Autonomous tractors are technologically advanced and are also known as driverless tractors. These tractors are equipped with GPS, sensors, cameras, computers, and gyroscopes that help them drive from shed to the field, perform the tasks in the field, and then return back to the shed. The report analyzes the autonomous tractors market based on components and application, and region. The components segment covers sensors, GPS, vision system, and others. The application segment covers tillage, harvesting, seed sowing, irrigation, spraying, and fertilizing. The study highlights Porters’ Five Force analysis for the global autonomous tractors market. In addition, the report covers the study and analysis of top companies operating in the market along with their market share.

At the first level, based on vehicle type, the market has been segmented into conventional cars and green vehicles. Conventional Cars: This segment includes Internal Combustion Engines (ICE) vehicles. Green Vehicles: This segment includes vehicles such as battery electric vehicles and plug-in hybrid vehicles. At the second level, based on system type, the market has been segmented into passive spoilers and active spoilers

The scope of the report discusses the potential opportunities for the market players to enter the global automotive biometric market. This report also provides an in-depth analysis of the market, outlining current trends, key driving factors, and key area of investment. The report includes Porter’s Five Forces analysis to understand the competitive scenario of the industry along with the role of each stakeholder. The report features the strategies adopted by key market players to maintain their foothold in the market. Furthermore, the report highlights the competitive landscape of key market players to increase their market share and sustain the intense competition in the industry.

IoV is a vehicle-connected network based on vehicular information system. It refers to the network of embedded computing cars and other transport devices that are interrelated distinctively in the existing internet infrastructure. It is a networked connection of vehicles, infrastructure, and other devices. Market trends, future estimations, and a thorough study of the Internet of vehicles market based on components, communication types, network, and country are included in this report. The emergence of IoV technology has addressed the need for an enhanced vehicle experience and safe roads. The Internet of vehicles market size is cumulative of software, hardware, and services. The report provides a complete view of the IoV market globally.

Automotive filters are fibrous components that obstruct or block the entry of solid particles in the vehicle engine. External dust particles such as pollen, dust, bacteria and other unwanted dust particles are filtered with the help of these filters. In addition, the filters also keep away bad odor and contaminations from the carburetor and engine. The newly introduced filter media technology enhances the filter with a three-layered filter for a higher efficiency.

The report studies the global automotive artificial intelligence market that focuses on various technologies such as machine learning, natural language processing, and computer vision. The report includes a micro-level study of different regions adopting automotive artificial intelligence for various applications. In addition, it discusses the potential opportunities for market players to enter the market. Moreover, it provides an in-depth market analysis of automotive artificial intelligence, outlining current trends, key driving factors, and potential areas for product investments.

本周电力设备指数下跌3.74%。输变电设备中，二次设备下跌5.34%，一次设备下跌2.58%；新能源发电板块汇总，核电上涨0.12%，风电下跌4.06%，光伏下跌3.44%；新能源汽车中，新能源汽车指数下跌3.27%，锂电池指数下跌6.28%，充电桩指数下跌5.22%，燃料电池指数下跌3.25%；工控中，工业4.0指数下跌5.75%，机器人指数下跌3.81%，能源互联网指数下跌3.38%。

看好政策边际效应弱、技术进步效应强的领域。2018年市场的投资风栺更趋价值，反映在风险偏好上则是愈发谨慎，业绩稳健成为资产流向的磁石。短期杢看，围绕政策与技术的更迭，行业更多呈现出结构性的机会，反映到确定的业绩增长上来，我们更看好政策边际效应弱、技术进步效应强的领域，一是可控的政策风险，一是可观的创新收益。

文章介绍了汽车级绝缘栅双极性晶体管（IGBT）在新能源汽车高压系统中的广泛应用，通过对搭载车型、电池电压、电机功率细分后，分析了目前功率半导体应用中存在的差异，对未来的汽车级IGBT 发展提出建议。

本文通过分析新能源汽车产业的宏观形势和市场表现，提出构建新能源汽车产业生态圈构想和路径，即：聚焦中心，完善产业链，加速做大中心产业圈；抓住核心，发挥要素价值，推动做大中心产业圈；把握重心，强化对政策导向的研究，引导做大中心产业圈，进而得出构建新能源汽车产业生态圈，有助于车企重构企业发展模式，实现中国汽车产业弯道超车和跨越式发展的结论。

2017 年受益于政策和市场等多重利好因素，纯电动物流车市场呈现“井喷”之势。本文首先分析了2017 年纯电动物流车整体市场形势，然后通过实地走访调研分析了纯电动物流车的主要应用场景，最后对电动物流车的实际运行数据进行了总结分析。

具不完全统计，中国汽车经销商（4S 店）经过多年的发展，已经超过2 万家，大型的经销商集团以及单店经销商并存，每个汽车品牌的发展都伴随着其销售网络的迅速铺开。经销商以新车销售、售后服务、保险金融等水平业务为主要利润来源，但伴随汽车市场新车价格的持续下降、汽车市场竞品的极大丰富、金融保险业务的互联网化，经销商的盈利水平不断受到挑战。本文的主要研究对象为汽车经销商盈利能力，通过从核心财务指标入手，分析盈利产生特点及利润管理目标，深入剖析当下经销商盈利管理中存在的问题，并相应地提出盈利能力提升策略，为汽车经销商提升盈利水平和综合竞争力提供实践指导。

随着科学技术的发展，当代社会的各个行业也得到了飞速的发展，科学技术的成品正在占据人们的日常生活。汽车作为上几个世纪的几项重要发明，在现代的科学环境下，新时期的汽车已经与以前大不相同，许多的性能在高科技产品的帮助下都得到了提高。而随着人们日益提高的生活水平，汽车市场的需求量越来越大，各大汽车公司之间的竞争也越来越激烈，这就导致各大公司都在招募新型人才来对汽车的各项设备进行进一步的提升，而汽车中的电子机械制动系统则成为了这之中重要的研究方向。本文从汽车电子机械制动系统的关键技术入手，介绍了这种系统的主要设计，并且描绘了目前形势下这种系统的主要发展条件以及未来前景。

发展新能源汽车是我国重要的产业政策，但目前新能源汽车的市场占有率仍然不高。通过构建结构方程模型就消费者对新能源汽车的购买意愿进行路径分析，发现政府推广是影响购买意愿的主要因素，我国应继续实行政府主导的新能源汽车产业政策，从供给侧和需求侧两方面推动新能源汽车的推广。

为分析新能源汽车政策的有效性，建立2020～2030 年中国新能源汽车市场的系统动力学模型。在综合考虑可操作性和有效性的基础上，将新能源汽车政策分为优先政策组合、推荐政策组合和选择性政策组合3 种政策组合，研究结果有助于为2020 年后的新能源汽车相关政策改革提供建议。

国外成熟的汽车市场经营盈利模式是汽车销售占30%，售后服务占60%，其他仅占10%，也有业内人士透露，每1 元的购车消费会带动0.65 元的汽车售后服务。可见，汽车产业链中最大的利润来源是汽车售后服务市场。本文通过对A 汽车4S 店的售后服务进行SWOT 分析，提出ST 策略。本文针对A汽车4S 店售后服务存在的问题和未来的发展提出营销7P 营销组合策略，提出了4S 店售后服务的多样化的服务，个性化营销，品牌战略等策略，使本店在众多竞争中能站稳脚跟。