Thursday, March 5, 2020

#

Rapid Launch Of Advanced Tires Paves The Way For Autonomous Vehicles

by on March 05, 2020

The need for automation and a rise in demand for fuel-efficient tires led to industrial manufacturing transformation. According to Allied Market Research, the global advanced tires market is projected to garner $1.35 billion by 2030, growing at a CAGR of 18.4% from 2020 to 2030. The increase in automobile production, stringent regulation toward vehicular emission, and concerns regarding fuel efficiency would be the prime drivers for the market growth.


The advanced tires are made up of carefully designed combinations of different types of materials. Moreover, these tires are airless and thus, save the trouble of punctured tire. The most attractive feature of the advanced tire is its grip, which is more secure than conventional tires and it does not slip at higher speeds or on slippery roads. Furthermore, the advanced tires have new technology embedded in them and it can sense the condition of roads to maintain as well as improve its performance.

Rapid launches of novel tires
Recently, leading manufacturers of advanced tires, Prometeon Tyre Group Commercial Solutions L.L.C. launched truck tire series that is designed specifically for North American conditions.

The company unveiled Pirelli-brand regional-application truck tire series and plans launched two more complementary Tier 2 brands. The newly launched R89 line debuts in steer- and drive-axle applications after thorough testing across the U.S. and Canada. Furthermore, the line introduced eight steer-axel sizes, three closed-should drive-axel sizes, and six open-shoulder drive-axel sizes and more sizes are expected to be in production.

The advanced tires are meticulously designed to deliver even wear and extended tread life. The innovative tread compound that is used in the tires is expected to sustain high-scrub conditions that often occur in North America. Moreover, the tire uses Pirelli’s Spiral Advanced Technology for Truck (SATT) along with Hexa Bead Wire for improved retreadability. The company has used novel tread patterns and profiles that are designed to aid prevent impact damage. This enables uniform distribution of torque and load for the drive.

Request Sample Report at: https://www.alliedmarketresearch.com/request-sample/5587

Goodyear unveils advanced tire monitoring tech
The well-known and prominent market players in the tire industry, Goodyear recently announced the launch of advanced tire monitoring technology for the trailer fleet in the North America region.
The Tire Pressure Monitoring System (TPMS) Plus is a part of the company’s tire management program and is developed to aid fleets to save both money and time by monitoring and alerting regarding tire conditions.

The system has on-vehicle sensors that monitor tire condition and enable the fleet to detect various issues such as air leaks, abnormal temperature, and low pressure–which are major reasons for accidents–in real-time.

As per the company, the system detects a potential threat and Goodyear Fleet HQ can help in routing the driver to the nearest service location or dispatch immediate assistance. After witnessing the success of TPMS Plus with Norfolk Southern's intermodal operations, the company has deployed the solution at the Norfolk Southern Fairburn, Ga., facility.

The emphasis on low noise and integrated smart sensors is disrupting the industry. Moreover, customers now demand reliability and tires that help save fuel and thus, advanced tires are on its way to become a norm. Keeping this in mind, the rise in demand for autonomous vehicles is bound to increase the requirement of the advanced tire and the rapid launches of novel tires nothing but absolute bliss.

Don’t miss out on business opportunities in Advanced Tires @ Purchase Enquiry

Continue Reading
By at No comments:
Labels:
#

Drive Clean- Explore the Perks of Driving Hydrogen Fuel Cell Vehicles

by on March 05, 2020

According to Allied Market Research, the global hydrogen fuel cell vehicle market is expected to grow at a significant CAGR from 2019–2026. Surge in environmental concern worldwide has worked as the major factor driving the growth of the market. On the other hand, high initial investment in infrastructure is expected to hold up the growth to certain extent. However, top-end advancement in technology, and huge potential in the market have almost toned down the above factor and created a number of opportunities for the frontrunners in the industry.


In the last few years, hydrogen cars have become one of the overtly discussed topics worldwide. Well, hydrogen cars can be defined as electric vehicles with a small cordless battery that is charged from a hydrogen fuel cell on a continuous note. The fuel cell, in turn, drags stowed hydrogen gas, blends it with oxygen from the firmament, and dashes it through a proton exchange sheath, letting out electricity along the way. However, the only derivative of this process is water, making the vehicle basically just an electric automobile that gets its control as well as fuel from a number of onboard batteries. People who have already driven these vehicles would certainly know, these cars are no different from any other normal vehicle, with an added advantage that they would never be emitting any poisonous gases while in operation.
A number of surveys have been conducted and the experts have got several nomograms on how exactly the global automotive markets are retorting to hydrogen fuel cell vehicles. In the US, business ventures, along with consumers are gradually taking their move toward hydrogen fuel cells. This is coming off in parallel with a slow conformation of the hydrogen fueling station network. These grids are required to fuel the vehicles every 250-300 miles or so.
Now, the question remains, how exactly does a hydrogen engine work. Hydrogen fuel cell vehicles are propelled by a plug-in motor and thus, are labelled as e-cars. In contrast to Battery electric vehicles, hydrogen fuel cell vehicles are different in terms of electricity generation- as they tend to produce electricity all by themselves. They come up with their own effectual power plant on board, namely the fuel cell.

The key players profiled in the hydrogen fuel cell vehicle market share include Honda, Toyota, Hyundai, Daimler, Audi, BMW, Volvo, Ballard Power Systems, General Motors, and MAN.
Also, when it is about onboard storage of energy, hydrogen has an added benefit to dole out. The fact that hydrogen is stockpiled in high-pressure tanks beneath the vehicle makes it highly beneficial to the users and the environment alike. The lightweight cisterns are cast off to lay in the high-pressure hydrogen, which cumulates a much larger volume of energy by means of hydrogen compared to lithium-ion sequences. Energy deposited in batteries needs many more battery stalls for each extra mile added to the span and scope of the vehicle. Again, in terms of energy stored in the vehicle, hydrogen clearly has the advantage, even when the fuel stall and its structure are taken into consideration.
The energy is uprooted into hydrogen fuel cell automobiles, by thrusting goaded or hounded vaporous hydrogen into the vehicle. On the other hand, battery electric vehicles are beefed up by infusing electricity into them.
Following are the advantages of hydrogen fuel cell vehicles for users-
  1. The impulsion in hydrogen fuel cell cars is completely electrical. So, on driving such cars, you would just get the similar feeling of driving a regular electric vehicle. Additionally, there will be no engine noise, as electric engines offer full torque even when they run at low speeds.
  2. Another significant benefit is the quick charging time. Based on the battery capacity, electric cars tend to entail at least thirty minutes to several hours in order to get fully charged. On the contrary, the hydrogen tanks of fuel cell cars are all set to go, even in case they are charged for less than five minutes. And, it’s certainly a big advantage for the users, as it brings in much flexibility than that of a standard car.
  3. Last but not the least; the range of fuel cell cars is not at all reliant on the outside temperature. A for example, they are not likely to deteriorate even in harsh cold weather.

In brief, it can be stated that hydrogen fuel cell vehicles tend to take recourse to a hydrogen fuel cell to drive its on-board electric generator. Hydrogen is used to set off a hydrogen fuel cell to produce electricity. Vehicles powered by hydrogen fuel cell hold high potential to bring down excess emissions, thereby contributing to the welfare of the environment. The fact that these vehicles never tend to emit any greenhouse gases during vehicle operation has made them a preferred choice over the gasoline as well as diesel-powered vehicles. Simultaneously, rise in government verves for modification of hydrogen fuel cell infrastructure has fueled the market growth in more than one way. 

Similar Reports:

Autonomous Vehicle Market Expected to Reach $54.23 Billion, by 2026

Electric Vehicle Battery Market is Projected to Hit $84 Million by 2025 | CAGR 17.2%

Air Taxi Market Will Reach $6.63 Billion by 2030, with Top Manufacturer 

Continue Reading
By at No comments:
Labels:

Popular Posts