Don’t wait the Electric Cars from the Auto Makers DYSTOCIA. Convert the gas guzzle car to Electric by yourself and enjoy the fun and difference right away!

EPOWER CARS LTD is a place to give you all the techs for their electric vehicles, low emission economic vehicle, golf carts and electric vehicle converting systems parts such as: electric motor up to 180HP (240KW) and controller, Lithium batteries or Lead Acid batteries for your EV, Battery Management System for EV,

and sources for how to find a low cost car but in high quality with TOP brand names and convert it to electric. EPOWER CARS LTD gives you all the information to source the parts for EV, and if you need further information for everything about electric vehicle, send e-mail and they will be glad to help you find them.

EPOWER CARS LTD believes that we can’t wait and wait and wait for the electric cars dystocia by the big auto makers, in fact every car driver can convert the gas guzzle car to electric powered vehicle, they have the source for you to learn how to converting tech. Drive an electric vehicle is just on your decision and action. And you will enjoy lots of fun on the whole EV converting projects, not only save money and going green. So what EPOWER CARS LTD tells you is the simple steps everyone can take and change the world: Find a low cost but high quality brand name car, source the proper EV part for your car, and convert by yourself and enjoy your driving in electric. YES, you can make your cars different and look its best in EPOWER CARS LTD.  More: EPOWER CARS LTD has more than 20 years of international trade experience sending their products worldwide and glad to share the regulations of autos with different countries friends. 

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

Don’t wait the Electric Cars from the Auto Makers DYSTOCIA. Convert the gas guzzle car to Electric by yourself and enjoy the fun and difference right away! 

EPOWER CARS LTD is a place to give you all the information for their electric vehicles, low emission economic vehicle, golf carts and electric vehicle converting systems parts such as: electric motor up to 270HP (200KW) and controller,

Lithium batteries or Lead Acid batteries for your EV,

Battery Management System for EV,

and sources for how to find a low cost car but in high quality with TOP brand names and convert it to electric. EPOWER CARS LTD gives you all the information to source the parts for EV, and if you need further information for everything about electric vehicle, send e-mail and they will be glad to help you find them.

EPOWER CARS LTD believes that we can’t wait and wait and wait for the electric cars dystocia by the big auto makers, in fact every car driver can convert the gas guzzle car to electric powered vehicle, they have the source for you to learn how to convert it. Drive an electric vehicle is just on your decision and action. And you will enjoy lots of fun on the whole EV converting projects, not only save money and going green. So what EPOWER CARS LTD tells you is the simple steps everyone can take and change the world: Find a low cost but high quality brand name car, source the proper EV part for your car, and convert by yourself and enjoy your driving in electric. YES, you can make your cars different and look its best in EPOWER CARS LTD.  More: EPOWER CARS LTD has more than 20 years of international trade experience sending their products worldwide and glad to share the regulations of autos with different countries friends. 

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

FIGURE OUT WHY we need to convert to electric cars:

Figure 1.  Leading Petroleum Consumers

The United States accounted for 24 percent of world petroleum consumption in 2007. China and Japan, the next two leading consumers, together accounted for 15 percent. Russia, Germany, and India were the next largest consumers of petroleum in 2007.

Figure 2.  Petroleum Consumption1 by Sector

1 Petroleum products supplied is used as an approximation for consumption.
2 Through 1988, electric utilities only; after 1988, includes independent power producers.

Transportation was the largest consuming sector of petroleum and the one showing the greatest expansion. In 2008, 13.7 million barrels per day of petroleum products were consumed for transportation purposes, accounting for 70 percent of all petroleum used.

Figure 3.  Carbon Dioxide Emissions From Energy Use

Note: Electric power sector emissions are distributed to the end-use sectors.

Carbon dioxide emitted by the industrial sector fell by 8 percent from 1980 to 2007. By 1999, transportation sector carbon dioxide emissions exceeded industrial sector emissions. Of the major sectors, the commercial sector generated the least carbon dioxide, but recorded the largest growth (67 percent) since 1980.

 to be continued—

Don’t wait the Electric Cars from the Auto Makers DYSTOCIA. Convert the gas guzzle car to Electric by yourself and enjoy the fun and difference right away! 

EPOWER CARS LTD is a place to give you all the information for their electric vehicles, low emission economic vehicle, golf carts and electric vehicle converting systems parts such as: electric motor up to 270HP (200KW) and controller,

Lithium batteries or Lead Acid batteries for your EV,

Battery Management System for EV,

and sources for how to find a low cost car but in high quality with TOP brand names and convert it to electric. EPOWER CARS LTD gives you all the information to source the parts for EV, and if you need further information for everything about electric vehicle, send e-mail and they will be glad to help you find them.

EPOWER CARS LTD believes that we can’t wait and wait and wait for the electric cars dystocia by the big auto makers, in fact every car driver can convert the gas guzzle car to electric powered vehicle, they have the source for you to learn how to convert it. Drive an electric vehicle is just on your decision and action. And you will enjoy lots of fun on the whole EV converting projects, not only save money and going green. So what EPOWER CARS LTD tells you is the simple steps everyone can take and change the world: Find a low cost but high quality brand name car, source the proper EV part for your car, and convert by yourself and enjoy your driving in electric. YES, you can make your cars different and look its best in EPOWER CARS LTD.  More: EPOWER CARS LTD has more than 20 years of international trade experience sending their products worldwide and glad to share the regulations of autos with different countries friends. 

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

If you just listen to the car manufacturers, hybrid electric cars are the best and innovative invention since slice bread. Although, there many reasons to purchase an electric car, it is of great help to have the understanding of its benefits and drawbacks of hybrid electric cars and in owning these new “green vehicles.

Benefits of hybrid electric cars are normally fuel efficiency because they are composed of two motors, a gasoline motor and an electric powered motor. It is also equipped with special system to catch braking energy and store it on an onboard battery.

The main reason for two motors is both the strength and weakness of the two types. Distinctively, electric motors are not energy during idle times, they turn off and utilizes lesser at low speeds compared to gas motors. On the other hand, gas motors function better at high speeds and can generate more power for a specified motor weight. This simplifies, that in rush hours stop and go driving, electric motors work great and additionally, it helps in reducing smog levels because it does not produce any toxic exhaust. At higher speeds, typically above 40mph, the gas motor sets in and gives that bouncing feel making car owners go forward on driving on highway.

Another benefits of hybrid electric cars are the point for having gas motor, it charges the battery while the engine is on and is running. There are cases of electric car owners that have been stranded with just out extension cord of an outlet. Hybrid owners can neglect this annoyance because the gas motors starts automatically in replacement when the battery gets low and then goes forward to charge the battery, without the need to be plugged into the outlet.

On the contrary, drawbacks of hybrid electric cars are complex and expensive. It contains two motors and ancillary systems to handle them, a heavy battery and a regeneration system that will be used to generate electricity during breaking.

All of the systems need to work together, that is adding complexity, making it one of the drawbacks of hybrid electric cars. Although an ordinary car, as controlled by computers are getting more reliable, but they still suffer from inevitable failures. As, expect owners of hybrid cars have more time in repair shops and pay larger bills.

Indeed, benefits of hybrid electric cars include being the most gasoline efficient, getting 48 to 60mpg. It is only about 20% to 35% better than a gasoline powered vehicle. Let’s take Honda Civic for instance that gets 36mpg. When comparing prices, the hybrid costs from the range of $19,000 to $25,000 and the ordinary gas saver car costs $13,000 to$17,000. The justification to buy an electric hybrid car becomes less clear.

So, in calculation of this benefits of hybrid electric cars, the discrepancy in the average annual fuel bills, $405 for a hybrid Honda Insight compared to the $635 for an ordinary Honda Civic means you can never compensate the added initial cost of a hybrid electric car. For the span of ten years, owning a hybrid will just save you only $2,300, much lesser than the cost difference for equipped cars.

These benefits of hybrid electric cars just came from the improvements in aero dynamics, smaller gas engine and weight reduction. As a matter of fact, any car will have considerably better mileage by just reducing the engine size.

In other cases, car manufacturers are producing hybrid vehicles that use added energy as provided by the hybrid systems to cause the vehicle to boost its power, rather than improve the fuel efficiency. Boosting the power may then add as one of the benefits of hybrid electric cars.

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

Electric cars have been announced repeatedly over the decades, but none has ever been successful.  It has only been in the last couple of years that this has changed, mainly due to heavy restrictions on emissions and the concern of global warming.  Several major companies are catching on to the possibilities of providing a clean running car and have added hybrid cars to their production lists.

The drivable distance of the car has always been a major obstacle when designing these vehicles.  Battery cell research has finally overtaken most of this obstacle.  New batteries are smaller, stronger, longer lasting, and recharge faster than ever before.  

Newer model electric cars are also much lighter which increases their range.  It may even be possible to take a trip and charge your battery while stopping for lunch with the faster charging models.

Driving an electric car comes with several advantages; there are also many perks to owning hybrid vehicles.  The ones listed below are the more commonly known:

Better Air Quality: They give off no emissions; many refer to them as ZEVs (zero emission vehicles).  Because they do not burn gasoline or diesel fuel, there are no exhaust fumes expelled into the atmosphere and no heat radiating from the engine.

More Fuel-Efficient: Producing, transporting, and refining petroleum fuels is more expensive that just producing electricity.  Electricity can also be produced from renewable sources, such as wind and solar power.  By reducing our use of gasoline, world demand would go down lowering oil costs.

Simpler Motor: Electric motors have many fewer moving parts than a gasoline engine.  That’s less to break and less to maintain.  Also, with electric cars, oil changes are a thing of the past.     

Safer: Since electric cars do not carry flammable fuel, there is no concern for large explosions during a crash.  Even in small accidents, fuel lines can break.  Gas engines are also unsafe in operation due to the high temperature at which they operate.  Radiators in gas cars are under extreme pressure due to the boiling water inside them.  Several people have received serious injuries from these hot cooling systems.  

Even the radiator’s cooling fan can be dangerous.  Everyone probably has heard a story of a pet or stray animal being killed after crawling up inside a warm engine in the winter.

Save on Taxes: The government now offers incentives in the form of tax credits for purchasing electric or hybrid cars – $3,500 can be obtained for certain models.  Unlike a tax deduction, which only reduces gross income, the tax credit comes off the bottom line – your tax bill is reduced dollar-for-dollar by the tax credit.

Better Parking and Less Traffic: Several cities are offering incentives such as unrestricted carpool lane access to electric and hybrid car owners.  Some cities are also letting electric and hybrid vehicles to park free in pay lots and to park free by meters.

Quieter: Electric cars do not require the ignition of explosive fuel, as gasoline engines require, in order for the vehicle to move; so they are much quieter than a gas burning car.  In fact, the cars are virtually silent.  Imagine our cities without the sounds of cars and trucks to understand another benefit of electric cars.

National Security: If we can lower our demand of foreign oil we will no longer support regimes in third world countries that do not have our best interests at heart.  our governments reason for waging war in the Middle East will be shown to not be about oil but the eradication of terrorist organizations.

Infrastructure Already in Place: We already have an electric grid that reaches into almost every part of our country.  Battery charging stations would be easy to erect just about anywhere.  Another idea is to create hydrogen (a clean burning gas) fueled cars, but a whole new infrastructure would have to be created, and who is going to pay for its construction?

A Greener Car: The process of extracting oil from the ground, then transporting it from one continent to another, and eventually turning it into a useful fuel can create harmful effects to our environment.  Exe.., leaks in underground fuel storage tanks.

Our nation has energy problems and electric cars offer a safe, clean, low cost solution.  By combining electric cars with nuclear power plants, the pollution in our country caused by the used of fossil fuels will be reduced dramatically.

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

Electric powered cars are becoming more and more popular every day, and for good reason. These vehicles are much more cost-effective and don’t cause any pollution. By using electric cars, you will be able to completely eliminate your gas bill, drive up to two hundred miles on a single charge, improve your engine’s performance and get a better horsepower, start enjoying a smoother and quieter ride, get massive IRS refunds for having a green car, spend only a dollar to charge your vehicle, and even protect the environment. It is important, then, to have some knowledge on building electric cars.

Click Here For Electric Conversion Made Easy Instant Access!

The first thing you have to do is to find an appropriate donor car. Usually, the best vehicles to convert to electric are light weight cars that have enough room for batteries. Sedans and light trucks make the best conversions. They are light, making it easy to mount the motors on. Also, the electric car is getting all of its energy from a set of batteries and so there is a limit to which the car can travel under certain conditions. In most cases, you may want to use smaller cars so that the motors are not over burdened.

After choosing the right donor car, you need to know which tools to use and where to find them. Also, you need to have a decent step-by-step instruction to work your way towards your own electric car. Essentially, you have to remove the donor car’s engine gas tank, exhaust, and clutch. Then, you have to install the electric motor and controller, and wire them to the batteries.

Then, you have to find a place to do the work such as the garage, driveway, or a shed. It is important to have a good place to work in because you will need to remove the gas engine parts and install the electric motor.

Building electric cars is made easy by using do-it-yourself electric car conversion kits.

Click Here For Electric Conversion Made Easy Instant Access!

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

Speculation on the prospects for electric cars and their impact on the world’s economies make for interesting chatter. As China, the U.S. and European governments step up their stimulus programs to encourage electrification of vehicles, investors are starting to take notice. The question is which industries offer the best investing opportunity.

The Tesla Motors Roadster is expected to deliver 200 to 240 miles per charge, depending on driving conditions and usage. According to General Motors, the Chevrolet Volt, when it finally hits the showrooms, will get 40 miles between charges. The difference is due to the size of the batteries used to power the car. In the Tesla’s case there are more batteries installed on the car, as it depends only on battery power. The Volt will have a small gasoline engine to help recharge the batteries beyond the 40-mile limit. Other hybrid-eclectic vehicles such as the Toyota Prius also use a small gasoline engines to help charge the battery and in some cases add power to the wheels when necessary. The electric cars can be recharged by plugging the car into the power grid using a special adaptor, though some can be charged through the standard household electric outlet.

China has set a goal of producing half-a-million electric cars annually by 2011. To help stimulate this goal they have announced they are investing $1.4 billion in R&D. The United States has committed $2 billion in stimulus spending to help design and manufacture better batteries. Vehicle manufacturers are receiving help to the tune of $25 billion form the U.S. government to retool their production lines so they can produce larger number of fuel-efficient vehicles, including electric ones.

As more electrified cars and trucks move to the mainstream, they will require some significant changes in several industries if they are to be commercially successful. While some people may believe the move to electric cars is a long way off, the current drive by several major governments should not be ignored. The power trains, battery, and utility industries will each see investing opportunities.

Electric Power Trains

As shown by the success of the Tesla, start-up manufacturers are already making small inroads into the electric car industry. Faced with large legacy engineering and manufacturing processes, the incumbent auto and truck manufacturers must deal with the challenge of operating their existing vehicles while they introduce new vehicles including electric ones. Most of the vehicle manufacturers have outsourced all vehicle components other than engines and drive trains. Electric and hybrid-electric vehicles use significantly different engines and drive trains than your traditional gasoline or diesel powered cars and trucks. As a result, many of these companies must completely redesign their current engineering and manufacturing processes to adapt to the new electric power trains.

Controlling battery design and production will be a core skill that will help to differentiate a car or truck. If your car or truck can go 25% farther on the same charge, you will have a significant competitive advantage. In addition, the technology to manage power will require investment in electronics and software that is foreign to the auto manufacturers.

These new power trains open the door to innovations and start-up firms to capture a significant share of the market, as the traditional vehicle manufacturers wrestle with their transition from their current emphasis to new hybrids and all eclectic drive trains. As a result, many traditional vehicle manufactures will collaborate with or acquire these new firms. For example, Daimler A.G. has acquired nearly a 10 percent stake in Tesla Motors, which remains privately held.

Companies such as BorgWarner Inc., who produces the single-speed gearbox for the Tesla Roadster, will have to adjust their design, engineering, and production approach to meet the challenges of electric vehicles.

Battery Industries

The potential to displace oil as the power source for millions of vehicles is an interesting opportunity. Governments in China, the European Union, and the United States are trying to encourage industries to develop world-class battery technology, so they can become the world leader. Like many industries, the value of the product will shift from the basic components to total systems. Today, batteries are comprised of cells whose chemistry generates electricity. While important, cell chemistry is likely to become a commodity with little to differentiate it from others. For example, battery manufacturers have accomplished the transition from lead battery technology to lithium-based chemistry.

The most successful battery manufacturers will be the ones who move to system level capabilities designed to support specific vehicles. These systems will use electronics and software to offer power and thermal management capabilities that optimize the battery’s performance for a specific vehicle. This will require a more complex engineering and production capability. It will also require the battery manufacturers to work closely with the tier one drive train manufacturers and the auto manufacturers themselves. To succeed the battery manufacturers will have to develop significant new skills and capabilities so they can meet the needs of each vehicle. This will require substantial financial strength as well.

Engineers estimate that the cost of a battery for a plug-in electric car that gets 40 miles before it needs recharging is $11,800. This cost increases to $24,000 for a car that gets 100 miles per charge. The cost of a battery for a common laptop runs $50 to $100. This gives you an idea of the opportunity for battery manufacturers. If the world were to see 6 million electrified vehicles sold per year, the market could be greater than $70 billion. The cost of a battery will decline as volumes rise and economies of scale are achieved. Some analysts estimate we should expect a six to ten percent drop in the price of an equivalent battery over the next ten years. To achieve this, battery manufacturers will have to invest substantial sums in engineering and manufacturing.

Another challenge the battery manufacturers face will be how they deal with warranty issues. Today, these manufacturers have a relatively small exposure to warranty problems. Probably the largest has been problems associated with several laptop computers that have high failure rates or in some cases caused a fire. While serious, these batteries have a relatively low cost compared to the cost of an electric car’s battery. Replacing an entire battery system and possibly the vehicle will require new approaches as well as very strong balance sheets.

As each of us has witnessed, batteries have a useful life that grows shorter with use. Eventually batteries must be replaced. This creates a new aftermarket opportunity that has not existed. It also creates a disposal problem. Recycling cell phone and laptop batteries is one thing. Putting in place the process to recycle lithium car batteries is quite another. So far, there seems to be very little study on this problem, though it looms quite large as areas of the world move to electric cars. Where there is a problem there is an opportunity

Electric Utilities

Electric vehicles offer new opportunities for the electric utility industry. Most people assume that the plug-in vehicles would be recharged at night. If true, the electric utilities would not have to invest in new infrastructure, as this is an off-peak demand period. However, if drivers of electric vehicles found it necessary to plug their cars in during the day, a peak period use, they could force the utilities to invest in additional infrastructure to meet the higher demand. Companies might want to encourage their employees to drive electric cars by providing plug-in centers at their parking facilities, so drivers could recharge their cars during the day. I could even see some companies claiming this as a company benefit, using the service as a way to help offset their carbon producing facilities elsewhere.

Electric utilities are aware they must invest to create new smart grid capabilities that will help to manage usage of electricity. Electric cars will add to the demand for this new infrastructure. Utility company engineers see this as just another demand placed on the electric grid. However, we might see entrepreneurs employing renewable energy methods to take advantage of these opportunities. Maybe a windmill and or solar panels hooked up to a recharging unit in the parking lot will offer a way for cars to recharge without using the local electric utility. 

The Bottom Line

Any time there is a fundamental change in the way an industry operates, new investing opportunities develop. Investors who understand these opportunities can reap the rewards. They also must manage the risks, as they can be large. These opportunities will come from several industries, but especially the drive train and the battery companies. To a lesser extent the electric utilities may also benefit, though not to the same extent, and possibly not at all.

As governments stimulate the move to use of electricity to replace oil, investors should be prepared to find opportunities to benefit. These opportunities will grow with time and the time is now to start your research.

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

A hybrid vehicle is a vehicle that uses two or more discrete power sources to propel the vehicle. Common power sources include:

• On-board or out-board rechargeable energy storage system (RESS) and a fueled power source (internal combustion engine or fuel cell)

• Air engine and internal combustion engines

• Human powered bicycle with electric motor or gas engine assist

• Human-powered or sail boat with electric power

The term most frequently refers to Hybrid-electric vehicle (HEV) which comprises internal combustion engines and electric motors.

Early hybrid systems are being examined for trucks and other heavy highway vehicles with a few operational trucks and buses initial to come into use. The chief barrier seem to be smaller fleet sizes and the extra costs of a hybrid system are yet remunerated for by fuel savings, but with the price of oil set to persist on its upward trend, the tipping point might be reached by the end of 2008. Advances in technology and lesser battery cost and higher capacity etc. urbanized in the hybrid car industry are already filtering into truck use as Toyota, Ford, GM and others initiate hybrid pickups and SUVs. Kenworth Truck Company lately introduced a hybrid-electric truck, called the Kenworth T270 Class 6 that for city usage appear to be competitive. FedEx and others are preparatory to invest in hybrid delivery type vehicles—mainly for city use where hybrid technology may pay off first. The U.S. military is inspecting hybrid Humvees and other vehicles.

When the term hybrid vehicle is used, it normally refers to a Hybrid electric vehicle. These cover such vehicles as the AHS2 (Chevrolet Tahoe, GMC Yukon, Chevrolet Silverado, Cadillac Escalade, and the Saturn Vue), Toyota Prius, Toyota Camry Hybrid, Ford Escape Hybrid, Toyota Highlander Hybrid, Honda Insight, Honda Civic Hybrid and others. A petroleum-electric hybrid normally uses internal combustion engines and electric batteries to control electric motors. There are loads of types of petroleum-electric hybrid drivetrains, from Full hybrid to Mild hybrid, which proffer varying merits and demerits.
While liquid fuel/electric hybrids in the late 1800s, the braking regenerative hybrid was invented by David Arthurs, an electrical engineer from Springdale, Arkansas in 1978-79. His home-converted Opel GT was reported to get as much as 75MPG and plans are still sold to this novel design, and the “Mother Earth News” customized version on their website.

Hybrid fuel (dual mode)

Additionally, vehicles that use two or more different devices for propulsion, some also deem vehicles that use discrete energy sources or input types (“fuels”) using the same engine to be hybrids, even though to avoid confusion with hybrids as described above and to use in the approved manner the terms, these are perhaps more suitably described as dual mode vehicles:

• A few electric trolleybuses can switch between an on board diesel engine and
Overhead electrical power depending on circumstances (see dual mode bus). In principle, this could be pooled with a battery subsystem to create a true plug-in hybrid trolleybus, though as of 2006, no such design seems to have been announced.

• Flexible-fuel vehicles can be able to use an assortment of input fuels (petroleum and biofuels) in one tank — characteristically gasoline and bioethanol or biobutanol, though diesel-biodiesel vehicles would also meet the criteria.

• Dual mode: Liquified petroleum gas and natural gas are diverse from petroleum or diesel and cannot be used in the identical tanks, so it would be unfeasible to build an (LPG or NG) flexible fuel system. As an alternative vehicles are built with two, parallel, fuel systems feeding one engine. While the replicated tanks cost space in some applications, the augmented range and flexibility where (LPG or NG) infrastructure is incomplete may be a noteworthy incentive to purchase.

• Few vehicles have been modified to use another fuel source if it is available, such as cars customized to run on autogas (LPG) and diesels customized to run on waste vegetable oil that has not been processed into biodiesel.

• Power-assist mechanisms for bicycles and additional human-powered vehicles are also integrated.

Fluid power hybrid

Hydraulic and pneumatic hybrid vehicles employ an engine to charge a pressure accumulator to drive the wheels through hydraulic or pneumatic (i.e. compressed air) drive units. The energy recovery rate is elevated and therefore the system is more efficient than battery charged hybrids, demonstrating a 60% to 70% increase in energy economy in EPA testing. Under tests performed by the EPA, a hydraulic hybrid Ford Expedition returned 32 mpg–U.S. (7.35 L/100 km / 38.4 mpg–imp) City, and 22 mpg–U.S. (10.69 L/100 km / 26.4 mpg–imp) highway

The most recent hybrid technology is the Plug-in Hybrid Electric Vehicle (PHEV). The PHEV is inclusive of a gasoline-electric hybrid whose battery pack (usually Li-ion) is upgraded to a superior capacity, which can be recharged by moreover a battery charger curved into the electrical grid or the gasoline engine (only if required). The car runs on battery power for the first 10 to 60 miles (16–100 km), with the gasoline engine on hand for faster speeding up, etc.

After the battery is almost discharged, the car reverts to the gasoline engine to recharge the battery and/or return the car to the charging station. This may get around the fundamental barrier of battery range that has made nearly all pure electric cars impractical. Fuel rates, in principle, may be as low as 5 cents/mile. It’s not obvious yet whether converting an existing hybrid car will ever pay for itself in fuel savings.

The major problem is finding a good, cheap, high-energy battery pack—the equivalent problem that has plagued the unpolluted electric car. If everyone plugged into the function grid to charge up their car this would seem to be just displacing the gasoline/diesel combustion crisis to the trait coal powered electrical generating plant. But, if cars were recharged tardy at night this would allow the base load of the electrical system to be more capable with a much more even base load and electrical power can also be generated by clean wind, hydro, tide power, etc. while most travel is regarding 30 miles/day this may be the cleanest personal transportation system at present available.

There is a “cottage” conversion industry for owner- existing hybrids, and more than a few huge auto industry groups (GM, Toyota, Mercedes etc.) plus the US Department of Energy are investigating this system. No chief car company (as of late 2007) offers PHEVs yet. The characteristic “cottage” industry conversion car is the Toyota Prius (cost of conversion $5k-$40k), as it is a full hybrid with sufficient power in its electrical system to maintain distinctive city speeds.

Fuel consumption and emissions reductions

The hybrid vehicle characteristically achieves greater fuel economy and lower emissions than conventional internal combustion engine vehicles (ICEVs), ensuing in fewer emissions being generated. These savings are mainly achieved by four elements of a typical hybrid design:

- Recapturing energy generally wasted during braking etc. (regenerative braking) this is a mechanism that condenses vehicle speed by converting some of its kinetic energy into a further helpful form of energy, particularly in stop-and-go traffic.

- having important battery storage capacity to store and recycle recaptured energy;

- shutting down the gasoline or diesel engine in traffic stops or while coasting or other idle periods;

- civilizing aerodynamics; A box shaped car or truck has to put forth more force to move through the air causing added stress on the engine making it toil harder. Improving the shape and aerodynamics of a car is a fine way to help better the gas mileage and also get better handling at the same time.

- By means of low rolling resistance tires; (tires these days are made to give a fine, smooth ride but hardly ever is efficiency taken into consideration. These tires cause a great pact of drag, once again making the engine toil harder, intense more gas mileage. Hybrid cars use special tires that are more exaggerated than regular tires and stiffer, which decreases the drag by about half, humanizing fuel economy by mitigating stress of the engine.

- relying on mutually the gasoline (or diesel engine) and the electric motors for peak power requires ensuing in a smaller gasoline or diesel engine sized more for normal usage rather than peak power usage.

These features make a hybrid vehicle chiefly efficient for city traffic where there are recurrent stops, coasting and idling periods. Besides noise emissions are condensed, mainly at idling and low operating speeds, in similarity to conventional gasoline or diesel powered engine vehicles. For constant high speed highway use these features are much less helpful in reducing emissions.

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

The best solution for pollution and the other such issues is the Electric cars. Electronic Cars are becoming the latest trend and are very environment friendly.

The main differences between the Electric Cars and the ignition combustion vehicle are:

An electric motor is 400% to 600% more efficient compared and uses one-half the fossil-fuel resources an Ignition control engine consumes. Electric Cars produce zero emissions at the point of use and 5% to 10% of the emissions of an Ignition Control engine per mile traveled. All of the Electric Car’s emissions occur at a (oil or coal fueled) power plant, which runs 400% to 500% more efficiently than an Ignition Control Engine and scrubs its own exhaust. Electric Cars can use electricity from anywhere including sustainable energy resources (wind and sun). Electric Cars are simple, silent, and affordable to operate.

It is a major step for an automobile to no longer emit exhaust gases. Many wonder if the electric Cars are actually no emission cars or if it is emitted in some other place. In fact, the idea is nearly inconceivable and that is one of the main reasons why consumers love zero-emission vehicles. Although they are not driving a solar-powered car, they will be helping the sun to shine through clear skies.

In the literal sense, the Electric Cars are the “emission-elsewhere” cars. The electricity to power the car has to be generated somewhere. Sometimes the electric energy is available from sustainable energy sources like wind, solar, and water power however; the bulk comes from coal- and oil-fueled power plants. Hence it can be considered as emission elsewhere vehicles.

This has been scrutinized extensively by the U.S. Department of Energy and several California agencies charged with air-quality management.

Electric Cars are very efficient; a pound of the battery has 1/100 of the energy of a pound of gasoline. On average, a 30 mpg Ignition Control Engine car uses only 5% to 10% of the energy of its fuel, whereas the Electric Car converts 70% to 80% of the battery’s pack into propulsion, for the same mile.

The “electric vehicle” is a household phrase in the U.S today however; the basics of Electric Propulsion were virtually unknown 17 years ago.

An electric vehicle is one that uses an electric motor instead of an engine, and batteries instead of a fuel tank and gasoline. The electric motor is the size of a five-gallon water bottle and bolts right to the stock transmission. The batteries are similar in size and shape to the one used to start the car’s engine however; the number is more. The accelerator pedal is connected to a “pot box,” which operates the electronic controller. Pressing the accelerator smoothly delivers power to the motor in proportion to the amount of pedal you give it.

The electric car is only an example of an electric vehicle. An electric-assist bicycle or an electric motorcycle is also an Electric vehicle. A trolley and the San Francisco BART subway train are Electric Vehicles. A solar-powered car, Formula electric racer is also an Electric Vehicle. A. The world is more than ready for Electric Vehicles. In fact, it uses electric motors everywhere. Electric propulsion is not a new technology. The modern locomotive is diesel-electric; its diesel engine-generator supplies the electricity to power the electric motor drive train. Electric motors also power elevators, industrial assembly lines, ventilation and air-conditioning units, refrigerators, blow dryers, washers and dryers, computers and printers, CD players and auto tape decks, and pumps. Ironically, an electric motor is also needed to start an automobile’s engine. Wherever silent, efficient, reliable service is needed, you will find an electric motor at work.

Electric Vehicles | Street Legal Electric Vehicles | Street Legal Electric Cars

In late November, Premier Wen Jiabao inspected the CAS Shanghai Institute of Ceramics, development of electric vehicles has set three conditions, the thrust is to develop electric cars, and especially in the public transport industry urban rent, sanitation and other developed countries. sony vgp-bps9 battery For electric cars, and perhaps many readers do not understand very well, then the electric car from our real life exactly how far?

Industry view: electric cars is still quite far from us

At present, China’s car market, rechargeable laptop battery sales of hybrid electric vehicle is one category, FAW hybrid Toyota Prius, Honda Civic Hybrid and Lexus hybrid models next year edition Camry Hybrid cars will be introduced in China given hybrid cars are slowly emerging.

And pure electric vehicles currently there is no domestic market, basically still at the stage of concept-car, and now many manufacturers are also developing a pure electric vehicles that make greater efforts in the late hybrids and pure electric vehicles, dell inspiron 6400 battery the future development of what would happen? Reporter interviewed a number of professional media professionals.

“Sedan intelligence” chief editor Li Geng

The difficulty of hybrid spread primarily on price, in fact, higher maintenance costs, the popularity of electric vehicles is the difficulty of the burden of convenience, there is a battery electric vehicle driving range is very short. Charge is also a difficulty matching charging station will have a very long time. The current electric cars is only suitable for short range transport, smaller cars. The hybrid is still more for the large displacement model.

Fuel Cell Institute of Tongji University, Professor Xu Si Chuan Engines

The electric cars will eventually not be able to replace the traditional model? I think the future direction of development are: electric cars is very likely that the second family car, because the first car is still dominated by traditional fuels, such as a car,sony vgp-bps8 battery you can lead more comfortable and faster to meet the needs of the sedan over long distances. The second vehicle is used primarily in the city, within the complex conditions in City Road, select power a small electric car more efficient and fast.

Hybrid: At present, prices are still high

Two experienced professionals in the automotive world a different perspective to help us analyze the electric cars and hybrid vehicles, and the development prospects of the development process of any problems, which are also the car manufacturers face. Take December 1 new LS 600hL just listed it with a hybrid Lexus Lexus and the original 5.0-liter direct-injection gasoline V8 engine, but the price was 2.073 million yuan, is very expensive.

The portion of gasoline vehicles to hybrid cars and the transition to a pure electric car is a developing trend because the conditions of return are not yet complete cases, the hybrid is a good alternative and can be the types of alternatives to continue for long, because the hybrid can be used in models of large displacement, and these models are also more sustainable patterns. On the other hand, the automobile market of China in the sale or use in the development of hybrid technology hybrid is also different.

Toyota Prius, gasoline engine High engine power

This is a hybrid system, the electronic vehicle control device is a hub, which allows vehicles to use two types of gasoline engine and electric power system through a combination of serial and parallel form of the work. Toyota Prius to operate normally powered by gasoline engines to make decisions only in times of high load, such as start, acceleration, on the slopes, toshiba pa3191u-3brs battery the engine will not support. The car has a system for recovering energy from braking, deceleration or braking when the car sliding, the electric motor generator is used as a heat dissipation out of the initial kinetic energy of the power drive motor , battery charger, so that the battery is sufficient time status.

Honda Civic: gasoline engines Low engine power

Honda Civic Hybrid and the Prius, as gasoline engines and electric motors are based on mixed model Liaison vehicle powered by its electric motor works much the same, but the Toyota Prius and Honda Civic, there still technically different. Toyota Prius hybrid electric motor 50 kW, while the electric motor power of the Honda Civic Hybrid only 15 kilowatts. Therefore, the Toyota Prius can be called full hybrids, while the Honda Civic Hybrid may be referred to as mild hybrids.

Chery A5 engine fuel + electric

Chery A5 hybrid system uses a motor fuel, the additional electric motor mode. Chery A5/ISG start or low speed, the vehicle will rely on the engine when the vehicle speed increases (generally up to 40 km / h or more) or the need of hard phases of acceleration, the engine petrol to start and start the output power, while in the system of vehicle motion, the kinetic energy of the hybrid system will be converted into electrical energy and stored in batteries to prepare for the next use of driving at low speed .

Pure electric cars: four bottlenecks to solve

“Make the horse race but the horse does not eat, I am afraid that this ideal difficult to achieve in a short period of time, because the development of pure electric vehicles are subject to many constraints, but its prospects are . As bicycles electric current, do not walk on effort, very popular. The key in the battery electric vehicles over the iron batteries BYD current and manufacturers of hydrogen fuel cells, and now many manufacturers are being studied to see what kind of battery charging for sustainability high speed. If a day is really in reality, then the automobile industry will also open a new chapter of history.ibm fru 92p1141 battery Besides the batteries, the process of development of electric vehicles at present there are many notable places.

Question 1: What type of batteries used?

Electric vehicles is the battery must first solve the problem, we have mobile phones commonly used in nickel-hydride batteries, metal and lithium batteries can also be used in electric vehicles, but the nickel-metal hydride the ability of batteries to power small life low mileage, cost of lithium-ion battery is too high, the current BYD F3e used in battery electric vehicle is an iron battery power, this battery is safe inexpensive, high capacity advantages and disadvantages is the weight of too much. But what has been on the road F3e BYD Mercedes-Benz electric vehicles still a long road to mass production. After all, there is a uniform 40 km / h, the load is only 300 km away stamina, endurance under complex road mileage still to be verified, re-charge after the battery is also unknown lifetime .

Question 2: Electric car charging how long?

Most of charging electric vehicles as fuel, as the capacity of an ordinary car, the fuel tank of 50 liters to fill a fuel tank is between 5.6 minutes. The electric car charging time can not control in 5.6 minutes, it’s hard to say, electric car charging F3e BYD’s 10-minute charge of 70%.

Question 3: Where to find the charger plug?

Many people in the vehicles are parked in underground parking spaces or temporary residential parking where there is no plug accompanying costs. If you want to use when the parking fee will depend on our support structure. The service stations in the charging station is a good way, but the battery charge time should be protected, a parking fee and a half hours of electricity to open the case and not a penalty strong?

Question 4: Can old batteries for recycling?

We know that when electric bicycle battery failure or the number of charge cycles caused by too much storage capacity is insufficient, you can replace the battery. The remaining cells will be a general repair shop to handle, because the volume does not impact on the environment, but if an old electric car battery recycling and is a major project to address adverse damage to the environment, but also deviated from the original intent of the vehicles environmentally friendly electricity.

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