This is the story of a friend of mine in Houston, Texas (US) who still owns a Toyota Prius he bought new in 2001.

2002 Prius

2002 Toyota Prius. Image obtained with thanks from GoldScotland71 on Flickr.

The main issue with electric propulsion has been batteries. Apart from the fact that they are now covered by (usually) 8-year warranties, people want to know how reliable hybrid cars are, and how they held up through years of accidents, as well as hundreds of thousands of miles of driving.

To those looking for all those details: You finally came to the right place!

His Prius now has more than 160,000 miles on it. He reported a minor fuel efficiency decrease, bad rear shock absorbers, and an error that results in a loss of power sometimes.

Apart from that, he said “this car drives like a 5-year-old”, and as for its reliability: “maintenance is about what you’d expect”.

Prius Battery Lifespan

One of the cells in the battery bank was defective when he first got it, and that was replaced under warranty. Since then, the battery bank lasted 12 years. The battery banks of hybrid and electric cars are nothing like that of cellphones and notebook computers. Notebook computers often use lithium cobalt batteries (a member of the lithium-ion/li-ion family).

Electric and hybrid cars today are equipped with lithium-based batteries (one of which is lithium-iron phosphate) which last more than ten years, otherwise manufacturers would not back them up with 8-year warranties.

Prius Accidents

This vehicle encountered seven accidents. The front and rear end had to be rebuilt. Despite the major accidents which caused that, the batteries were fine.


Toyota used nickel-metal hydride batteries in their Toyota Prius vehicles at the time, but they are now upgrading to more powerful lithium-ion batteries.

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I have seen many debates about how little electric vehicles have improved since their inception.

2013 Nissan Leaf EV

2013 Nissan Leaf Interior.
Image obtained with thanks from Nissan.

Those which believe electric vehicles haven’t improved much cite the fact that some old electric cars from more than 10 years ago achieved the same range as today’s. Their opposition stated that electric vehicles are improving, and that they are the best alternative to gasoline-powered cars.

I decided to investigate and find the truth. That is what let to the creation of this website in the first place. I started researching and analysing debates, and found flaws fairly often, so I needed an outlet to post my corrections to these repetitive issues to enlighten people so they could finally move on, so that is how this website came to be.

The GM EV1 is commonly used in these discussions. Its range was stated to be 70 to 100 miles, while today’s Nissan Leaf achieves 73 miles per charge, and its range is now on the lower end of the electric vehicle market. Even the much larger 2013 RAV4 crossover SUV achieves 100 miles.

The Tesla Model S, which is a luxury sports car that seats seven can achieve over 260 miles of range per charge, that is a significant improvement over the EV1, which, in its day was a technological milestone.

100 miles was a milestone in the 90s, and now a car would have to exceed 300 miles, so, the range of electric vehicles improves significantly. Prototype battery technology can provide up to 1,000 miles of range per charge, and range options keep increasing.

It isn’t fair to compare the EV1 to the Nissan Leaf because the Nissan Leaf is a modern, 4-door, 4-seat car with modern features. The EV1 was a very basic, tiny, subcompact car with only two seats, and it was built with a plastic body.

Even its shape was unusually aerodynamic.

As for performance, the Tesla Roadster accelerates from 0 to 60 MPH in 3.9 seconds, which most cars (whether gasoline or electric) cannot do, so that is another major improvement for electric vehicles. They were very slow 100 years ago.

113 years ago (1900), electric cars achieved about 35 miles of range, indicating a more than eight fold improvement since then since they get up to 300 miles now (for vehicles on the market, such as the Tesla Model S).

That would be a three-fold improvement if it is compared to a more normal vehicle for the masses such as the RAV4 EV, which achieves 100 miles of range, just keep in mind that we are comparing the best to the best, and the Tesla Model S is currently the best, so the 35-mile 1900 car comparison to the RAV4 EV is not exactly fair, but the average range of electric vehicles is close to that of the RAV4 EV, as 35 miles was the average range of electric cars in 1900.

Charge time for the EV1 was 8 hours using a 220 volt power outlet. Today, that is how long it takes using a 120 volt outlet, and vehicles like the Chevy Spark can charge to 80% of their capacity in 20 minutes.

My conclusion is that electric vehicles have improved significantly since their inception. Much of this is attributable to battery technology improvements.

The EV 1 was manufactured between 1996 and 1999, and the Nissan Leaf 2011 to present.

All of the range indications in this article are per charge.

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The average cost to repair conventional automobiles increased in the US for the first time in 6 years, but the cost to repair hybrid cars decreased.

The most expensive automobile repair was the replacement of hybrid vehicle inverters, which cost $4,098. However, the cost of that decreased by almost 5%. The most expensive automobile repair job is now the replacement of the transmission and reprogramming of the electronic control module in conventional automobiles, and that costs more than $5,400.

“Another reason hybrid repair costs are believed to have dropped is the number of technicians qualified to repair them has increased, as has the number of suppliers of hybrid-specific parts.”, according to hybridCARS.

Source: hybridCARS

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Purchasers of the Fiat 500e, which is the electric version of the Fiat 500 vehicle will be allowed to rent gasoline-fueled cars to ease concerns about “range anxiety”.

Electric Fiat 500.

Fiat 500e.
Image obtained with thanks from: Fiat.

The rental service will be provided through the Enterprise car rental company for the 12 days per year, for the first three years of ownership. This rental incentive is part of the ePass program.

The Fiat 500e electric car can travel 87 miles per charge, which is far longer than most peoples’ daily commutes. However, people that want to make unusually long trips may use gasoline-fueled cars.

The Fiat 500e is to arrive at California dealerships this summer.

Is this enough to outdo Nissan’s Leaf and Chevy’s Volt? Maybe the Leaf, but not the Volt, which has a backup generator that enables it to travel as far as the owners want to, as long as they refill it with gas.

Source: Cleantechnica

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The 2014 Porsche Panamera product line has arrived with new E-hybrid and long-wheelbase models.

2014 Porsche Panamera S E-Hybrid Interior

Interior of the 2014 Porsche Panamera S E-Hybrid.
Image Credit: Porsche.

Performance and Propulsion System Specifications for the S E-Hybrid

  • Electric motor: 95 HP electric motor  (the previous Panamera hybrid’s electric motor was 47 HP). This is a parallel hybrid.
  • Engine HP: Not yet provided.
  • 9.4 kWh battery bank (the previous Panamera hybrid was 1.7 kWh).
  • Battery charge time: 2.5 hours using a 240-volt outlet.
  • Transmission: 7-speed Tiptronic S automatic.
  • Acceleration time: 0 to 60 MPH in 5.2 seconds.
  • Top speed: 167 MPH.
  • Fuel efficiency data: Not yet provided. It should be available closer to the vehicle’s launch.
  • Emissions data: Not yet provided.

The 2014 Porsche Panamera vehicles are slated to be available in late 2013 and the Panamera S E-hybrid will cost $99,000, which is $5,800 more than the Panamera S.

Source: Autoblog and Porsche Press Release

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Sometimes the weather becomes so stormy that you can’t see much more than the glow of tail lights and street lights, and unfortunately, the street lights are not always enough to illuminate lane divider lines in torrential rain and snow blizzards, so how would this problem be solved?

Glowing lane lines!

Glowing lane dividers. Image obtained with thanks from http://jalopnik.com.

Researchers at Studio Roosegaard developed glowing lane line technology that helps you to see lanes through rain and snow, and this is reminiscent of the basic concept of notice lamps such as brake lamps and headlamps which enable people to notice you through the blur that heavy rain and snow blizzards can cause, so everything blends in with each other and appears to be, at worst, one big, uniform, grey area, causing accidents.

A roll cloud, and dark weather caused by a brewing storm makes the lane lines less conspicuous in this image. Image obtained with thanks from aaronHwarren on Flickr: http://www.flickr.com/photos/pedalfreak/

These enable people to notice you in the grey abyss because the glow of tail lamps and headlamps penetrates the snow enough for them to notice you, although it may not necessarily enable you to see where you are going.

The lines may not glow as brightly as vehicle lights, but, it should be helpful.

These lane dividers are also solar-powered.

Source: Jalopnik

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Smart City San Diego, with the mayor, unveiled their solar-powered electric vehicle project at Balboa Park.

Video obtained with thanks from  on Youtube.

In this case, solar panels directly charge the vehicles, rather than the traditional net metering approach, which involves charging the vehicles with power from the local utility company, and then offsetting that by supplying the electricity generated by the solar panels back to the electricity grid.

So these vehicles draw electricity from the solar panel, not the electricity grid.

The solar panels generate up to 90 kW of electricity, which can power up to 59 homes, assuming that the homes consume an average of 1.53 kW of electricity hourly (this fluctuates, but this is what all those spikes and dips averages out to).

This could power up to 72 typical American homes which consume an average of 1.25 kW hourly, and use 900 kWh of electricity monthly.

Source: Mediaroom.com

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A 27 year old, Brandon Nozaki Miller, from Kanuma-shi, Tochigi, Japan (he now lives in Thousand Oaks, California) broke the land speed record for unfaired lightweight electric motorcycles. He achieved this using the 2012 Zero S ZF6  motorcycle on the Bonneville Salt Flats at a speed of 101.652 mph over a one mile distance. This was done at the 2012 Bonneville Shootout.

Brandon Nozaki Miller at Bonneville Salt Flats in 2012 – Image obtained with thanks from Brandon Nozaki Miller and Charles Hennekam.

The motorcycle is in the unfaired lightweight electric motorcycle class because it weighs less than 150 kg (330 pounds, one kg = 2.2022 pounds). His weighed 128 kg. At the Bonneville Salt Flats, Brandon was  actually trying to break Keven Clemens record in the same class. Kevin’s record was set at a speed of 78.4 mph 78.4 mph at the BUB Motorcycle Speed Trials

Brandon also secured the FIM record for the kilometer distance at 102.281 mph.

Bonneville Salt Flats – Image obtained with thanks from Apollomelos on Wikipedia. This image carries a public domain license, so you may redistribute it.

I’m sure that many are wondering what enabled Brandon to achieve this, whether it was a lighter chassis, a motor with an improved power density, improved battery power density (power-to-weight ratio), which is the amount of power each kg of batteries can produce.

While it is possible to improve performance considerably in all these ways, the largest strides I have seen electric vehicles make is due to improved battery technology. This matters so much because the weight of a vehicle’s batteries is usually a significant fraction of its weight.

For example: The Tesla Roadster battery accounts for more than 1/3 of the entire car’s weight, so this slows it down tremendously. Replacing the battery with one that has twice the energy density, but the same capacity would facilitate blistering speed and hundreds of miles in additional driving range per charge, because it would weigh 495 pounds (224 kg), rather than the 990 pounds (449 kg) that it does now.

These motorcycles do use a 5.3 kWh li-ion (lithium-ion) battery pack. The family of lithium-ion battery technologies is the most powerful in the world, and their performance specifications vary significantly, so the fact that the batteries are lithium-ion is not enough information.

Lithium-ion batteries on the market do achieve energy densities in excess of 95 Wh per kg, though (the highest I have seen for li-ion is a 1,000 Wh/kg prototype), and power densities over 400 W (not to be confused with Wh) per kg. Lead-acid batteries, which pale in comparison (used for UPS devices, DIY electric cars, as well as gasoline-powered car starters) have an energy density of 30-40 Wh/kg.

Motorcycle MSRP: $11,495 USD.

Additional Technical Details About His Motorcycle Model

  • Transmission: Clutchless, single speed.
  • City MPGe (miles per gallon equivalent): 487 (0.48 litres per 100 km).
  • Highway MPGe: 273 MPGe.
  • Carrying Capacity: 384 pounds (174 kg).
  • Frame Weight: 22 pounds.
  • Charge Time: As little as 1.8 hours with an accessory and as much as 6 hours using the standard integrated charger and a 120 volt power outlet.

News Source: Ultimate Motorcycling

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You may have heard of the “rail to nowhere” of which the cost has been ballooning, and the construction of it didn’t begin for years.

There is still uncertainty about its future, however:

On Wednesday, the U.S Federal Railroad Association approved the construction of the first 65 mile section of the 800 mile high speed railway system. This is part of the $63 billion USD California High Speed Rail Project.

When completed, the railway is to run from San Francisco to Sacramento, and to Los Angeles.

Construction is slated to begin in 2013.

This video is the courtesy of CNN.

Source: Inhabitat

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Motor Trend editors drove a Tesla Model S EV 211 miles from Los Angeles to Las Vegas without recharging the battery pack to see how far it can actually go.

They turned the air conditioning off for most of the trip, but they realized near the end of the journey that they had a fair bit of extra range left , so they turned it back on due to the scorching hot weather.


Source: Autoblog Green

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