Bumpy Road Ahead for Project Better Place?

It's got $230 million in capital and a deal with the Renault-Nissan Alliance -- and a large job in front of it. But the company is unfazed by the challenges that some industry insiders see ahead.

It's got former SAP executive Shai Agassi as its founder, an eyebrow-raising $200 million in capital and a deal with the Renault-Nissan Alliance, the fourth-largest car company in the world. No wonder Project Better Place has helped launch batteries into the buzzosphere.

The company wants to battle oil dependency by building a vast network of battery-recharging and -replacing stations for electric cars.

And when the news broke last week that the Renault-Nissan Alliance would partner with Project Better Place to mass-produce electric cars in Israel, the world had seen nothing like it.

After all, the idea of an all-electric vehicle hasn't quite caught on in the United States. Existing battery technology doesn't suit the average American driver who wants to travel long distances without the hassle of having to recharge for several hours at a time.

In Israel, Better Place plans to construct a network of 500,000 recharging points, along with a business plan in which consumers purchase the car battery and subscribe to the energy supply in a system much like mobile-phone plans.

Israel makes sense as a target market for electric cars because most Israelis drive fewer than 70 kilometers per day, while the electric cars purportedly would be able to drive up to 160 kilometers before needing a charge. Israel's astronomical gas prices and its embattled relationships with oil-rich Arab neighbors are strong incentives to find petroleum alternatives.

Carlos Ghosn, the chief executive of Renault-Nissan, went so far as to say "it will be the most environmentally friendly mass-produced car on the market." With a grid that is planned to be powered by 200 megawatts of wind and solar energy, Prime Minister Ehud Olmert projected that Israel would be totally free from petroleum-powered transportation within 10 years.

But behind the frenzy of praise, battery experts told a different story, one of a potentially bumpy road ahead. For example, Brian Barnett, managing director at technology-research consulting firm TIAX, said a battery capable of transporting a car 160 kilometers would need to be so large that it might interfere with the cargo space and general utility of the car.

He also pointed out that creating a series of stations for changing such batteries would be complicated.

"Generally, that means our gas stations have to be a whole lot bigger than they are right now," he explained. "You'd have to have pretty big batteries and hoists to move them in and out of the vehicle. How long will it take from beginning to end? How are you going to have 1,000 of those a day that you swap out in a gas station?"

Better Place defended criticisms that its plans were lacking in feasibility and existing technology, saying that the battery will weigh about 200 kilos and have just less than 200 liters in volume.

"When you remove the propulsion system and the petrol tank from an ordinary car, and add instead an electric propulsion system and our battery, the total weight added is only 50 to 100 kilograms," a company spokesperson wrote Greentech Media via e-mail. "So will this compromise any aspects of the vehicle? Absolutely not."

Better Place also said that charging stations for swapping depleted batteries will feature a lane much like an automatic car wash, and that an automated machine will exchange the battery in less than five minutes.

"The main factor hampering a widespread migration to electric cars is [the] driver's fear of getting stuck without fuel; we have an imaginary need to carry at least 300 miles (483 kilometers) worth of energy in our tanks," the spokesperson wrote. "As part of the process of introducing a new product to market, there will be some challenges. However, drivers will have a number of options to charge their electric vehicles."

Renault-Nissan said that it will release the fully electric cars in 2011 or 2012, and that once the grid system is up and running, the whole package will cost consumers up to 50 percent less than a gasoline-powered vehicle, given the savings on gas and the EV's lifetime guarantee.

Better Place is not the only company that made announcements about batteries last week. Electrovaya, a lithium-ion battery company, also launched a low-speed electric vehicle this week, called Maya-300, after last week announcing a partnership with Malcolm Bricklin's Visionary Vehicles.

And in other electric-vehicle news, electric-sports-car startup Tesla Motors said it designed a new and improved transmission system and expects to roll out its first production Roadster on Tuesday (see Tesla Announces New Transmission). For more information about Project Better Place, see "Related Content" at the top right of this page.

Comments [4]

  • Paul Scott 02/3/08 8:59 AM

    Mr. Agassi’s concept of building EVs for Israel is sound, but the battery swapping concept is faulty. It’s based on the assumption that people are afraid of driving a car that has a limited range, however, to my knowledge, there have been no surveys of the targeted population to determine this.

    Agassi would do himself a favor if he consulted with the several thousand Californians who have been driving EVs for years. What we’ve found is that a car with a range of some 100+ miles is more than adequate for all daily driving needs. Most of us don’t even bother to charge the cars every night. If we know how far we need to drive the next day, we look at the gauge and see if there is enough for tomorrow’s driving and charge, or not, accordingly.

    All that is really needed are lots of charging locations. These are easy and low cost to install compared to battery swapping stations. Drivers, for the most part, will charge at home during the night while they sleep using off peak power. During the day, if they find they need to charge, the parking meters will all be charging stations and all parking garages will be fitted with charging plugs. This is already being done in London with the Elektromotive charging device, http://www.elektromotive.com.

    The idea of Israel switching to battery EVs is quite sound, but the cost and time of designing and building a battery swapping infrastructure is a waste of both resources.

    Reply
  • Daniel Englander 02/3/08 12:20 PM

    Agassi doesn’t need to conduct a survey of targeted populations to know this is a good idea. He’s got over 85 years of fossil fuel powered transportation experience to draw on. Arguing that EV drivers wouldn’t avail themselves of battery swapping stations is similar to arguing that gas-powered car drivers don’t need gas stations. Taking this argument to its logical end, consider that most drivers don’t use a full tank of gas on a daily basis. Instead, they would need only to keep mini-gas pumps at their homes to top-off every night before they go to bed.

    While logistically possible, it also assumes a lot of planning on the part of the average driver. If I owned a car, I’m fairly certain I wouldn’t monitor my fuel level, continually take into account my planned driving schedule for the next day, and fill up accordingly. I’d drive until I needed gas, but I wouldn’t want to wait 30 or 40 minutes to refuel.

    Building an EV infrastructure that provides the same convenience as the current gas infrastructure seems like the most logical method of integrating EVs into the driving fleet in a substantial way. I think Agassi’s on the right track.

    Reply
  • Falstaff 06/30/09 1:30 AM

    I concur with D. Englander, though there is plenty of US driving habit data at DOT and elsewhere showing that while most of us drive less the 40 miles a day, most of the same people will want to take several trips a year well over the range of the BP/Renault vehicles.  BP is serious, and wants to convert the masses to EVs, and not just a few existing EV drivers smug about the fact that they ‘get by’. 

    Also, a look a the numbers shows the cost of the switch stations is in the noise.  In Israel BP plans 100 to 150 stations, but some half a million charge points.  So   P. Scott’s cost assertions are backwards.  The primary cost is the batteries for all EVs on the road, which BP buys, then the 500,000 charging stations, and then the switch stations, in that order.  This roll out applies not only in Israel, but scales in the same ratios in larger geographical areas like the US.

    Reply
  • Eletruk 07/2/09 3:02 PM

    There’s a simple answer for dealing with those occasional long distance trips: rent a gas powered car. No need to pay for carrying around the whole extended range thing if you only need it a couple times a year.

    Reply
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