Posts Tagged ‘EV’

SolarCity announces sun-powered electric vehicle charging network

Wednesday, September 23rd, 2009

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Electric vehicle drivers in sunny California can now look forward to getting some solar-powered juice for their rides. SolarCity and Rabobank are partnering up to install a series of EV quick-charging locations along Highway 101 between San Francisco and Los Angeles, one of which is already solar-powered. Four chargers have been installed – and are in operation – in Salinas, Atascadero, Santa Maria and San Luis Obispo. A fifth charger will be up and running in Goleta by the middle of October. The Santa Maria station is powered by a 30kW solar array. The units are all High-Power Connector fast chargers that provide 240V, 70 amps and can fully recharge a Tesla Roadster in about three-and-a-half hours. Currently, the charging stations will only connect to a Roadster, but SolarCity plans to retrofit these chargers to fit all EVs in the near future.

This is just the beginning of a solar EV charging network that SolarCity and Rabobank want to install in the area. SolarCity owns and operates four of the charging stations in the current network (all installed at Rabobank locations); the San Luis Obispo location is owned by the city and is located at a parking garage.

There’s a reason SolarCity is so interested in making it easier for Roadsters to get from SF to LA. SolarCity is Tesla Motor’s preferred solar partner and Tesla CEO Elon Musk provided the principal financing for SolarCity.

Gallery: Solarcity Rabobank Charging Network

[Source: SolarCity]

Continue reading SolarCity announces sun-powered electric vehicle charging network

SolarCity announces sun-powered electric vehicle charging network originally appeared on Autoblog Green on Tue, 22 Sep 2009 14:04:00 EST. Please see our terms for use of feeds.

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California Freeway Gets Electric Car Chargers From SolarCity

Wednesday, September 23rd, 2009

Solar power and electric can go together like a horse and carriage. That’s the idea behind SolarCity’s effort to market its solar energy system sales along with electric car charging installations.

The Foster City, Calif.-based company announced Tuesday a
partnership with Rabobank to make electric car charging available for
free to owners of Tesla Motors’ vehicles traveling on Highway 101
between San Francisco and Los Angeles. Other cars that can make use of
same charging technology are welcome. 

SolarCity has set up a fast-charging device at four of the bank’s
branches near the freeway as part of a larger charging technology
development project by Tesla, which is headquartered just south of San
Francisco.

The partnership with Rabobank is more than just a marketing strategy
to win over more solar customers. Rive said his company is entering the
business of installing charging stations for plug-in hybrid and
electric cars because it, too, promotes the use of cleaner energy.

"We want to design systems for powering your home and car," said
Lyndon Rive, CEO of SolarCity. "The key thing is we want to eliminate
all the reasons we can’t live a carbon-free lifestyle."

Rive is throwing out some incentives to entice home and business
owners to install solar and charging stations: "If you get a PV system,
then the EV system is free." (This deal won’t likely last once more
electric cars become available.)

SolarCity has been selling and installing solar energy systems since
its founding in 2006. The company is one of few that offer financing
options to both residents and businesses that don’t want to pay the
expensive upfront costs of owning a solar energy system.

Last week, it said it had finalized its purchase of Los Angeles-based SolSource Energy, whose business includes installing electric car charging stations. SolSource has been the North American distributor of Toyota Tsusho electric car chargers. Toyota Tsusho is responsible for the export, sales and marketing of Toyota vehicles and auto parts.

The four charging stations at Rabobank branches are part of a larger project by Tesla Motors to develop and deploy a car charging technology.

The San Carlos, Calif.-based electric automaker received a grant of
1,000 from the California Air Resources Board for the project in
2007, said Tesla spokeswoman Rachel Konrad.

Part of that money went into co-developing the charging device with ClipperCreek
of Auburn, Calif., Konrad said. The result is a fast-charging device
Tesla calls the "High Power Connector" that provides up to 70 amps, 240
volts of electricity, making it possible to fully charge a Tesla
Roadster after 3.5 hours, Konrad added.

Tesla car owners can have an electrician install the High Power Connector, which costs an extra ,000
and comes in a wall-mounted box with a power cord, in their garages.
Tesla also has designed its cars to be able to charge with the standard
110-volt outlet, which could take 37 hours for a full charge.

About ,000 of the 1,000 grant was set aside for setting up the
charging spots, Konrad said. The money went into buying equipment for
the installations, SolarCity said. Incidentally, Rive is a cousin of
Elon Musk, Tesla’s CEO.

The solar installer has built the charging stations at Rabobank
locations in Salinas, Atascadero and Santa Maria. The Goleta location
is scheduled to be up and running by Oct. 15, said Jonathan Bass, a
SolarCity spokesman.

SolarCity also has erected a 30-kilowatt solar energy system at the
bank’s Santa Maria branch. Rabobank has signed a power purchase
agreement with SolarCity to pay for the electricity generated from the
30-kilowatt system (SolarCity will own it). The bank is considering
adding solar in its other locations.

The bank offers the sites and will be paying for the electricity
while SolarCity owns and maintains the charging stations. The stations
are located in or near shopping centers, so motorists have something to
do while waiting for their cars to juice up.

The charging is free for now. Given the limited number of Tesla car
owners, the bank isn’t in danger of seeing a huge spike in electricity
bills. The same deal isn’t likely to last after major carmakers begin
to launch plug-in hybrid or all-electric cars starting in 2010.

SolarCity does plan to add charging equipment from those companies,
or install universal chargers when standards are in place, Bass said.

The company has installed a fifth station on land owned by the city of San Luis Obispo, which will operate it, Bass said.  

Image via SolarCity.

Source

the solar carport

Monday, September 21st, 2009

Japanese carport maker Sankyo Tateyama Aluminium has developed a new carport with a solar power generation system installed on its roof.  With the burgeoning electric vehicle market calling for a big investment in charging stations and EV infrastructure, this could offer an interesting solution.
The M.Shade carport is designed to accommodate two cars and is structurally [...]

Read Article: the solar carport

Why Electric Vehicles Need IT

Monday, September 21st, 2009

electricvehicleparkingElectric vehicles need to be smarter than your average car. Their dependency on the electrical grid and the need to carefully manage the power going into and out of the batteries is prompting a revolution in vehicle information technology.

Existing communication and data networks (using IP) will enable vehicles to “smart charge,” delaying battery charging until favorable conditions on the grid (including the cost of energy) exist. According to a new GigaOm report, “IT and Networking Issues for the Electric Vehicle Market,” (subscription required) utilities alone will spend upwards of 0 million on IT to prepare the grid for vehicle charging.

Many of the pioneers in the PC and Internet industries will play a significant role in driving the innovation, along with some new players specializing in vehicle-grid communications. Last week, vehicle battery services company Better Place announced it had recruited both Microsoft and Intel to aid in the development of EV communications technology. Startup Coulomb Technologies is rolling out EV charging equipment loaded with software for upcoming vehicles including Daimler’s plug-in Smart.

Rather than reinventing the wheel, technologies and protocols developed to enable computers, mobile phones and other devices to interact online will be adapted to EV IT. Mobile phone networks, such as those run by AT&T and Sprint, will be utilized for wireless communications, according to the report.

Most of these standards for communications between vehicles and grid equipment, home-networking devices such as smart meters, and charging stations are either in the early stages of development or are yet to be written. This provides an opportunity for companies to get involved now.

Innovations for connecting onboard vehicle computers to electric cars, (like those announced by Audi), will be extended to other vehicles, upping the overall level of vehicle intelligence. Similarly, Ford will add EV-specific communications features to its SYNC platform as part of its larger plan for transportation IT.

The U.S. government is supporting IT development EVs by funding research as well as smart charging infrastructure. The House of Representatives this week passed a bill that would go further than the Obama administration’s stimulus funding, authorizing .9 billion over five years for advanced vehicle technologies, including information technology.

John Gartner is an analyst with Pike Research, editor in chief of MatterNetwork.com, and a member of the GigaOM Pro Analyst Network. His latest report, “IT and Networking Issues for the Electric Vehicle Market,” examines these issues in more detail.

Image courtesy of Flickr MR38.



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Another Battery IPO on the Way, This Time in China

Monday, September 21st, 2009

eve-energy-logoThe initial public offering of battery maker A123Systems has been in the works for more than a year, and now that the company has finally set the terms for its offering, it’s carrying the hopes of a lot of startups and investors that it will jumpstart the IPO markets, especially for cleantech companies.

A123 isn’t the only battery firm gearing up for a public offering, however. A lithium battery company called EVE Energy, which holds 39 percent of the market in China, has just gotten the green light from regulators to make an initial public offering next month on the country’s new Growth Enterprise Market, or GEM.

The GEM is meant to fund technology-driven startups with high-growth potential, including companies working in the renewable energy and “environmental protection” sectors. But as the Wall Street Journal noted this week, the initial application approvals have been going to more established companies (such as EVE), likely in an effort to get the exchange off to a stable start when it launches in mid-October.

China’s securities regulator approved EVE’s application along with 13 other companies this week for the GEM. At least 155 firms have applied to go public on the GEM since the gates opened in late July, according to the official Xinhua news agency (hat tip Reuters).

Within a decade, China’s potentially 0 billion vehicle market will be dominated by electric cars, research and consulting firm Frost & Sullivan anticipates. In the U.S., A123 will likely serve to test the waters for future energy storage and EV tech IPOs. If China’s GEM ever develops into the market it’s envisioned as for less-established companies (a mighty if), then EVE may be one to watch for EV battery startups, as the Chinese lithium battery market that the company now dominates comes to encompass more and more vehicle applications.



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Frankfurt 2009: Volkswagen calls E-Up! Concept "Beetle of the 21st Century"

Tuesday, September 15th, 2009

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Volkswagen E-Up! Concept – Click above for high-res image gallery

Volkswagen promises to release the “Beetle of the 21st Century” by 2013. Those are some of the biggest shoes in the history of the automobile to fill, and VW plans to do just that with a new car based on the New Small Family architecture that was introduced on the original Up! concept that’s been floating around for the last few years.

Naturally, like any future-spec concept that’s looking to alter the vehicular landscape, the E-Up! will be powered by electrons. The car is small – under 10.5 feet (3.19 meters) in length – and will seat four occupants in a 3+1 arrangement. Top speed is listed at just under 85 miles per hour (135 km/h) and the run to 60 mph will take about 11 seconds while the city-centric zero to 30 mph is dispatched in just 3.5 seconds.

That performance is surely buoyed by the E-Up!’s low weight of about 2,400 pounds (1,085 kilometers) – 530 pounds of which is accounted for by the 18 kWh lithium ion battery pack. That’s enough juice to provide a range of about 80 miles (130 kilometers), which VW believes is sufficient for urban use. Depending on the outlet used to charge the EV, a battery pack replenished to 80% takes as little as an hour.

VW is quick to point out that its E-Up! is not a retro design like its own New Beetle. Instead, the car used Volkswagen’s latest design languages and draws inspiration from current models like the Polo and Golf. Details like diamond-cut head lamps and C-shaped fog lights join the solar roof that provides a working ventilation system without draining the battery to add to the car’s futuristic feel. Click on past the break for the complete press release and check out our gallery of images below.

Continue reading Frankfurt 2009: Volkswagen calls E-Up! Concept “Beetle of the 21st Century”

Frankfurt 2009: Volkswagen calls E-Up! Concept “Beetle of the 21st Century” originally appeared on Autoblog Green on Mon, 14 Sep 2009 16:30:00 EST. Please see our terms for use of feeds.

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Better Place Connects With Microsoft, Intel for Electric Vehicle Software

Tuesday, September 15th, 2009

Electric car charging startup Better Place has long preached its vision of “Car 2.0″, in which the next generation of cars will be networked — both to the power grid and to communication networks — and will have the ease and functionality of our consumer electronics. And this morning at the Frankfurt Motor Show, Better Place has unveiled software that will help deliver that vision, and will be partly developed by partners Microsoft, Intel and German auto company Contintental AG.

Better Place has created a system called “AutoOS” (codename) to run inside the vehicle, enabling the cars to crunch energy calculations, deliver an “energy plan” for each driver, and find the closest charging and battery swap station. The cars will all have an “always-on connection” enabling the Better Place network to connect with the vehicle for a variety of reasons (updates, billing, etc).

Continental will make a head unit for Better Place, which will use Microsoft’s “Windows Embedded” software and will be powered by Intel’s Atom processor. Better Place says that because the in-vehicle software is based on an open architecture from the trio, third party developers will be able to build applications on top of AutOS “like the innovations that have sprung from the Apple iPhone.”

Outside of the vehicle, Better Place has long discussed that it would be using sophisticated software to manage the overall network and charging infrastructure. Functions of that software include “smart charging,” or managing the rate at which the electric vehicles are charged, and working with utilities to do so (see our list of 10 electric car smart charging players to watch). There’s also a system that shows the availability of charging and battery switch stations, how charged the drivers battery is, how available clean power is in the driver’s area, traffic patterns and driving habits and patterns.

Better Place is one of a handful of car companies electric vehicle infrastructure players that are looking to emulate the computing development ecosystem and mobile phone. Zipcar CEO Scott Griffith has told us he sees smartphones as the ultimate model for green cars. Nissan has created a system called EV IT for electric vehicles, which it’s kicking off with the 2010 LEAF electric sedan. The EV IT system uses an onboard transmitting unit connected through mobile networks to a global data center, and Nissan also built an iPhone app for the system to let drivers remotely monitor and control vehicle charging. Like Better Place, Nissan plans to use its EV software to enable drivers will be able to view the driving radius within range of their battery charge level on a navigation map, and also find detailed information about available charging stations within range.



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Battery Startup Farasis Energy Closes In On Production

Monday, August 31st, 2009

farasisenergyBattery startup Farasis Energy is betting that a combo of low manufacturing costs in China and advanced tech expertise in the U.S. will lead to lithium-ion cells that can compete on a global mass market. CEO Yu Wang said in an interview today at IBM’s Almaden Institute in San Jose, Calif., that the six-year-old, Hayward, Calif.-based startup is close to having a factory ready in China for pilot-scale production of its lithium-ion cells.

The strategy is similar to the bet that electric car startup Coda Automotive is making and A123Systems also said it would base much of its manufacturing in China if it didn’t get funding from the U.S. Department of Energy. In addition to the cost-cutting benefits of keeping production in China, the strategy puts these companies at the forefront of what’s shaping up to be a powerhouse EV market. China has growing demand for autos in general, but also new government support for electric vehicles and charging infrastructure, as well as its own auto and battery makers eager to beat out Europe, Japan and the U.S. on plug-in vehicle technology.

Founded in 2003 by Wang and Keith Kepler, President and CTO (both directed research at now-defunct battery maker Polystor), Farasis Energy got its start before the field of lithium-ion battery startups really became crowded, or acquired the hype observed last month by venture capitalist Vinod Khosla. Wang said he’s banking on that head start and his team’s industrial experience, in addition to the technology itself and low costs, to give Farasis a competitive edge.

So far the company has raised a first round of venture capital from Chinese investors as well as at least 0,000 under the DOE’s small business innovation research program. But unlike Coda, A123Systems, and more than a hundred other battery and vehicle developers, Farasis has opted out of requesting stimulus funds. For its second round of financing, sometime in the next two years, Wang tells us that Farasis may be courting investors stateside.



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