Automotive Industry The US Hybrid Vehicles Market Research Report

The rising gas prices, continuing federal and government support, decreasing dependency on imported crude, recharging infrastructure, upcoming cost-effective hybrid batteries and the change in consumer perspectives to drive the US hybrid vehicles market in the future

Hybrid vehicles market has been one of the fastest growing sectors in the US, due to the incorporation of the green technology concept. Additionally, higher fuel economy standards, increasing growth in per capita income, increasing battery life, durability, safety and hybrids economies of scale is also expected to further strengthen the hybrid vehicles market in the country. The US hybrid vehicles market has experienced CAGR of 7.6% over the period 2007-2013.

The full/mild hybrids have driven the hybrid vehicles market significantly in the US. However, plug-in hybrids represent an emerging hybrid market in the US with a strong rate. California, New York, Florida, Texas and New Jersey were few leading states in the US hybrid vehicles market. The issues related to the battery development process, potential challenges and pricing of the hybrid vehicles has been discussed.

The leading automobile companies dominating the US hybrid vehicles market include Toyota, Ford, General Motors, Hyundai and Honda. The major hybrid vehicle models which were sold by these companies include four models of the Toyota Prius Family, Lexus ES, Ford Fusion, GM Chevrolet Volt, Hyundai Sonata and Honda Civic.

Hybrid vehicles market is in the process of mass adoption and is gradually moving towards being a major market in the US automobile based economy. As a result of the government regulations, environmental regulations, rising gas prices, increase in per capita income and recharging infrastructure over the past few years, with the implementation of stringent environmental norms, there has been a remarkable increase in the hybrid vehicles market in the country. This has resulted in increased awareness among the consumers towards eco-friendly hybrid vehicles.

The report titled -The US Hybrid Vehicles Market Outlook to 2018 – Government Strategy and Cost-effective Hybrids to Escalate Demand- provides detailed overview on hybrid vehicles market in the US and helps reader to identify the ongoing trends and developments in the hybrid vehicles industry and anticipated growth in future depending upon changing industry dynamics in coming years. The report will aid industry consultants, hybrid vehicle manufacturing companies, marketing companies and other stakeholders and consumers to align their market centric strategies according to ongoing and expected trends in future.

Boyce Activated Carbon Products For The Automotive Industry

Our granular activated carbons have a wide range of uses for the automotive industry. Boyce Granular Activated Carbon (GAC) is excellent for low pressure drop, high-efficiency purification of liquids, gases and vapors. Available in several grades, it covers a range of pore size distributions, surface chemistries, particle size distributions and purity levels. Granular activated carbons are used for gasoline vapor recovery, air purification, catalysis, and decolonization/deodorization/contaminant reduction of chemicals.

Automotive Industry Applications

Automotive Evaporative Emissions

Vehicle activated carbon canisters are designed to capture fuel emissions generated by the evaporation of the fuel tank vapors during day to night temperature variations. Emission regulations vary throughout the world. In the United States (US), requirements call for capturing fuel vapors generated during a 72-hour test, while in the European Union requirement are for a 24-hour test. Fuel vapor generation rates are approximately 25 to 30 grams a day for a mid-size vehicle. Our granular activated carbons are used by leading industries for this application because of their superior volumetric cost, performance and proven durability.

Automotive ORVR

On-Board Refueling Vapor Recovery (ORVR) is a U.S. regulation that requires the capture of fuel vapors generated during vehicle refueling events. ORVR presents a unique challenge for the vehicle by requiring the canister to have high fuel vapor capacity at fast loading rates and low pressure drop. ORVR canisters are typically two to three times the size of a standard evaporative emissions canister because of these capacity requirements. Our carbon pellets are the industry standard for this application due to their high capacity, durability and low pressure drop. Further, our special grade of Boyce carbon helps to reduce canister size due to its industry leading capacity.

Automotive PZEV

Partial Zero Emission Vehicle (PZEV) is a California initiated emission category that is expanding across the country. PZEV requires the vehicles fuel system to have no more than 54 mg of emissions during a 72-hour test. PZEV presents a unique challenge to control canister bleed emissions to very low levels, typically less than 10 mg. Boyce special grades gives solution to control canister bleed emissions.

Two-Wheelers

There is a global expansion of canisters on motorcycles to control fuel tank evaporative emissions generated by the evaporation of the fuel tank vapors during the day to night temperature variations. These canisters are typically much smaller than an automotive canister. Our granular activated carbons are chosen for this application throughout the world for their superior volumetric cost and performance and proven durability.

Air Induction Systems

Vehicle regulations in the U.S. sometimes necessitate the control of vapors emitted through the vehicles air induction systems. Unique solutions are required to solve these emissions because of the high airflow within the AIS and the potential to affect engine performance if these airflows are inhibited. Our uniquely designed granular and powder carbon are used to reduce hydrocarbon emissions to targeted levels.

Small Off-Road Engines Fuel tanks for weed trimmers, leaf blowers, lawn mowers, generators and similar products are being mandated to control fuel evaporative emissions. Our granular activated carbons are chosen for this application for their superior volumetric cost and performance and proven durability.

Marine

The U.S. Environmental Protection Agency (EPA) is evaluating evaporative emission control regulations for recreational boats.

Cabin Air (Vehicle Interiors)

Exposure to volatile organic compounds that off-gas from interior components in new vehicles is of increasing concern in many parts of the world. Recent tests have demonstrated significant reductions of VOCs in the cabin by the use of activated carbon sheets. Boyce supplies special grades of activated carbon to make activated carbon sheets. This confirms ACS as a low-cost and effective method for reducing VOC content in the cabin before delivery to the consumer.

Hybrid Electric Vehicles and Plug-in Hybrid Electric Vehicles

Automotive equipment manufacturers are increasingly turning to advanced engine technology to increase fuel economy. HEV and PHEV, while allowing for improved fuel economy, present a unique challenge for the activated carbon canister primarily due to severely restricted purge volumes. While our carbons are recognized for their superior purge performance, to meet the challenges of HEV and PHEV our carbons are typically combined with activated carbon honeycombs to meet emission targets.

Gasoline Direct Injection Engines

Gasoline Direct Injection Engines (GDI), while allowing for improved fuel economy, present a unique challenge for the activated carbon canister primarily due to reduced purge volume. Our carbons are recognized for their superior purge performance to meet most global GDI canister challenges. Additionally, our carbons are combined with our activated carbon to meet PZEV level emission targets.

Fuel Loading/Transfer Facilities

Bulk fuel and chemical transfer facilities use large-scale activated carbon absorbers to capture the vapors that are displaced or generated during the liquid transfer. The characteristics that make Boyce products the premier activated carbon for automotive evaporative emissions control apply to fuel loading as well.

To know more about us please visit www.carbonsuppliers.com contact us on +91 9842091301 Email: [emailprotected]

Improve Service Department Training With Service Manager Training

Times are tough and companies are trying to regain lost profits through avenues that might not have represented their strongest profit opportunities in the past. A prime example of this could be seen in the automotive industry as dealerships look to beat the decline in vehicle sales by turning to their service departments.

Up to now, the service departments were usually regarded as extra available services where a car owner could visit if they selected to.

However, the downturn turn in the financial environment has offered a new perspective of this prospective profit center. One of the biggest ways to maximize your potential opportunities in your service department is to take advantage of automotive consulting.

The ability to completely capitalize on the potential which exists in a service department demands that a company reassess its current understanding of what is possible. Growth exists as more clients make the choice to hold onto their vehicles longer, rather than turning them in for a new model. This creates the demand for increased maintenance and repairs, resulting in the opportunity for service departments to expand their profit prospective. With automotive consulting you can start to take the first steps in turning around your service department and maximizing sales, that would greatly aid dealerships to balance the loss of new car sales.

Service Manager training is one of the primary aspects of automotive consulting. Your Service Managers should be educated on what they need to do in order to take on this new responsibility of service department profitability. The Service Manager training wouldnt just aid with increasing customer pay, but will also provide the knowledge which is required to get clients to return to your establishment.

One of the key lessons that would be expressed by an automotive consultant is that consumers are not attracted to dealerships which are looking for their customers to get in, out, and gone. Long term retention depends upon building a relationship with your clientele so that not only do they feel welcome, but theyll feel walk through fire to return to your establishment whenever they require service.

It can prove difficult for a service department to take make the needed changes, but with the help of automotive consulting you could greatly increase your odds of a smooth transition. Your Service Managers are going to be required to completely change management approach and their success is difficult to achieve without the proper guidance. Service Manager training is imperative to educate your Service Manager and get your Service Department back on track.

Automotive V.i.n. Numbers What Do They Mean

V.I.N. V.I.N.s. You will hear this term tossed around frequently by car sales people, auto insurance people among others in the automotive trade. What does the term “VIN” mean and how it is important to you?

The term V.I.N. is short form of “Vehicle Identification Number”. It’s a unique number that is assigned to your vehicle – be it car, truck, S.U.V., van truck, motorcycle or any other vehicle. Think of the VIN as the Social Insurance Number for your automotive vehicle.

In order to register a vehicle, especially a new vehicle, you will need its V.I.N. In order to insure your vehicle ditto. If your car is stolen it may well be tracked down and identified by this unique listing – it’s V.I.N. If you are in the market for a vehicle and do a vehicle history search – say at Carfax or a similar online service and the lookup will all be done by V.I.N. How else could the system work if each vehicle did not have its own unique identifying number? Through such automated systems you can quickly and accurately determine vehicle history since new – a list of owners , any accident reports , has the car been involved in a major accident , been written off , been in a flood , have liens or charges against it , as well as many additional concerns for auto buyers ,financers , and dealers.

How can you determine the V.I.N. of your vehicle? That is easy if have ready access to your registration and insurance documentation. If not, or if you want to confirm the VIN number assignment you can simply find out your vehicles stamp. Simply look through the windshield on the driver’s side of the auto at the corner of the dash. It should be clearly stamped on a plate attached to the dash. As well that same designation should be clearly listed on your bill of sale. If the 2 numbers do not match – this could be a sign of future trouble if you are ever involved in a collision and have to deal with auto insurance claims and payment to yourself or your auto body shop.

A short course in how to read a VIN to be of use to you – should you be in the car buying mode, need registration information or want to import a car into Canada. Where an auto is manufactured often determines import duties and taxes.

Reading a V.I.N. First things first look at the first number on the left hand side. This first character designates where the vehicle was built – 1 is the US, 2 is Canada, 3 is Mexico, J for Japan, K for Korea for example.

Next the second character in line designates the manufacturer or who built the car. The letter “G: stands for General Motor or G.M. products. Next is the third character – in this example if the number 2 is the third character – this would indicate the Pontiac division of GM. Characters 4 and 5 indicate the car line series, eight represents the body style for example 2 door coupe, 4 door sedan, hatchback. The seventh character indicates the type of safety restraint system that was installed at the factory. Eight character stands for the engine code – each type of engine has its own stamp. Between the eighth and the last sequence of letters is a check digit – a spacer to prevent confusion. The last sequence of digits is the grouping that singly identifies the vehicle and makes it wholly unique.

Why all this effort in creating this system and nomenclature of listing and describing each car individually. How else could the automotive trades work if they could not id each and every vehicle separately , track it , keep detailed records and lastly allow you as a car , truck , SUV , Van or motorcycle driver to research the past history of your new found vehicle.

Different Kinds of Automotive Toolbox

Toolboxes save time and effort looking for a specific tool needed. It helps get a job done faster and more efficiently. These toolboxes are used at home and at work. It can also be used in the automobiles.

Automobile toolboxes are generally more compact and portable because of the limited space of vehicles. One example is a trailer toolbox. It is widely used in mobile home though they can also be used for other purposes. Other toolboxes may not be handy for your trailer so it is best for you to have an executive trailer toolbox.

A trailer toolbox basically has perfect lockable storage. It provides easy access to the stored items. It is easy to install and remove, and are made of weather-resistant materials. These are generally bulkier compared to other toolboxes. It can hold more hand tools and other things needed for a trailer. Some are detachable while others are fixated.

There is also a toolbox for vans. It can usually be attached in the trucks wheel or behind the third passenger seat of the van. It has stainless steel door hinge and with heavy gauge back panel. A good design has a keyed T-handle. It comes with a lock, is rust resistant, weather resistant, with lift support and fingertip control, and easy to install and remove.

On the other hand, pickup toolboxes come in many styles. There are those that can be mounted on the side rails of the truckbed. This is the most popular because the tools are easy to retrieve when needed.

Pickup toolboxes mostly have easy sliding doors instead of hinged doors. This is because truckbeds have limited space. Otherwise, some are installed on the sides to give more room on the flooring.

There are also many custom toolboxes, made to fit the shape of any car. The shapes and features vary depending on the size and purpose. So when ever you choose one custom toolbox, better choose the design that fits your needs.

Toolboxes are made to store all the tools and things that we have so that we would not have a hard time looking for the said tool just because we have missed placed them. This is also made for easy and handy carrying of tools. With automotive toolbox, you can easily carry all your tools in a handy manner at one time.

Regular cars also have toolboxes made especially for them. Since cars are smaller compared to vans or trucks, their toolboxes are usually customized to take the shape of the compartments at the back. Some toolboxes can also be made to fit underneath the passenger seats.

There are also toolboxes made for motorcycles. These are placed on the compartment box at the back of the driver. Because of the very limited spaced, these toolboxes are often small. The most essential handy tools will fit inside.

For bicycles, some portable toolboxes can be wrapped around in the middle, just above the axle. These are often elongated and thin so as not to distract the peddling of the cyclist. Some toolboxes can also dangle in the handles. There are other bicycles also with small compartments at the back. It can also safely hold the toolbox.

These toolboxes are generally made of two kinds of materials: metal and plastic. Whatever material your preferred toolbox is, it would depend on your choice. You know the pros and cons of having a plastic toolbox and a metal toolbox. Choose the one that you think is very helpful to you and has long life. The one that is durable will have long life.