Mitsubishi Motors Corporation has announced that its new -generation electric vehicle i-MiEV has been awarded with the "Environment Special Grand Prize" during the 25th International Automobile Festivalheld in Paris, France on February 4, 2010.
The i-MiEV was selected amongst 4 nominees each representing "concrete projects for sustainable mobility in terms of environmental protection or security" by a panel of 18 design, fashion, automotive and media luminaries.
As commented by Kiyoshi Teshima, President of Mitsubishi Motors France who received the award on behalf of Mitsubishi Motors Corporation: "This Grand Prize is a great honor and is a further incentive for our engineers to continue pursuing Mitsubishi Motors' pioneering work in promotion of popularization of alternative powertrains."
In Japan, the i-MiEV has already been on the market since July 2009 whilst production of export left-hand-drive version will start in October 2010. With zero CO2 tailpipe emissions and minimal well-to-wheel generation of CO2, MMC's i-MiEV makes a valuable contribution to climate protection.
The i-MiEV is planned for European launch in the end of 2010, and its charging system will be compatible with European 220/240V household outlets, providing for a zero-to-full charge within an estimated maximum seven hours.
Since it was established in 1986,the International Automobile Festival has wished to promote the talents of designers,artists, men and women who are at the forefront of developments in the automobile industry.
About the Author
For further infomation on the i-MiEV, contact:
Lenore Fletcher
Senior Manager Corporate Communications
Telephone: (08) 8275 2348
Mobile: 0408 320 797
E-mail: lfletcher@mmal.com.au
Wednesday, February 10, 2010
Hydrogen Fuel Cell Cars - The Future Car by Jason Tyler
With all the new technology out there where should we turn for the future car. One of the speculations to this is hydrogen fuel cel cars. Even though this technology has been around since the 1950's. We are just know beginning to see the potential in using hydrogen fuel cell technology as a way to power our cars. Major automobile manufactures have been playing with the likely hood of using a fuel cell for over a decade now.
Ford alone was one of the first to begin designing a hydrogen fuel cell. Although ford was not able to build a design that was small enough to place in the current vehicles. The fuel cell they designed was so awfully huge the needed to try and redesign the car around their fuel cell design. The one thing for did not count for was making Hybrid Hydrogen fuel cell cars. Instead they where looking gor a way to build a fuel cell itself and power the car only on hydrogen. This design would be great except for think of the Hindenburg blimp. This was the first hydrogen vehicle and we all know what happened to that.
What many enthusiast have discovered is it is possible to add a fuel cell design small enough to fit on the smallest of vehicles. Here is how these hydrogen fuel cell cars work. By adding a small 1-2qrt sized water storage device with an electrolysis system inside it. They where able to extract from the water what is known as hho gas (aka hydroxy gas, Klein fuel, Browns gas, and many other names hadded to it). Then this gas passes through a bubbler system and is forced into the air intake. Once the hho gas is in the air intake it simply mixes with the air and gas in the combustion chamber set to be ignited by the spark plugs.
These hydrogen fuel cell systems can be made a number of different ways. They can also work with any gas or diesel powered engine. As complicated as this may sound it is really quite simple. With the many hydrogen fuel cell kits available on the market. One needs to be advised to by with care. I have personally tested hundreds of these hydrogen fuel cell cars systems. Some produced better then expected while others well lets just say not so good. This is not to mention that some of the designs where simply way to complicated to build. Before purchasing any hydrogen fuel cell cars system on the internet be sure to do your research first.
Here are my top three choices"
Gas 4 Free
Run Auto on Water
Simple Water Fuel
About the Author
Jason Tyler (Auto Mechanic Team) Gas Conversion (Hydrogen/HHO Fuel Cell) Expert. As a certified mechanic, I know the ins and outs of cars. I also know how easy it is (or isn't) to perform certain conversions on cars, trucks, and big-rigs. HHO Gas Kit Wizard
Ford alone was one of the first to begin designing a hydrogen fuel cell. Although ford was not able to build a design that was small enough to place in the current vehicles. The fuel cell they designed was so awfully huge the needed to try and redesign the car around their fuel cell design. The one thing for did not count for was making Hybrid Hydrogen fuel cell cars. Instead they where looking gor a way to build a fuel cell itself and power the car only on hydrogen. This design would be great except for think of the Hindenburg blimp. This was the first hydrogen vehicle and we all know what happened to that.
What many enthusiast have discovered is it is possible to add a fuel cell design small enough to fit on the smallest of vehicles. Here is how these hydrogen fuel cell cars work. By adding a small 1-2qrt sized water storage device with an electrolysis system inside it. They where able to extract from the water what is known as hho gas (aka hydroxy gas, Klein fuel, Browns gas, and many other names hadded to it). Then this gas passes through a bubbler system and is forced into the air intake. Once the hho gas is in the air intake it simply mixes with the air and gas in the combustion chamber set to be ignited by the spark plugs.
These hydrogen fuel cell systems can be made a number of different ways. They can also work with any gas or diesel powered engine. As complicated as this may sound it is really quite simple. With the many hydrogen fuel cell kits available on the market. One needs to be advised to by with care. I have personally tested hundreds of these hydrogen fuel cell cars systems. Some produced better then expected while others well lets just say not so good. This is not to mention that some of the designs where simply way to complicated to build. Before purchasing any hydrogen fuel cell cars system on the internet be sure to do your research first.
Here are my top three choices"
Gas 4 Free
Run Auto on Water
Simple Water Fuel
About the Author
Jason Tyler (Auto Mechanic Team) Gas Conversion (Hydrogen/HHO Fuel Cell) Expert. As a certified mechanic, I know the ins and outs of cars. I also know how easy it is (or isn't) to perform certain conversions on cars, trucks, and big-rigs. HHO Gas Kit Wizard
How Hydrogen Fuel Cars Technology Work by Jason Tyler
Did you know Hydrogen fuel cars are becoming more and more popular every single day. You may have already seen a few of these cars on the road today and not even known. Unless the person who equip a hho fuel cell on there car also placed a sticker stating it was getter better gas mileage. With approximately 100k people in the United States alone sporting a HHO fuel cell kit to increase gas mileage. There is a few things that helped them come to the conclusion to adding a hydrogen fuel cell kit on there present car.
What these hho fuel cell kits do is essentially enable a car to burn water as fuel. How this is accomplished is as we all know water is made up of two parts hydrogen and one part oxygen. A fuel cell uses the batter power from your car for the electrolysis to turn the water into a gas of two parts hydrogen and one part oxygen. This gas is called HHO gas,Hydroxy gas, Browns Gas and many other names. This gas is used as a fuel additive feed in through the air intake system on your car.
Once the gas starts traveling through your air intake system. It is then forced in to the combustion chamber and mixes with the gas. Using this hho technology as a fuel additive you can greatly increase the gas mileage of any car. This improved gas mileage also helps with emissions. Since hydrogen burns hotter then regular gas it will begin to clean out the impurities that are left from regular gas. Gradually over time the combustion chambers begin to get cleaner and cleaner. This in turn help extend the life of your car. I am sure we have all seen the commercial made to represent the sludge left behind in our cars. Wee can begin to clean this sludge out simply by adding a Hydrogen Fuel cell to our cars.
As difficult as it may sound building and installing one of these hydrogen conversion kits on your car is quite simple. After installing a Hydrogen fuel cell for your car you could expect many great benefits.
Increase Gas Mileage - get an increase of gas mileage from 30% - 120%
Tax break of $2,000 From your IRS tax rebate after installation
Extends engine life by an average of 70% all while cleaning the valves to help make it run quieter and cooler.
Change your oil less even though we would still recommend to change your oil every 3-6k miles
Very little time is needed to build a conversion kit and can be undone at any time.
This can be done on both gas and diesel engines
100% environmentally friendly, as the only byproduct is water
Renewable energy resource - hydrogen and oxygen are in infinite supply
This may sound like something you would only see on the sci fi channel from a futuristic show. Many people have found out how much of a reality it really is to build a hydrogen fuel cell. Hydrogen fuel cell technology was first developed int the mid 1800's. Scientist and companies have been working with this technology since the 1950's. We all want to make a difference for our kids and our grand kids. Well know we can.
When you are ready to purchase a HHO fuel cell kit. We recommend you start your buying process from Gas 4 Free. Another Great location to find these Hydrogen conversion kits is HHO Gas Kit Wizard.
About the Author
Jason Tyler (Auto Mechanic Team) Gas Conversion (Hydrogen/HHO Fuel Cell) Expert
As a certified mechanic, I know the ins and outs of cars. I also know how easy it is (or isn't) to perform certain conversions on cars, trucks, and big-rigs. HHO Gas Kit Wizard
What these hho fuel cell kits do is essentially enable a car to burn water as fuel. How this is accomplished is as we all know water is made up of two parts hydrogen and one part oxygen. A fuel cell uses the batter power from your car for the electrolysis to turn the water into a gas of two parts hydrogen and one part oxygen. This gas is called HHO gas,Hydroxy gas, Browns Gas and many other names. This gas is used as a fuel additive feed in through the air intake system on your car.
Once the gas starts traveling through your air intake system. It is then forced in to the combustion chamber and mixes with the gas. Using this hho technology as a fuel additive you can greatly increase the gas mileage of any car. This improved gas mileage also helps with emissions. Since hydrogen burns hotter then regular gas it will begin to clean out the impurities that are left from regular gas. Gradually over time the combustion chambers begin to get cleaner and cleaner. This in turn help extend the life of your car. I am sure we have all seen the commercial made to represent the sludge left behind in our cars. Wee can begin to clean this sludge out simply by adding a Hydrogen Fuel cell to our cars.
As difficult as it may sound building and installing one of these hydrogen conversion kits on your car is quite simple. After installing a Hydrogen fuel cell for your car you could expect many great benefits.
Increase Gas Mileage - get an increase of gas mileage from 30% - 120%
Tax break of $2,000 From your IRS tax rebate after installation
Extends engine life by an average of 70% all while cleaning the valves to help make it run quieter and cooler.
Change your oil less even though we would still recommend to change your oil every 3-6k miles
Very little time is needed to build a conversion kit and can be undone at any time.
This can be done on both gas and diesel engines
100% environmentally friendly, as the only byproduct is water
Renewable energy resource - hydrogen and oxygen are in infinite supply
This may sound like something you would only see on the sci fi channel from a futuristic show. Many people have found out how much of a reality it really is to build a hydrogen fuel cell. Hydrogen fuel cell technology was first developed int the mid 1800's. Scientist and companies have been working with this technology since the 1950's. We all want to make a difference for our kids and our grand kids. Well know we can.
When you are ready to purchase a HHO fuel cell kit. We recommend you start your buying process from Gas 4 Free. Another Great location to find these Hydrogen conversion kits is HHO Gas Kit Wizard.
About the Author
Jason Tyler (Auto Mechanic Team) Gas Conversion (Hydrogen/HHO Fuel Cell) Expert
As a certified mechanic, I know the ins and outs of cars. I also know how easy it is (or isn't) to perform certain conversions on cars, trucks, and big-rigs. HHO Gas Kit Wizard
HHO Dry Cells Hydrogen on Demand Fuel Cells Increase Mileage by Jason Tyler
Hydrogen gas kits | Hydroxy fuel | increase your mileage, better emissions | Convert to Hydrogen Hybrid Car, start saving fuel today. With a HHO Dry Cell fuel cell.
HHO Dry Cells Hydrogen Fuel Cells
What Hydrogen on Demand really means is the Hydrogen Generator produces HHO Gas which is used as it is made, the hydrogen gas is not stored for later use. This method of HHO Fuel production is safer then storing huge amounts of hydrogen.
We simple focus on the problem and over look the solution until this solution is so obvious it can long be avoided. The oil crisis is a perfect example of overlooking the obvious answer, which amazingly surrounds us.
With water making up around two-thirds of this planet, and is the answer to our current oil crisis. The technology to convert water in to hydrogen for use as a gas fuel has been around for the past 25 or so years thanks to Stanley Meyer, which who patented the HHO Generator.
This HHO generator is also known as a HHO Fuel Cell, the fuel cell is used to convert water into a combustible gas known as Hydrogen Hybrid Oxide, Brown's Gas, or Hydroxy Gas, named after Dr. Yull Brown, which is the one who discovered this gas compound.
Simply adding a hydrogen generator to a battery and making a few adjustments any internal combustion engine can run on HHO gas. For the ones placing a hydrogen converter on a fuel injected car. You will also need a device called EFIE, (Electronic Fuel Injection Enhancer). Since HHO gas is made simply from water this makes it safe and effective. Recent research has proved the by adding a hydrogen generator to your car you will get at least a 40% increase in gas mileage and a slight horse power increase, thus drastically reducing the emissions. You can bet the government is adding a few benefits to the users of a hydrogen generator by adding in little incentives. One incentive to using green technology is a tax break on this coming years taxes.
With in a few years the auto industry may be eliminating our demand for oil based fuels, this including the ethanol fuels. This is making our auto giants begin to redefine the automotive industry with the use of Hydrogen on Demand systems. The Hydrogen 7 was recently introduced by BMW which will be able to run on both hydrogen and gas. The Hydrogen that is used on the Hydrogen 7 is a liquid hydrogen which has to be kept cold. Many companies like Hydrogen Power Inc have installed hydrogen on demand systems in many vehicles. Hypower Fuel Inc has a new hydrogen reactor called H2R. The H2R retrofit insertion device can be placed in almost any car of vehicle.
With commercial made hydrogen on demand systems becoming a reality for the auto giants, but these same units can be built at home by any one with simple hardware you can find at any local hardware store. Hydrogen Generator kits are sold all over the internet today like Run Auto On Water. Some of the kits available produce better then others although one should put in a little bit of research before purchasing a kit over the internet.
With the acceptance of this new technology being a slow process, much like any new technology. People really hate change that has an economic impact on so many companies is dimmed upon or simply put not feasible. At-least not until the energy behind it is so strong it will finally be recognized as a solution that every one knows is right.
Since Yull Brown and Stanley Meyer did not live long enough to see this dream of theirs turn into the answer for fossil fuel consumption, but they did know this would be a reality that every one would accept. The time for Hydrogen on Demand is now for many purposes in cars, at home, businesses, schools and so may others.
HHO Dry Cells Hydrogen Fuel Cells
What Hydrogen on Demand really means is the Hydrogen Generator produces HHO Gas which is used as it is made, the hydrogen gas is not stored for later use. This method of HHO Fuel production is safer then storing huge amounts of hydrogen.
We simple focus on the problem and over look the solution until this solution is so obvious it can long be avoided. The oil crisis is a perfect example of overlooking the obvious answer, which amazingly surrounds us.
With water making up around two-thirds of this planet, and is the answer to our current oil crisis. The technology to convert water in to hydrogen for use as a gas fuel has been around for the past 25 or so years thanks to Stanley Meyer, which who patented the HHO Generator.
This HHO generator is also known as a HHO Fuel Cell, the fuel cell is used to convert water into a combustible gas known as Hydrogen Hybrid Oxide, Brown's Gas, or Hydroxy Gas, named after Dr. Yull Brown, which is the one who discovered this gas compound.
Simply adding a hydrogen generator to a battery and making a few adjustments any internal combustion engine can run on HHO gas. For the ones placing a hydrogen converter on a fuel injected car. You will also need a device called EFIE, (Electronic Fuel Injection Enhancer). Since HHO gas is made simply from water this makes it safe and effective. Recent research has proved the by adding a hydrogen generator to your car you will get at least a 40% increase in gas mileage and a slight horse power increase, thus drastically reducing the emissions. You can bet the government is adding a few benefits to the users of a hydrogen generator by adding in little incentives. One incentive to using green technology is a tax break on this coming years taxes.
With in a few years the auto industry may be eliminating our demand for oil based fuels, this including the ethanol fuels. This is making our auto giants begin to redefine the automotive industry with the use of Hydrogen on Demand systems. The Hydrogen 7 was recently introduced by BMW which will be able to run on both hydrogen and gas. The Hydrogen that is used on the Hydrogen 7 is a liquid hydrogen which has to be kept cold. Many companies like Hydrogen Power Inc have installed hydrogen on demand systems in many vehicles. Hypower Fuel Inc has a new hydrogen reactor called H2R. The H2R retrofit insertion device can be placed in almost any car of vehicle.
With commercial made hydrogen on demand systems becoming a reality for the auto giants, but these same units can be built at home by any one with simple hardware you can find at any local hardware store. Hydrogen Generator kits are sold all over the internet today like Run Auto On Water. Some of the kits available produce better then others although one should put in a little bit of research before purchasing a kit over the internet.
With the acceptance of this new technology being a slow process, much like any new technology. People really hate change that has an economic impact on so many companies is dimmed upon or simply put not feasible. At-least not until the energy behind it is so strong it will finally be recognized as a solution that every one knows is right.
Since Yull Brown and Stanley Meyer did not live long enough to see this dream of theirs turn into the answer for fossil fuel consumption, but they did know this would be a reality that every one would accept. The time for Hydrogen on Demand is now for many purposes in cars, at home, businesses, schools and so may others.
Hybrid vehicles by Teguh Iman
A Brief Guide to Hybrid Vehicle By Teguh Iman
Hybrid vehicles were the stuff of dreams centuries ago. Nobody ever thought that creating a vehicle independent from fuel was possible. Fortunately with the continuing development of hybrid technology, more efficient and practical vehicles have been created. In the recent years the campaign for global warming has brought the attention of the public. Hybrid cars are now becoming steadily popular available in different types from compact sedans to SUVs.
Environmental issues are not the only reason that has made the public favor hybrid cars. Rising gas prices is also one of the major reasons why people prefer hybrid cars than conventional ones. Its also practical in suburban environments where you don't really need horsepower but gas mileage.
Hybrid Vehicles
There are different types of hybrid vehicles. They can vary from the simplest wheelbarrows to ships. No matter what form they are, these vehicles help in reducing greenhouse and noise emissions. Although these vehicles are expensive due to their unique structures, developments will continue to provide more alternatives to the public. These cars may not compare to conventional ones with a 200 horsepower but why would you need that if you only need 20 in the streets?
The simplest hybrid would be the single wheeled vehicles. These are wheelbarrows famously depicted with sails. This can be seen in Chinese sailing carriages.
The next is two wheeled vehicles. These are usually cycle type vehicles. The best example would be the Moped and electric bicycles. They are powered by an electric motor or an internal combustion engine in combination with the rider's muscles. This concept was also used in the 1800's by motorcycles. The electric bicycle can either be a parallel or a series hybrid Hybrid vehicles are not just limited to private cars. There are also hybrid power trains used by heavy vehicles. There are diesel or turbo electric buses, railway locomotives, heavy duty vehicles, hydraulic machinery and ships.
In ships a diesel engine drives the electric generator or hydraulic pump which in turn powers one or more hydraulic or electric motors. Sails and engines were early forms of hybrids which may be used again due to rising fuel costs.
More developments are continually being made in hybrid structures and systems for efficiency. Today buying a hybrid car is expensive but it will be beneficial in the long run. It does not just save fuel costs but also removes pollution that can harm the health of the people and take whatever it is left of the environment.
read other guide about Hybrid Cars and Hybrid SUV
Hybrid vehicles were the stuff of dreams centuries ago. Nobody ever thought that creating a vehicle independent from fuel was possible. Fortunately with the continuing development of hybrid technology, more efficient and practical vehicles have been created. In the recent years the campaign for global warming has brought the attention of the public. Hybrid cars are now becoming steadily popular available in different types from compact sedans to SUVs.
Environmental issues are not the only reason that has made the public favor hybrid cars. Rising gas prices is also one of the major reasons why people prefer hybrid cars than conventional ones. Its also practical in suburban environments where you don't really need horsepower but gas mileage.
Hybrid Vehicles
There are different types of hybrid vehicles. They can vary from the simplest wheelbarrows to ships. No matter what form they are, these vehicles help in reducing greenhouse and noise emissions. Although these vehicles are expensive due to their unique structures, developments will continue to provide more alternatives to the public. These cars may not compare to conventional ones with a 200 horsepower but why would you need that if you only need 20 in the streets?
The simplest hybrid would be the single wheeled vehicles. These are wheelbarrows famously depicted with sails. This can be seen in Chinese sailing carriages.
The next is two wheeled vehicles. These are usually cycle type vehicles. The best example would be the Moped and electric bicycles. They are powered by an electric motor or an internal combustion engine in combination with the rider's muscles. This concept was also used in the 1800's by motorcycles. The electric bicycle can either be a parallel or a series hybrid Hybrid vehicles are not just limited to private cars. There are also hybrid power trains used by heavy vehicles. There are diesel or turbo electric buses, railway locomotives, heavy duty vehicles, hydraulic machinery and ships.
In ships a diesel engine drives the electric generator or hydraulic pump which in turn powers one or more hydraulic or electric motors. Sails and engines were early forms of hybrids which may be used again due to rising fuel costs.
More developments are continually being made in hybrid structures and systems for efficiency. Today buying a hybrid car is expensive but it will be beneficial in the long run. It does not just save fuel costs but also removes pollution that can harm the health of the people and take whatever it is left of the environment.
read other guide about Hybrid Cars and Hybrid SUV
EV-Charge America Launches Global Charge Net™ Smart Grid Enabled EV Charging Stations, integrated with GridPoint, Inc.'s smart charging software. by
LAS VEGAS, NV. February 2, 2010 - EV-Charge America, Electric Vehicle Charging Stations, utilizing GridPoint, Inc.'s smart grid application software, today announced an integrated smart grid enabled EV charging station solution for electric vehicles being rolled out globally on the new Charge Net™ platform.
The Charge Net integrated software solution uses EV-Charge America's Charge Net™ Globally Networked Charging Stations for plug in electric and hybrid plug in vehicles and are embedded with GridPoint's smart charging software to further enhance municipalities, public and private utilities abilities to manage grid loads relative to electric vehicle charging infrastructure roll-outs now going on world-wide.
Utilities and municipalities will now have a globally networked software solution that monitors and adjusts to real-time grid loads thus allowing stake holders to adapt, modulate and optimize the supply and demand of electricity when used as a transportation fuel while integrating with other third-party software applications, including utility company's back office control software.
Electric Utility Companies of all sizes will be able to easily and economically manage the load generated by ever increasing numbers of EVs. Demand / Response activities are monitored and optimized on any macro and/or micro geographic grid levels using this new and innovative Charge Net™ platform.
The Charge Net™ is built to effectively interact with utility company's new time-of-use rates that are expected to be an effective tool in incentivizing EV users to charge their vehicles during night time or off-peak hours.
"This new, multiple vehicle operating system platform that is seamless to the user is being offered at a price point and ROI that is the most cost-effective in the industry. In today's economic environment, businesses and municipalities must maximize the value of their capital expenditures by charging up to 4 vehicles from one station. Charge Net™ makes economic sense." Says Bob Rosinski, CEO of EV-Charge America.
About GridPoint GridPoint, Inc., an established leader in smart grid software, enables utilities to easily manage the evolution to a Smart Grid. GridPoint's software aggregates and manages an intelligent network of distributed energy resources that controls load, stores energy and produces power. Utilities efficiently balance supply and demand, improve grid reliability and empower consumers with user-friendly software to manage energy consumption. Utilities and consumers realize the benefits of energy intelligence with GridPoint's solutions including energy management, load management, renewable integration, storage management and electric vehicle management. With GridPoint's interoperable platform, utilities rapidly integrate and manage emerging technologies, resulting in a practical path to developing a clean, efficient 21st century grid. On the Net: www.gridpoint.com
About EV-Charge America EV-Charge America, Charge Net has its principal US operations in Las Vegas, NV., and manufactures a complete family of electric vehicle charging stations products, software and infrastructure services. EV-Charge America's global Charge Net™ Network can be viewed at www.EV-ChargeAmerica.com
The Charge Net integrated software solution uses EV-Charge America's Charge Net™ Globally Networked Charging Stations for plug in electric and hybrid plug in vehicles and are embedded with GridPoint's smart charging software to further enhance municipalities, public and private utilities abilities to manage grid loads relative to electric vehicle charging infrastructure roll-outs now going on world-wide.
Utilities and municipalities will now have a globally networked software solution that monitors and adjusts to real-time grid loads thus allowing stake holders to adapt, modulate and optimize the supply and demand of electricity when used as a transportation fuel while integrating with other third-party software applications, including utility company's back office control software.
Electric Utility Companies of all sizes will be able to easily and economically manage the load generated by ever increasing numbers of EVs. Demand / Response activities are monitored and optimized on any macro and/or micro geographic grid levels using this new and innovative Charge Net™ platform.
The Charge Net™ is built to effectively interact with utility company's new time-of-use rates that are expected to be an effective tool in incentivizing EV users to charge their vehicles during night time or off-peak hours.
"This new, multiple vehicle operating system platform that is seamless to the user is being offered at a price point and ROI that is the most cost-effective in the industry. In today's economic environment, businesses and municipalities must maximize the value of their capital expenditures by charging up to 4 vehicles from one station. Charge Net™ makes economic sense." Says Bob Rosinski, CEO of EV-Charge America.
About GridPoint GridPoint, Inc., an established leader in smart grid software, enables utilities to easily manage the evolution to a Smart Grid. GridPoint's software aggregates and manages an intelligent network of distributed energy resources that controls load, stores energy and produces power. Utilities efficiently balance supply and demand, improve grid reliability and empower consumers with user-friendly software to manage energy consumption. Utilities and consumers realize the benefits of energy intelligence with GridPoint's solutions including energy management, load management, renewable integration, storage management and electric vehicle management. With GridPoint's interoperable platform, utilities rapidly integrate and manage emerging technologies, resulting in a practical path to developing a clean, efficient 21st century grid. On the Net: www.gridpoint.com
About EV-Charge America EV-Charge America, Charge Net has its principal US operations in Las Vegas, NV., and manufactures a complete family of electric vehicle charging stations products, software and infrastructure services. EV-Charge America's global Charge Net™ Network can be viewed at www.EV-ChargeAmerica.com
The Value of Hybrid Cars: Are They Right For You? by Kristin Armstrong
First introduced in the U.S. in 1999, hybrids have steadily grown in popularity. The growing accessibility of hybrid cars is making them a more common sight on the road. In fact, there are more than 20 available hybrid models with more on the way. Is one of these vehicles right for you?
Hybrid cars are known for their environmental benefits, and this is a very popular reason for purchasing one. However, they also tend to cost more, so they may not be a good fit for everyone. The decision to purchase a hybrid car should be based on variety of factors, not solely on price or the environment. With that in mind, here are some features to consider:
How does a hybrid car work?
A hybrid contains a small electric motor, a gas engine and a battery. The electric motor powers the vehicle at low speeds. The gas-powered engine kicks in at higher speeds and for swift acceleration. The gas engine and the act of braking generate electricity stored in the battery for later use. When you're sitting at idle, only the battery powers the car. The goal is to run the car as efficiently as possible, using the minimum amount of energy.
Better gas mileage
One of the most popular features of a hybrid car is its limited use of gasoline due to its dual electric/gas motor. Because of the battery and electric motor, you will probably use gas less often. Therefore, you'll fill up the tank less frequently. Plus, being able to travel farther on a single tank of gas saves you time.
Reduced emissions
Lower vehicle emissions are inextricably tied to better gas mileage. Since a hybrid burns less fuel for power, it releases fewer emissions into the air. This is a particularly appealing feature to hybrid buyers who are concerned about the environment.
Unique batteries
These specially designed batteries come with a longer life than traditional batteries. Many hybrid manufacturers offer 8-year/100,000-mile warranties on their batteries; testing shows they can last even longer. On the other hand, in the event the battery fails, it can cost between $1,500 and $5,000 to replace, depending on the manufacturer.
Competitive power
Hybrids used to be considered underwhelming in terms of power, but newer generations of hybrid drivetrains are packing more horsepower to give their vehicles competitive acceleration. Smaller hybrid sedans and compact vehicles can easily keep pace with their gasoline-powered counterparts. And if you're interested in bigger SUVs and trucks, major manufacturers have installed hybrid drivetrains that still allow you to haul plenty of people and gear. A hybrid may never be able to compete with the towing power or payload of a heavy-duty pickup, but they've come a long way.
Increasing space
Early versions of hybrids sacrificed interior room for the sake of big battery packs. Early hybrids in the mid-1990s were two-door, two-seat compacts, but newer generations of hybrid sedans have grown in cabin and cargo space. In fact, certain hybrid cars boast even more trunk space than their gas-powered counterparts.
Higher purchase price
A potential downside to purchasing a hybrid is its initial cost. Hybrid vehicles tend to cost anywhere between $2,000 and $10,000 more than their non-hybrid counterparts. The assumption is that fuel savings will offset this cost; however, this takes time. According to Edmunds.com, it can take anywhere from 5 to 25 years to save enough in gas to justify the higher purchase price, depending on the vehicle, gas prices and tax and sales incentives. Additionally, hybrid cars may not always be eligible for insurance savings, either.
Take the time to consider hybrid cars' pros and cons before making a purchase decision. Advantages include better gas mileage and the chance to own cutting-edge technology. But their higher cost and utility may not be a fit for your family. Take your time in weighing the costs and benefits so you can be sure you get the best vehicle for your needs.
No matter what you decide for your next vehicle purchase, be sure to get an online auto insurance quote from a company like Nationwide Insurance. Take steps to protect your family and your new vehicle. Depending on your driving record and the vehicle you purchase, you may also qualify for discount auto insurance.
Hybrid cars are known for their environmental benefits, and this is a very popular reason for purchasing one. However, they also tend to cost more, so they may not be a good fit for everyone. The decision to purchase a hybrid car should be based on variety of factors, not solely on price or the environment. With that in mind, here are some features to consider:
How does a hybrid car work?
A hybrid contains a small electric motor, a gas engine and a battery. The electric motor powers the vehicle at low speeds. The gas-powered engine kicks in at higher speeds and for swift acceleration. The gas engine and the act of braking generate electricity stored in the battery for later use. When you're sitting at idle, only the battery powers the car. The goal is to run the car as efficiently as possible, using the minimum amount of energy.
Better gas mileage
One of the most popular features of a hybrid car is its limited use of gasoline due to its dual electric/gas motor. Because of the battery and electric motor, you will probably use gas less often. Therefore, you'll fill up the tank less frequently. Plus, being able to travel farther on a single tank of gas saves you time.
Reduced emissions
Lower vehicle emissions are inextricably tied to better gas mileage. Since a hybrid burns less fuel for power, it releases fewer emissions into the air. This is a particularly appealing feature to hybrid buyers who are concerned about the environment.
Unique batteries
These specially designed batteries come with a longer life than traditional batteries. Many hybrid manufacturers offer 8-year/100,000-mile warranties on their batteries; testing shows they can last even longer. On the other hand, in the event the battery fails, it can cost between $1,500 and $5,000 to replace, depending on the manufacturer.
Competitive power
Hybrids used to be considered underwhelming in terms of power, but newer generations of hybrid drivetrains are packing more horsepower to give their vehicles competitive acceleration. Smaller hybrid sedans and compact vehicles can easily keep pace with their gasoline-powered counterparts. And if you're interested in bigger SUVs and trucks, major manufacturers have installed hybrid drivetrains that still allow you to haul plenty of people and gear. A hybrid may never be able to compete with the towing power or payload of a heavy-duty pickup, but they've come a long way.
Increasing space
Early versions of hybrids sacrificed interior room for the sake of big battery packs. Early hybrids in the mid-1990s were two-door, two-seat compacts, but newer generations of hybrid sedans have grown in cabin and cargo space. In fact, certain hybrid cars boast even more trunk space than their gas-powered counterparts.
Higher purchase price
A potential downside to purchasing a hybrid is its initial cost. Hybrid vehicles tend to cost anywhere between $2,000 and $10,000 more than their non-hybrid counterparts. The assumption is that fuel savings will offset this cost; however, this takes time. According to Edmunds.com, it can take anywhere from 5 to 25 years to save enough in gas to justify the higher purchase price, depending on the vehicle, gas prices and tax and sales incentives. Additionally, hybrid cars may not always be eligible for insurance savings, either.
Take the time to consider hybrid cars' pros and cons before making a purchase decision. Advantages include better gas mileage and the chance to own cutting-edge technology. But their higher cost and utility may not be a fit for your family. Take your time in weighing the costs and benefits so you can be sure you get the best vehicle for your needs.
No matter what you decide for your next vehicle purchase, be sure to get an online auto insurance quote from a company like Nationwide Insurance. Take steps to protect your family and your new vehicle. Depending on your driving record and the vehicle you purchase, you may also qualify for discount auto insurance.
The Green Car Revolution by Trivett Sydney
Eco friendly cars are all the rage as more and more manufacturers recognise the growing demand for fuel efficient vehicles. They're friendlier to the planet and kinder to your wallet when it comes to filling up at the pump. Meanwhile, the Federal Government's Green Car fund has ear marked $500 million in funds for "green car" initiatives, which should help boost innovation in the industry.
Is it a "green car"?
Eco friendly vehicles come in all shapes and sizes, but ultimately, their "greenness" is attributed to lower carbon dioxide emissions. Australia does not have CO2 emissions standards in place, but the EU is looking to establish a 120g/km of CO2 emissions on vehicles by 2012. This has auto manufacturers competing to meet and beat the emissions standards. And a number of different engine technologies have been employed:
Hybrid - probably generating the most hype when it comes to eco friendly cars is the hybrid - an petrol supported electric motor. Hybrid engines are primarily off electricity but engage the petrol engine when needed. Toyota has long dominated this market with its ever popular Prius, but more and more hybrid models are emerging in the marketplace including the Honda Insight. The Honda Insight will be hitting Honda dealerships; this year.
Lean Green Diesel - diesel technology has been around for decades, and the word "clean" doesn't usually come to mind. However, modern diesel engines have come a long way from their sputtering predecessors. Today's engines employ "injection" technology to boost the efficiency of diesel fuel and maximise performance. Many of the most popular models now come with a diesel variant.
There are the usual suspects when it comes to diesel cars, think VW or Peugeot which has developed an innovative HDi "intelligent diesel engine", but perhaps more surprisingly are the diesel versions of some prestige cars
Electric Vehicles (EV) - Meanwhile, pure electric vehicles are emerging into the market with the Smart ForTwo coming out of concept and hitting showrooms in the US this year. These engines are powered by large lithium batteries that can be recharged with a plug in system that could one day be powered by renewable energy such as solar panels.
Alternative Fuels (bio diesel, solar) - independently, eco conscious consumers have modified their own cars to run off of bio fuel, such as corn oil, soy or even waste oil from fish and chips! The feasibility of full scale production of vehicles of this sort is under heavy debate, as many cite the potential of food shortages as a potential concern. However, countries like Brazil already supply 85% ethanol blend at the pumps. Meanwhile, other technologies are still being researched, including the much hyped hydrogen fuel cell where the only waste product is water.
Is it a "green car"?
Eco friendly vehicles come in all shapes and sizes, but ultimately, their "greenness" is attributed to lower carbon dioxide emissions. Australia does not have CO2 emissions standards in place, but the EU is looking to establish a 120g/km of CO2 emissions on vehicles by 2012. This has auto manufacturers competing to meet and beat the emissions standards. And a number of different engine technologies have been employed:
Hybrid - probably generating the most hype when it comes to eco friendly cars is the hybrid - an petrol supported electric motor. Hybrid engines are primarily off electricity but engage the petrol engine when needed. Toyota has long dominated this market with its ever popular Prius, but more and more hybrid models are emerging in the marketplace including the Honda Insight. The Honda Insight will be hitting Honda dealerships
Lean Green Diesel - diesel technology has been around for decades, and the word "clean" doesn't usually come to mind. However, modern diesel engines have come a long way from their sputtering predecessors. Today's engines employ "injection" technology to boost the efficiency of diesel fuel and maximise performance. Many of the most popular models now come with a diesel variant.
There are the usual suspects when it comes to diesel cars, think VW or Peugeot which has developed an innovative HDi "intelligent diesel engine", but perhaps more surprisingly are the diesel versions of some prestige cars
Electric Vehicles (EV) - Meanwhile, pure electric vehicles are emerging into the market with the Smart ForTwo coming out of concept and hitting showrooms in the US this year. These engines are powered by large lithium batteries that can be recharged with a plug in system that could one day be powered by renewable energy such as solar panels.
Alternative Fuels (bio diesel, solar) - independently, eco conscious consumers have modified their own cars to run off of bio fuel, such as corn oil, soy or even waste oil from fish and chips! The feasibility of full scale production of vehicles of this sort is under heavy debate, as many cite the potential of food shortages as a potential concern. However, countries like Brazil already supply 85% ethanol blend at the pumps. Meanwhile, other technologies are still being researched, including the much hyped hydrogen fuel cell where the only waste product is water.
Hybrid Cars by Teguh Iman
What You Need to Know about Hybrid
Many of us don't really think much about our surroundings. In fact most of us would buy a luxury Sport Utility vehicle in a heartbeat if we could. Although there have been incessant campaigns in global warming many of us don't really pay attention to pollution emitting out of our car's exhaust pipe's. That was until gas prices started to soar and people were desperate for alternatives. Hybrid technology was new and misunderstood in the past. Visions of weird boxes on wheels came to mind. That was until the Toyota Prius came out in 1997.
The first hybrid car did not look out of this world or too space age for the common person's taste. It was just a conventional looking car that saved on gas. The hybrid technology spread slowly. Sales from the Prius and Insight were moderate. Nonetheless, the public supported the technology which led to further improvements. The Ford Escape hybrid filled the gap between looking good and doing well. It had style and practicality which became the cue for luxury hybrid cars to add to the market.
Although hybrid cars are a good choice for today, is it really worth spending a lot of money to save the environment? And how do you know which to buy amid the slew of eye candy hybrids?
Why and what hybrid to buy
Hybrids run on electric power though their motors. These motors also serve as generators that recharge batteries on board to power them for mileage. This enables the vehicle to use less fuel which leads to lower costs and reduced emissions. The internal combustion engine serves as a back up for more power at high speeds. A computer determines which and how much power will be used from the motor and the engine.
Hybrids recharge through regenerative breaking. They are perfect for driving in the city where stop and go driving is common. In the city drivers don't really need a lot of horsepower.
Other motor companies have made hybrids to add to their credentials. If you really want to be practical a compact four door sedan will do well for you instead of a hybrid SUV that cost twice as much. Luxury hybrids may do well in the long run by saving gas but spending more than $60,000 on a practical car defeats its purpose.
If you want to go green, go simple. In reality you don't need to drive a 200 horsepower vehicle.
Read our other guide about hybrid vehicle
Many of us don't really think much about our surroundings. In fact most of us would buy a luxury Sport Utility vehicle in a heartbeat if we could. Although there have been incessant campaigns in global warming many of us don't really pay attention to pollution emitting out of our car's exhaust pipe's. That was until gas prices started to soar and people were desperate for alternatives. Hybrid technology was new and misunderstood in the past. Visions of weird boxes on wheels came to mind. That was until the Toyota Prius came out in 1997.
The first hybrid car did not look out of this world or too space age for the common person's taste. It was just a conventional looking car that saved on gas. The hybrid technology spread slowly. Sales from the Prius and Insight were moderate. Nonetheless, the public supported the technology which led to further improvements. The Ford Escape hybrid filled the gap between looking good and doing well. It had style and practicality which became the cue for luxury hybrid cars to add to the market.
Although hybrid cars are a good choice for today, is it really worth spending a lot of money to save the environment? And how do you know which to buy amid the slew of eye candy hybrids?
Why and what hybrid to buy
Hybrids run on electric power though their motors. These motors also serve as generators that recharge batteries on board to power them for mileage. This enables the vehicle to use less fuel which leads to lower costs and reduced emissions. The internal combustion engine serves as a back up for more power at high speeds. A computer determines which and how much power will be used from the motor and the engine.
Hybrids recharge through regenerative breaking. They are perfect for driving in the city where stop and go driving is common. In the city drivers don't really need a lot of horsepower.
Other motor companies have made hybrids to add to their credentials. If you really want to be practical a compact four door sedan will do well for you instead of a hybrid SUV that cost twice as much. Luxury hybrids may do well in the long run by saving gas but spending more than $60,000 on a practical car defeats its purpose.
If you want to go green, go simple. In reality you don't need to drive a 200 horsepower vehicle.
Read our other guide about hybrid vehicle
What You Need to Know About Hybrid Cars and SUVs by John Parks
In the effort to go green, a term we hear quite often is "hybrid cars". What are hybrid cars, and what makes the purchase of one desirable in the effort to conserve energy? For the less than savvy vehicle shopper or the inquisitive learner, a small amount of research can answer many questions.
A hybrid vehicle is defined as any vehicle that uses two or more separate types of energy to propel the vehicle. The basic operating truth of a hybrid vehicle is that the gasoline engine receives assistance from another source for extra power, which allows the engine to run with less gasoline.
Primitive types of hybrid vehicles were experimented with for many years before they actually became a viable means of transportation. Today almost every major car maker is producing its own version of the hybrid. Hybrids and SUVs are offered at most dealerships. There are government-offered tax incentives and dealership rebates to make the purchase of a hybrid car or SUV more appealing to those who are undecided as to the type of vehicle they may purchase.
The purchase price of a hybrid or SUV can vary greatly, depending upon the maker and the degree of luxury. Basic models begin at around $20,000, with the price of the luxury SUV going well over $100,000. Many hybrid car owners agree that the money they save in fuel more than makes up for the minimal added cost of purchasing a hybrid. Reports show that the fuel efficiency of the hybrid car is around twice that of a comparable conventional automobile.
Once you have decided to purchase a hybrid vehicle, what are some other things to consider? What are the differences in hybrid cars and SUVs, and what makes them stand apart? There are several variations of the hybrid operating system.
In the conventional hybrid car and SUV, gasoline is converted to energy by the engine and the motor, and then stored in the batteries, to be used during the operation of the vehicle. Braking converts energy to electricity and stores in it the batteries. When the car is traveling very slowly, or stopped, the battery takes over and the engine is at rest.
Another type of hybrid is the Plug-in. These are similar to the conventional hybrids in that both use gasoline engines and electric motors. Plug-ins use large battery packs, which are recharged by connecting to household electricity. Plug-in cars are different from conventional hybrids in that they may be driven distances up to 40 miles, without using gasoline. In short, Plug-in hybrid cars have the same benefits of conventional hybrids, but have the longer driving range of conventional non-hybrid vehicles.
The simplest hybrid is the Start Stop type. These vehicles have engine controls, which shut off the engine when the car slows down or stops. When the driver accelerates, the batteries power the starter motor, which quickly switches on the engine. This is the lowest cost hybrid alternative.
Whatever the type, hybrid cars and SUVs are environmentally wise purchases. They continue to become more popular as we continue in our quest to go green.
For more information on hybrid vehicles, visit http://hybridawd.com.
A hybrid vehicle is defined as any vehicle that uses two or more separate types of energy to propel the vehicle. The basic operating truth of a hybrid vehicle is that the gasoline engine receives assistance from another source for extra power, which allows the engine to run with less gasoline.
Primitive types of hybrid vehicles were experimented with for many years before they actually became a viable means of transportation. Today almost every major car maker is producing its own version of the hybrid. Hybrids and SUVs are offered at most dealerships. There are government-offered tax incentives and dealership rebates to make the purchase of a hybrid car or SUV more appealing to those who are undecided as to the type of vehicle they may purchase.
The purchase price of a hybrid or SUV can vary greatly, depending upon the maker and the degree of luxury. Basic models begin at around $20,000, with the price of the luxury SUV going well over $100,000. Many hybrid car owners agree that the money they save in fuel more than makes up for the minimal added cost of purchasing a hybrid. Reports show that the fuel efficiency of the hybrid car is around twice that of a comparable conventional automobile.
Once you have decided to purchase a hybrid vehicle, what are some other things to consider? What are the differences in hybrid cars and SUVs, and what makes them stand apart? There are several variations of the hybrid operating system.
In the conventional hybrid car and SUV, gasoline is converted to energy by the engine and the motor, and then stored in the batteries, to be used during the operation of the vehicle. Braking converts energy to electricity and stores in it the batteries. When the car is traveling very slowly, or stopped, the battery takes over and the engine is at rest.
Another type of hybrid is the Plug-in. These are similar to the conventional hybrids in that both use gasoline engines and electric motors. Plug-ins use large battery packs, which are recharged by connecting to household electricity. Plug-in cars are different from conventional hybrids in that they may be driven distances up to 40 miles, without using gasoline. In short, Plug-in hybrid cars have the same benefits of conventional hybrids, but have the longer driving range of conventional non-hybrid vehicles.
The simplest hybrid is the Start Stop type. These vehicles have engine controls, which shut off the engine when the car slows down or stops. When the driver accelerates, the batteries power the starter motor, which quickly switches on the engine. This is the lowest cost hybrid alternative.
Whatever the type, hybrid cars and SUVs are environmentally wise purchases. They continue to become more popular as we continue in our quest to go green.
For more information on hybrid vehicles, visit http://hybridawd.com.
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