Tag Archives: ev

The Nissan e-NV200 Combi: Big Car, Small Emissions

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Most of the hybrids and electric cars you see today or either the small models that hardly contain three people or they are massive, like the ones that Elon Musk is pedalling at the moment. But the Nissan e-NV200 Combi is one of those cars that is bridging the gap between small and large. It is the world’s first 7 seat MPV that is all electric. The idea for this model is to cater for shuttle services as well as appeal to large families. In this respect, the NV200 is catering for quite a niche market, so let’s put it to the test.

Nissan was one of the first firms with a mainstream EV, and this model, based on the NV200 van, is pretty much cut from the same cloth as the Nissan Leaf. As far as its power is concerned, the electric motor has a decent 107 bhp, as well as 187lb ft of torque, meaning that its modest power lends itself well to the family contingent. And while the NV200 model is considerably bigger than the Nissan Leaf, it has the same 24wHk battery that the leaf has. So if you’ve got a small family but opted for this car, you may find yourself heading to a used auto service to trade it in. And as the somewhat a limited battery power is felt at higher speeds, despite the larger front than the Leaf, the official range for the vehicle is only 106 miles.

Despite its somewhat limited range, it comes with two different charging options in both versions of the car, the Combi and the Tekna. The two charging options, the Rapid, and Rapid Plus, and while the Rapid version can take 4 hours to charge, the Rapid Plus version has a high speed 6.6Kw AC option for charging onboard. There isn’t much difference between the Combi and the Tekna, save for the 15-inch alloy wheels, as well as climate control, and the usual features like Bluetooth and so forth. The benefits of both models are that it has the Nissan Carwings Infotainment System, which includes satellite navigation, as well as a DAB radio.

The one thing you notice when taking it out for a spin is that it’s so quiet, as well as it being without a diesel engine, and no manual gearbox. This means that negotiating heavy traffic is easy work. And while the van is able to keep up with other high-speed traffic, the top speed of 76 miles per hour can be a bit of a problem. It’s also important to remember that other factors will drain the battery. The one major issue is that if you are driving in hot weather, the climate control will put a lot of pressure on the battery.

But, as far as a family car is concerned, this is certainly one of the front-runners in the category of “driving five or more kids to the game”, but with its limited capabilities, it appears more useful in shuttling people back and forth, rather than long, strenuous journeys.

Jaguar E-Type Zero: The Future Of Electric Cars

‘They don’t make them like they used to.’ You hear people say that about things all the time, especially cars.The Jaguar E-Type is one of the most iconic cars out there and a great choice for any classic vehicle enthusiast. However, they’re not that efficient to run and they’re pretty bad for the environment. If only there were a way to strike a balance between amazing design and a cheap clean engine.

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Well, now there is. The Jaguar E-Type Zero is, without doubt, the coolest electric car on the planet. It captures everything that was so amazing about the original model and brings it into the future with an electric engine. It’s surely going to usher in a new age of electric car technology. This new E-Type, based on a model from 1968, is pretty much exactly the same apart from the updated engine. So, how does it hold up against its classic counterpart?

Exterior

The E-Type is one of the most recognisable cars in the world and even took pride of place in a James Bond movie. To ruin that iconic exterior would be a great shame, which is why it’s a good job that they haven’t done that. This is the kind of car that you’ll want to wash regularly with top rated car wash shampoo to keep it in tip top shape. All of the classic lines and elegant curves are still there and the ride is low. At first glance, you would never realise that this is an electric car and not a classic 60’s E-Type. The only small changes that have been made are for energy efficiency, for example, the headlights have been updated with LED lights. It’s barely noticeable and doesn’t take away from the classic look.

Interior

The interior of the car has had a bit more of an upgrade, but it still captures the essence of the original. The gear stick has naturally been replaced with one that has the drive, neutral and reverse features that you need in an electric vehicle. The dash has been replaced with a slick looking carbon fibre one and they’ve added a modern screen display. There are also lots of new controls but they’ve all been designed with a classic car feel to create a great marriage of modern electric car design and the traditional aesthetic of the old E-Type. The wood rimmed steering wheel and hand cranks for the windows give the nostalgic feel of driving the Zero’s original counterpart.

Drive

To create the electric engine, Jaguar built on their existing electric cars. The 220kw drivetrain is powered by an impressive 40kw battery. If you’re worried about losing the power of the original E-Type you can rest easy. It’ll do 0-60 in a staggering 5.5 seconds. When you compare it to other electric cars, the range isn’t amazing. It’ll do around 6 or 7 hours on a full charge which can usually take you about 170 miles. It’s not the best for long distance but nobody ever bought an E-Type for getting from A to B.

The E-Type Zero is a triumph in electric car design that proves that we don’t need to make compromises on power or appearance to reduce carbon emissions.     

Chevy Bolt Or Tesla Model S, Which Is The Best EV For A Road Trip?

Everyone loves a road trip: Driving through a region, discovering its magic, one mile at a time, while being as free as a bird to stop and sleep wherever you want to. It’s no wonder that road trips are an American symbol: They’re linked to a natural sense of freedom and exploration of vast landscapes that are so iconic of the US. But when it comes to road trips, it’s always the old Mustang or the long Cadillac that get in the picture of the perfect trip. Have you ever considered an electric car instead? We’re comparing the Tesla Model S and the Chevy Bolt to find out the best car for the exercise!

Chevy Bolt EV

The essentials on the road

Even though an electric car has a different fuelling system, it doesn’t mean that you shouldn’t pack like for a standard road trip, namely a box of tools to be able to change a flat tyre and cables to revive the battery. Admittedly, there’s no need to worry in case you’ve forgotten a tool or you find yourself unable to move the car. The tow truck service is equally available to fuel-powered and electric vehicles! But, you’ll enjoy the road trip more if you don’t need it!

Planning ahead

If it’s your first long drive with an EV, make sure to check a map of charging stations in the area before you leave. These are more difficult to find than fuel stations!

Tesla Model S: Supercharged in 30min

The Tesla Model S has some serious bragging rights, as with any electric car that allows you to invest in the future. But what is really exciting about this model is that you can in only 30 minutes get the car charged to complete a 170-mile-long journey, assuming you are using a Tesla Supercharger charging station. Remember the EV charging map? That’s why you need it! Additionally, the Tesla S is a fast car that can even beat the Ferrari 458 in a race.

Chevy Bolt: 313 miles on a charge

In comparison, the Chevy Bolt offers an impressive driving range on one charge: Up to 238 miles, although drivers claim to have managed 313 miles on a single charge. Unfortunately the Chevy Bolt can’t use the Tesla Supercharger, but you can use DC fast-charging stations to deliver 90 miles in the first 30 min. If you’re stopping in a hotel, it will take a 240-volt Level 2 charging station 9 hours to fill a discharged battery pack.

The verdict

According to EPA estimates, the 259 miles range of the Tesla Model S beats the Chevy Bolt, especially if you take into account the time of charge. However, recent tests by Consumer Reports show otherwise: The Chevy Bolt surpasses expectations with a 235 miles range, vs the Tesla that only hits 250 miles. But charging time and comfort are in favor of the Tesla’s vehicle.

In conclusion, a long-distance road trip is better planned with a Tesla Model S, as you’ll be making the most of its supercharging abilities and comfy seats. However, if you’re driving only a few hundred miles, the Chevy Bolt is a great alternative that exceeds range expectations, as long as you remember to use DC fast-charging stations!

Why An EV Makes The Perfect First Car For Your Teen

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When you teen first starts learning to drive, it can really freak you out. Not only does it feel really strange to see your baby behind the wheel and have to realize that they’re growing up and no longer your baby, you worry about them too. Because road traffic accidents are always an issue, and you never want your baby to be in harm’s way. So, one thing that you can do as a parent, is make sure that you choose the best car possible for your teen. Now, we all know that there are tons of reasons to go electric with your car choice, but it’s also a great choice to consider for your teen too. Still need convincing? Then let’s consider the benefits.

Safety

Up first, we have the safety factors – which are often the most important. We’ve all seen the road traffic accident and distracted driving statistics, and although you can tell your teen until they’re blue in the face that they have to be responsible, you need to have backup too. And that often comes in the form of incredible safety features. With EVs, you know that they come with incredible tech, like the Chevrolet Spark EV with its stability and traction control and ten airbags too. When you know you’re buying safe, you know you’re making a good move.

Speed

Then there’s also the issue of speed. Because as much as you will tell your teen (especially boys) not to drive fast, they still might be tempted. But with an EV, we know that they’re known for being slower than fuel-based cars. They tend to take awhile longer to get up to speed, some models at least. So when you’re buying electric, you know that you’re not putting them in something that could potentially be a death-wish.

Technology

At the same time as offering incredible safety tech, EVs can also come with some great in-car tech too. This means you can really sell some models to your kid, and they’ll prefer them over non-EVs. From state of the are navigation to great entertainment options, you’ll be happy that they have everything they need, and they’ll be in love with their new gadgets.

Running Costs

Then you’ve also got the running costs to think about. Because keeping a car on the road can be expensive for a teen. But when it comes to running an EV vs. running a fuel car, you can save money. So whether you’re going to be paying the running and maintenance costs for them, or they’re paying for themselves, you will find that many EVs are great cheap choices.

Purchase Cost

And then, of course, you also have the purchase cost to consider too. Whether you’re leasing or buying, you will find that EVs are affordable options to purchase outright, with many around the $25,000 mark and even costing under $200 a month to lease, you will find that it’s an affordable first car choice for your teen.

5 Things You Should Know About Alternative-Fuel Vehicles

If you’re making an effort to go green, it’s time to consider an alternative-fuel vehicle. This one, simple change will help you lower greenhouse gas emissions, save on fuel costs, and qualify for tax breaks. Before you take the plunge and buy a brand new Tesla, do some research to help you determine the best vehicle for your lifestyle. In June of 2017, CarMax teamed with CleanTechnica to find out more about the people who drive alternative-fuel vehicles. Their survey resulted in a whopping 2,300 responses, and we’ve sifted through the data to answer these 5 frequently asked questions.

  1. Who buys alternative-fuel vehicles?

You may think that all hybrid owners are millennial hipsters with ironic t-shirts and Bernie Sanders bumper stickers. However, the reality is quite different. The average hybrid-owner is a 30-year-old male from the east coast with a bachelor’s degree. The truth may be surprising, but you can’t argue with the numbers:

  • 88% of alternative-fuel vehicle owners are more than 30-years-old.
  • 70% of the responses came from people with bachelor’s degree or higher
  • 26% of the responses came from the pacific coast

  1. Why do people buy hybrid and electric vehicles?

For many people, alternative-fuel vehicles have less to do with environmental concerns and more to do with practical considerations. More than half of the survey’s respondents report spending less than $100 per year on vehicle maintenance. In addition, more than 60% of the respondents expect to own their vehicle for more than 4 years. Last, but not least, some cities offer tax credits and HOV lane perks to drivers with hybrid or electric vehicles. Here are the details:

  • 29% purchased their vehicle to save money
  • 38% purchased their vehicle to save the environment
  • 29% purchased their vehicle for another reason
  1. How far can a person drive without recharging?

Range anxiety is one big reason why people hesitate to purchase alternative-fuel vehicles. Fortunately, these fears are (mostly) unfounded. Less than a quarter of all survey respondents have driven their vehicle until running ran out of fuel. On the other hand, nearly half of survey’s respondents have never driven more than 100 miles on a single charge. Here’s the breakdown:

  • 42% have a second non-electric vehicle for long trips
  • 14% have driven until they ran out of fuel and charge
  • 48% have never driven more than 100 miles on a single charge

  1. How do people charge their vehicles?

Charging stations are another other major hesitation among alternative-fuel vehicle owners. However, the survey results contradict this basic assumption. More than three quarters of the respondents own a vehicle with some sort of plug-in functionality. See for yourself:

  • 85% own a plug-in or all-electric vehicle
  • 84% of these people charge their vehicles in their home
  • 56% say it’s convenient to use a public charging station

  1. What are the most popular alternative-fuel vehicles?

The alternative fuel craze is really taking off. Since 2001, CarMax has sold nearly 100,000 electric and hybrid cars in the U.S. According to their survey, more than 75% of the respondents have owned their vehicle for two years or less. In addition, nearly two thirds of these vehicles were purchased by first-time alternative-fuel vehicle owners. That said, the top five most popular alternative-fuel vehicles are as follows:

We left the most important statistic for last. The CarMax survey also asked respondents whether or not they would recommend a hybrid vehicle to a friend or family member. On a scale of one to five, the average response was 4.8. I guess it’s true what they say–once you go green, you never go back.

Tesla Motors to use Panasonic Batteries

In a recent press release, Panasonic and Tesla Motors announced they will collaborate to develop the next generation of batteries for electric vehicles.  Panasonic is the world’s largest producer of Lithium-ion battery cells and Tesla is the only current manufacturer of a highway capable EV.

PRESS RELEASE

Tesla and Panasonic Collaborate to Develop Next-Generation Battery Cell Technology

SAN CARLOS, Calif. – (Business Wire) Tesla Motors and Panasonic today announced that they will collaborate to develop next-generation battery cells for electric vehicles.

Tesla, the only carmaker producing highway-capable electric vehicles, will use Panasonic’s battery cells in their newest battery packs. The cells are comprised of Nickel-based Lithium ion chemistry, the highest energy density battery cells in production today, preferred by Tesla for EV applications because of their high capacity, light weight, durability, and long life.

“Our collaboration with Panasonic will accelerate the development of next generation EV cells, enabling Tesla to further improve our battery pack performance,” said JB Straubel, Tesla’s Chief Technology Officer. “Combining Tesla’s rigorous cell testing and understanding of EV requirements with Panasonic’s cutting-edge battery technology will result in custom cells optimized for use in EVs.”

Panasonic is the world’s leading battery cell manufacturer and a diverse supplier to the global automotive industry.

“Being selected by Tesla to provide cells for their current and next- generation EV battery pack is a tremendous validation of Panasonic’s nickel-based chemistry and the extensive investments Panasonic continues to make in lithium ion R&D and production,” said Naoto Noguchi, President of Panasonic Energy Company.

Panasonic is one of the world’s largest producers of Lithium-ion battery cells. Furthermore, Panasonic is the global leader in lithium-ion cell technology, and is midway through a 3-year USD$1 billion investment in lithium-ion battery cell R&D and production facilities. The first of the new facilities in Suminoe, Japan will begin production in April 2010.

Tesla’s current battery strategy incorporates proprietary packaging using cells from multiple battery suppliers. This new cell will also be compatible with other cell form factors to enable the continuation of Tesla’s strategy of using cells from multiple suppliers. Tesla has already delivered more than 900 cars to customers in North America and Europe.

About Tesla

Tesla’s goal is to produce increasingly affordable cars to mainstream buyers – relentlessly driving down the cost of EVs. San Carlos, Calif.-based Tesla sells cars online and has delivered nearly 900 Roadsters to customers in North America and Europe. In addition to South Florida, Tesla has showrooms in California’s Silicon Valley and Los Angeles, New York, Seattle, Boulder, London Munich and Monaco.

The Tesla Roadster is faster than an Audi R8 yet is six times as efficient as conventional sports cars. With an EPA-estimated range of 244 miles per charge, it costs less than $5 to charge.