Coulomb launches ambitious plan to electrify cars: 4,600 new charging stations

Coulomb Technologies CT-2000 electric vehicle charging station

Coulomb Technologies CT-2000 electric vehicle charging station

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Coulomb Technologies unveiled ambitious plans today to install 4,600 new charging stations for plug-in vehicles in homes and commercial spaces across the U.S. — a project nearly half-funded by federal stimulus money.The news comes at a tenuous time for electric car makers and electric grid operators.

On one side of the equation, companies like General Motors, Nissan and Fisker Automotive are gearing up to launch their plug-in vehicles by the end of this year. On the other, utilities and grid companies are rushing to upgrade equipment and establish programs to ensure that the spike in demand accompanying EVs won’t cause rolling brownouts and blackouts.

Companies working on the new infrastructure for electrified transport — like Coulomb, and its indirect competitor, Better Place — sit at the intersection of these two issues, at once hoping that plug-in vehicles will become commonplace while equipping the grid to handle these new cars as they hit the road.

It looks like Coulomb will be tackling the challenge of scale first. About half of its 4,600 ChargePoint Networks Charging Stations will be installed curbside in public locations so that anyone with a plug-in vehicle can juice up. Another 2,000 will be sold directly to consumers who have bought electric or hybrid vehicles from Ford, General Motors or Smart USA. All 4,600 are expected to be in the field by October 2011, Coulomb says.

As recently as a few months ago, people were still talking about the chicken-and-the-egg problem facing the plug-in vehicle market. Namely, that the cars wouldn’t sell unless there were enough charging stations relatively available, but that charging stations wouldn’t be financially viable until there were enough cars that needed them in the field. This is still a concern, but it looks like more infrastructure companies, including Coulomb, are confident in these cars taking off.

The company’s risk is further being mitigated by a deal with the U.S. Department of Energy, in addition to GM, Ford and Smart USA. Overall, the charging station rollout plan is expected to cost $37 million, $15 million of which is coming from the federal stimulus package to support the creation of thousands of jobs.

Also helpful is the constellation of deals the company has with municipalities to install their equipment. The thousands of new meters will be located in nine of these cities, including Los Angeles, Sacramento, San Francisco, and San Jose. This makes sense, considering that California has become the default real-world laboratory for EV technology. It’s also logical to restrict installations to cities where local utilities are committed to working with the company to make sure grid operations will be supported.

Because all of Coulomb’s stations are networked together, they can easily be tapped into by utilities so that they can respond to demand if it suddenly spikes. This should help keep local grids healthy. The data will also be collected and channeled into studies looking to improve EV infrastructure designs.

The software running on each of the charging stations also opens the door to a flock of unique applications. For example, plug-in vehicle drivers will be able to locate the closest stations on their smartphones and even receive text alerts when they should think about recharging.

It sounds like Coulomb is on a roll, potentially opening the field for other companies like it to deploy their own charging stations. After all, if plug-in vehicles catch on as fast as analysts and automakers believe, there will be plenty of business to go around. But several challenges still remain.

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Comments (6)
  1. "The journey of a thousand miles starts with a single step."

  2. i dont think we are gonna need a large charging system network. batteries will become good enough to last hundreds of miles. this will also keep people charging at home, during non-peak hours.
    if people were to start using charging stations, they would more than likely be using them during the day at peak hours.
    it is peak power that the electricity companies worry about. i can see them at some locations, but i dont think they will ever be close to being as plentiful as the local gas station is today.
    i can see them at hotels and motels, where people tend to stay when they travel. but i think they will be used only for specific situations.
    it will obviously cost something (besides the cost of the electricity), so when the consumer can charge at home, he will.

  3. I've read that there are some places in Europe, where you can park and electric vehicle for free where there's a parking meter; that's supposedly true in the U.S. also. Supposedly, in Europe they have electricity coming to some of the meters so people can charge their car while shopping, getting a hair cut, seeing a movie, or whatever; and it's all free because the governments want off of oil.
    That could be done here in the U.S. also, at least at first it could be free. Over time, the parking meters that have electricity, could be coin operated just like they currently are, but it would be for the amount of electric charge per time parked. Parking & charging in one simple step, and off of oil.

  4. India passed a law almost 2 years ago (as seen on The Amazing Race), that went into effect already; that all small delivery vehicles had to be electric.
    This must be saving them a ton on oil costs.

  5. hopefully, the battery boxes will be interchangeable, so that an ev owner could purchase the latest battery improvement, while still keeping his ev.
    the box and connections to the car remain the same. just what is inside the box changes. currently, it houses hundreds of small lithium ion phosphate batteries.
    when we get lithium air, or whatever generation comes next, they simply fit into the same battery box in the car.

  6. i think we will need a network most for our trucking industry. that should be totally revamped. 10 years from now (or so), all rigs should be mandated to be electric, and carry only one trailer.
    high voltage rechargers could be placed at all truck stops. in 10-15 minutes the truck could have at least enough of a recharge to get them safely to their next stop.
    the sky is the limit with this battery system. as long as we have a standard box, the vehicle could be designed to fit so many boxes.
    transportation costs will plummet, making everything cheaper, and boosting the economy like crazy.
    the only losers will be chevron (the ev1 killer) and the rest of the oil companies, whose greed has brought about this situation.

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