万
依托单位:
依托单位国家:
英国
项目类别:
Collaborative R&D
财政年份:
2020
资助国家:
英国
项目状态:
已结题
起止时间:
2020 至 --

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中文摘要
翻译
个人轻型电动汽车(plev)在世界各地的城市中变得越来越普遍,因为它们有可能解决困扰城市交通的一系列问题:道路拥堵、空气污染、噪音和过度拥挤的公共交通。电动滑板车代表了这一领域的一个有前途的变体,因为与自行车相比,它们提供了优越的便携性,而且不需要体力消耗。Covid-19进一步增强了拥有电动滑板车的好处,减少了公共交通工具的负荷,消除了共享车辆交叉污染的风险。直到最近,大多数人都是通过共享计划获得电动滑板车的。然而,与自行车和其他小型交通工具一样,个人拥有可能成为一种重要的交通选择。牛头科技(Taur Technologies)正在开发一款独立电动滑板车,旨在满足在城市生活或工作的人们的日常交通需求,包括适合道路行驶、安全性和便携性。该项目专注于开发综合控制系统,通过解决以下不同领域的问题,为个人电动滑板车的所有权带来创新:*控制系统:陶尔正在开发一个完全集成的控制系统,该项目支持开发关键模块和连接,以创建安全可靠的电动滑板车。*便携性:考虑到电动滑板车的大规模应用潜力,将其与公共交通相结合的能力至关重要。牛头正在开发正在申请专利的系统,以显著提高电动滑板车的便携性和存储特性。*连通性:牛头正在研究电池性能的远程管理,通过利用低成本的通信,大幅增加电池系统的使用寿命。此外,增加一个安全层将有助于防止日益普遍的个人车辆被盗。
英文摘要
Personal Light Electric Vehicles (PLEVs) are becoming increasingly commonplace in cities across the world due to their potential to address a range of issues plaguing urban transport: road congestion, air pollution, noise, and over crowded public transport. Electric scooters represent a promising variant of this sector, because they offer superior portability when compared to bikes and do not require physical exertion. Covid-19 has further enhanced the benefits of owning an electric scooter by reducing the load on public transport and eliminating the risk of cross contamination from shared use vehiclesUntil recently, most people's access to e-scooters has been through sharing schemes. However, as with bikes and other small vehicles, personal ownership is likely to become an important transport option.Taur Technologies is developing a stand-on electric scooter for ownership that is engineered to meet the daily transportation needs of people living or working in cities, in terms of road-worthiness, safety and portability.This project is focused on developing the integrated control systems required to bring innovation to the ownership of personal electric scooters by addressing the following distinct areas:* Control systems: Taur is developing a fully integrated control system and this project supports the development of the key modules and connectivity required to create a safe and reliable electric scooter.* Portability: When considering the potential for the mass adoption of e-scooters, the ability to integrate them with public transport is vital. Taur is developing patent-pending systems to significantly improve the portability and storage characteristics of e-scooters.* Connectivity: Taur is investigating the remote management of battery performance, to substantially increase the lifetime of battery systems, by utilising low-cost communications. Furthermore, adding a security layer will help prevent the increasingly commonplace theft of personal vehicles.
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