Mes: septiembre 2020

NEW YORK, Sept. 17, 2020 /PRNewswire/ — The automotive lithium-ion (Li-ion) battery market is expected to generate revenue of $74.3 billion by 2024, exhibiting a 15.9% CAGR during 2019–2024, as per a report by P&S Intelligence. A key factor leading to the growth of the market is the increasing production and demand for electric vehicles. The preference of people is quickly shifting towards alternate energy vehicles, owing to the surging environmental concerns and fluctuating fuel prices.

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In terms of vehicle type, the automotive Lithium -ion battery market size is categorized into commercial vehicle, two-wheeler, and passenger car, among which, the passenger car category is predicted to progress at the fastest pace in the coming years. The increasing sales of electric cars and rising government initiatives, in the form of monetary incentives and subsidies, for encouraging the adoption of electric vehicles are driving the growth of this category.

On the basis of battery type, the automotive Lithium-ion battery market is classified into lithium-iron phosphate (LFP), lithium-nickel-cobalt-aluminum oxide, lithium-manganese oxide, lithium-nickel-manganese-cobalt, and lithium titanate oxide. Among these, the LFP classification accounted for the largest share of the market in the past, owing to the increasing usage of these batteries by Chinese electric vehicle manufacturers and their higher life-span. Moreover, these batteries are used in commercial vehicles, which are in high demand.

When vehicle technology is taken into consideration, the market was dominated by battery electric vehicles (BEV) in the past due to the requirement for highest average battery capacity in these vehicles. In addition to this, rising concerns regarding the environment are compelling governments across the world to offer incentives and subsidies to people for enhancing the adoption and production of BEVs.

Browse Trends Analysis and Growth Prospect of Automotive Lithium-Ion Battery Market Research Report: By Vehicle Type (Two-Wheeler, Passenger Car, Commercial Vehicle), Battery Type (Lithium-Iron Phosphate, Lithium-Manganese Oxide, Lithium-Nickel-Manganese-Cobalt, Lithium Titanate Oxide, Lithium-Nickel-Cobalt-Aluminum Oxide), Vehicle Technology (Hybrid, Plug-in Hybrid, Fully Electric), Structural Design (Cylindrical, Prismatic, Pouch), Geographical Outlook (U.S., Canada, Germany, France, U.K., Norway, Sweden, Netherlands, China, Japan, South Korea, India, Mexico, Brazil) – Global Trends Analysis and Growth Forecast to 2024″ at: https://www.psmarketresearch.com/market-analysis/automotive-lithium-ion-battery-market

Based on structural design, the automotive Li-ion battery market is categorized into pouch, cylindrical, and prismatic, out of which, the cylindrical category is predicted to advance at the fastest pace in the coming years. The demand for cylindrical cells is being driven by their greater heat dissipation properties and high mechanical efficiency. Moreover, the production cost of these cells is low as well, owing to which, a number of manufacturers are using them in electric vehicles.

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Geographically, the automotive Li-ion battery market is being dominated by the Asia-Pacific (APAC) region in the past, owing to the increasing sales and production of electric vehicles in China. The country accounted for about 80% share of the regional market in 2018. Other than this, the European region is expected to progress at the fastest pace in the coming years because of the targets set by governments in the region for increasing the sales of electric vehicles.

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Electric Vehicle Supply Equipment Market Analysis and Growth Forecast by 2025 – https://www.psmarketresearch.com/market-analysis/electric-vehicle-charging-station-market

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Dolphin Technologies has analyzed the behavior of 40,000 drivers over a period of two years to investigate the causes of traffic accidents. One result is particularly interesting: 25 percent of all accidents happen within the first three minutes of driving. 

VIENNA, Sept. 17, 2020 /PRNewswire/ — The Austrian telematics provider Dolphin Technologies specializes in leveraging technology to prevent road traffic accidents. Drivers who use Dolphin’s system receive incentives, such as a discount on their insurance premium, for engaging in low-risk driving behavior like not using a phone while driving, and respecting speed limits.

«A self-induced accident is often the result of wrong decisions or lack of information,» says Harald Trautsch, CEO of Dolphin. «One drives tired, drunk, or uses the phone at the wheel. Or one doesn’t know that extreme weather conditions such as black ice prevail on the route.»

In a recent study based on anonymized data obtained through Dolphin’s system, the telematics provider analyzed 3.2 million car trips by 40,000 people in 2018 and 2019, in which a total of 1,986 accidents occurred. In particular, the study examined the duration and correlation between the length of car journeys and the probability of an accident. 

The data revealed that most trips (87%) last less than 30 minutes while only 1% of all trips last longer than one hour. The lowest risk of accident in relative terms was for trips lasting between 10 and 20 minutes. After that, the risk rises disproportionately. If you are in the car for more than 40 minutes, you already have two and a half times the risk than if you are driving for less than 20 minutes.

However, a closer look at short trips – here defined as trips lasting less than 10 minutes – revealed some very interesting details. Notably, 25 percent of all accidents occurred during the first 3 minutes of driving, and another 14 percent within the first 6 minutes. «This study shows that if we could encourage people to give up their cars for short distances, up to 40 percent of all accidents could be avoided,» says Katharina Sallinger, Chief Data Scientist at Dolphin and head of the study. «We want to support people in being on the road safely. Knowing which behavior leads to accidents enables us to make targeted recommendations, and thus to minimize risks.» The expert’s tips:

• Avoid short trips if possible and cycle or walk
• For longer journeys, plan and keep regular breaks
• Do not use your cell phone while driving. It causes 26 percent of accidents

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Contact us: Dolphin Technologies GmbH, Lisa Eisenberger, press@dolph.in, Tel. +43 664 3657446

SHANGHAI, Sept. 17, 2020 /PRNewswire/ — Human Horizons, a leading Chinese smart mobility and autonomous driving research company, announced the rollout of its world-first Level 4 Autonomous Valet Parking (AVP) system on the HiPhi X production vehicle. The launch comes after successful development and testing at the Shanghai research center and marks a milestone in advanced autonomous driving technology research.

Human Horizons Founder and CEO, Ding Lei noted, «Human Horizons leverages technology to enhance the driving experience and efficiency while prioritizing user safety for our projects. With this in mind, we seek to promote autonomous driving and launch V2X technology ready for mass-market application.»

The newly developed AVP delivers an advanced Level 4 autonomous driving experience based on the integration of vehicle and road-integrated technologies. Fixed sensory equipment such as lasers, radar and communications devices in parking areas can identify and track vehicle and obstacle positions, send this information via 5G to the vehicle and guide it to a safe parking space. Drivers will be able to exit their car anywhere in the parking area and leave the car to park itself autonomously. Upon returning, drivers will be able to summon the vehicle to their current location using a mobile app and drive away.

The integrated system of AVP can overcome the challenges autonomous vehicles face at underground parking lots with no GPS signal, blind spots and tight turning circles. This makes HiPhi X the industry leader in this area.

Equipped with this technology, the HiPhi X will debut at the 2020 Beijing Auto Show, becoming the world’s first mass-produced smart electric vehicle to achieve Level 4 fully autonomous parking.

Aside from the AVP system, the newly-launched autopilot system of HiPhi X also puts user safety at the forefront of development. The system employs the same principles as aircraft safety design, using a dual-redundancy system meaning backup components ensure the reliability of the system even in the case of single-component malfunction. This system can start, stop, turn and drive the vehicle within a 0-130km/h speed range. This allows drivers to take their foot, hands, eyes and attention away from the road and is achieved by 24 sensors placed throughout the car (including smart front view and surround-view cameras, millimeter-wave radar, ultrasonic radar, driver status detection DMS cameras and more). This together with high-precision mapping technology allows HiPhi X to achieve Level 4 autonomous parking making it the first production model to achieve this in China.

In 2019, as part of its strategic blueprint of the Smart Vehicle, Smart Road and Smart City ecosystem, Human Horizons established the world’s first smart-road capable of V2X driving in Yancheng, Jiangsu province. The team also launched a 5G vehicle-road-city integration demonstration project in Shanghai’s Zhangjiang Artificial Intelligence Park. With the launch of AVP and its application on parking lots and highways, Human Horizons’ vision of connected, autonomous and smart mobility is one step closer.

About HiPhi

HiPhi is a premium brand created by Human Horizons and enhanced by its users. HiPhi X is an EV product with a lightweight hybrid aluminum-steel construction and sustainable plant-based leathers and recyclable materials which are more sustainable.

About Human Horizons

Human Horizons is committed to innovative and leading intelligent mobility technologies as well as the industrialization of future-oriented smart vehicles. Furthermore, Human Horizons builds smart transportation technologies and contributes to the development of smart cities, which will further redefine human mobility.

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