大学生电动车使用文献论文

纯电动汽车论文的参考文献

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[1]陈翌，孔德洋.德国新能源汽车产业政策及其启示[J].德国研究，2014，01：71-81+127.

[2]罗布·恩德勒，沈建苗.客户体验：特斯拉的取胜法宝[J].IT经理世界，2014，18：38-39.

[3]李美霞.基于消费者视角的纯电动汽车购买决策影响因素及市场化研究[D].华东理工大学，2014.

[4]朱成章.对我国发展纯电动汽车的质疑与思考[J].中外能源，2010，09：11-15.

据我所知国内尚无商品化的电动汽车。同济大学由德国归国的万钢教授主持研制电动汽车。中国汽车技术研究中心史广奎研究员在研制混合动力汽车。国外就是丰田、本田在国内汽车展上能看到。在德国、法国街上能看到电动汽车。 茜茜918补充：听说奇瑞的电动汽车试验续驶里程达到了200公里，这很了不起，由此推测；电池应是镍-氢电池或锂电池（而不是一般国内一些厂厂家试制电动汽车采用的铅酸蓄电池），那样的话，成本会很高，很难单靠厂家将其普及开来；而如果采用铅酸蓄电池，续驶里程会很低（几十公里就要充电），不适用。至于电机国内完全可以生产。应该说，由电池驱动的非公路行驶的电动汽车在我们国家很早就有了，工厂的“电瓶车”，现在一些旅游区的“电瓶车”，还有游乐场的电动车，都是电动车，那些电瓶、电机都是国内生产的（容易了解生产厂家）。但我想你不是搞一个玩具型的电动车吧！ 电动汽车普及率最高的法国，其电动汽车的推广，是依赖于法国的能源发展战略。在日本，每一辆电动汽车要政府补助100万元（车价很高）。 国内生产厂家研制电动汽车的意义在于，在技术上不能与国外拉下太多。

汽车参考文献网址

CAN bus in the electric vehicle monitoring system of Abstract Now, CAN, high-performance and reliability has been recognized and was widely used in industrial automation, marine, medical equipment, industrial equipment, and so on. Field Bus is the development of automation technology One of the focuses of the area known as automated computer LAN. It is a distributed control system to achieve real-time between the nodes, reliable data communications providing strong technical support. CAN bus belonging to the scene of the areas, it is an effective support for real-time control of distributed control or serial communication network. Compared with many of the current RS-485 based on the R line Construction of the Distributed Control System, based on the CAN bus distributed control system has obvious advantages. In this paper, occupies a lot of relevant information based on the comprehensive use of various methods of the CAN bus in the electric vehicle monitoring system in the application of theory and an analysis of development issues, and some of the problems raised his own views. The full text is divided into four parts: The first part of the main topics on the background and content of the subjects studied in the context of topics to write on the CAN bus status and significance in the research described in the content of the object of measurement requirements and complete the task of this paper. The second part, write data acquisition module design, from the SJA1000 CAN-based communications port design, acquisition, the electric car design; electric car design capacity of the collection node consists of three parts. The third part, mainly to write the electric vehicle monitoring network design, the first Fieldbus awakened comparison and choice, selected after the introduction of the CAN bus, the last of the SJA1000 CAN bus controller is introduced. The fourth part is really on the reliability of the system design for discussion, data from the calibration, the anti-jamming software and hardware design of the anti-jamming design in three areas to address the reliability of the system problems. Key words :Fieldbus; CAN bus; SJA1000; nodes;