California to set up a $1B electric car network

Better Place (formerly Project Better Place) has scored a coup in the California Bay Area. The electric vehicle startup has struck a deal with the region, including the cities of San Francisco, San Jose and Oakland, to set up a $1 billion charging network for electric cars, with car availability beginning in 2012.

Unlike its charging network in Israel, it looks like the Better Place network in the Bay Area is a plan to support electric car development throughout the state. The deal in Israel involved a tie-up with Nissan-Renault to make the small cars that work with the stations, which swap out depleted batteries for new ones.

California has a rather larger area and population, and a diverse set of companies that want to commercialize electric cars. That’s likely why it was clearly stated that the thousands of Better Place stations to be installed in northern California will be agnostic to the type of electric car, allowing charging of cars with either fixed or replaceable batteries.

The announcement took place today at San Francisco’s city hall, and was attended by the mayors of the three cities, as well as governor Arnold Schwarzenegger and Better Place’s founder, Shai Agassi. Relatively few hard details were given, outside of the amount of capital to be invested and the project’s start date, with permitting beginning in early 2009 and construction in 2010. But the tone of the speakers suggested that California is finally becoming serious about electric cars.

That might seem to have been the case before, but it’s worth remembering that California was the backdrop for previous failures to commercialize electric cars, providing inspiration for the documentary Who Killed the Electric Car? And the California Air Resources Board has repeatedly relaxed requirements for automakers throughout its lifetime, providing loopholes to escape switching off the combustion engine.

With serious investment going into this project, it looks like this time, the electric car might just survive.

Update: The mayors’ nine-point plan to commercialize electric cars in the Bay Area is reprinted below:

  • Expedited permitting and installation of electric vehicle charging outlets at homes, business, parking lots, and other buildings throughout the Bay Area;
  • Incentives for employers to install EV charging systems in their workplace and provide similar incentives to parking facilities and other locations where EV charging stations can be installed;
  • Harmonize local regulations and standards across the region that govern EV infrastructure to achieve regulatory consistency for EV companies as well as expanded range for EV consumers;
  • Establish common government programs that promote the purchase of EVs;
  • Link EV programs and infrastructure to regional transit and air quality programs;
  • Establish programs for aggressive pooled-purchase orders for EVs in municipal, state government and private sector fleets and future commitment of purchasing preference for EV vehicles;
  • Expedited permitting and approval for facilities that provide extended-range driving capability for EVs in the region through battery exchange locations or fast-charging;
  • Identify and secure suitable standard (110V) electric outlets for charging low voltage EVs in every government building in 2009; and
  • Identify roll-out plan for placement of 220V EV charging equipment throughout each city including city parking lots and curbside parking.

Next Story: Eventful launches strategic partnership with Billboard.com
Previous Story: Sonic Solutions buys digital video distributor CinemaNow

Bookmark and Share

Tags:

Photo of Chris Morrison

About the Author, Chris Morrison

Chris Morrison writes about cleantech and environmental issues for VentureBeat, with occasional forays into gaming and semantic technology. He got his start writing about tech for Business 2.0 magazine, but quickly realized new media was the ticket when that institution closed its doors in 2007. Chris has also covered public equities and regulatory issues. He originally hails from southern Virginia, graduated from Evergreen State College in Washington, and now lives in San Francisco.

  • rudolfzlde
    Renewable energy, power supply, energy efficiency
    Rational energy production Miscellaneous Renewable energy
    Thermovoltaik - current from warmth
    ADD THERMAL GENERATORS (Addition-thermocouple-voltage) - Decentralized current supply for each household.
    Thermovoltaik, the environmentally friendly technology thermo-generators for power supply are efficient compact with energy concentrated in a small volume. With an efficiency of 48% the transformation of heat into electrical energy is very cost-effective.
    Additionally, by the stored heat of the generator only the quantity of fuel has to be supplied, a well-isolated generator housing normally delivers as a heat loss to the environment.
    The Thermovoltaik is the work area of physics that deals with the conversion of thermal energy into electrical energy. If two different metals are together contacted and heated a voltage electricity with relatively high levels develops.
    An Thermo generator consists of several thermo cells in row as laminar contacted thin film coatings forming a pillar block.
    A thermo cell is made of several thin film coatings of different materials. If heat is added to a thermo pillar block by the additive method the total voltage the sum of all individual cells.
    The output power derives from the general tensions, the size of the cell surfaces (ampere / mm ²),and the temperature the amount supplied.
    The electric power is linear proportional to the generator temperature.
    The thermal energy supply is compatible with all fuel types. Through power-heat-coupling, biogas, solar radiation with thermal and photovoltaic cells, solar power, hydrogen or geothermal energy.
    The compact design of the generators are the diverse applications, ranging from cardiac pacemakers to megawatt power plants in the industry, household, air, sea or space.
    A high current inverter, DC / AC inverter converts DC power of the generators in to AC power.
    This inverter of unconventional design, is applicable in miniature size for circuit boards for electronics or as inverter for passage of extremly high current for consumer of megawatt power and is applicable to all DC sources.
    The additive method also offers new applications in sensor technology with higher sensitivities. High electricity generator and inverter patent DE 43 13 827 A1.


    (German)
    STROM AUS WÄRME
    Erneuerbare Energien, Energie erzeugen, Energie sparen
    Rationelle Energieerzeugung – Erneuerbare Energien
    Thermovoltaik, die umweltfreundliche Technologie
    Add-Thermogeneratoren für die Stromversorgung sind effizient mit kompakt geballter Energie auf kleinem Volumen. Mit einem Wirkungsgrad von 48% ist die Umsetzung von Wärme in elektrische Energie sehr kostengünstig. Zusätzlich wird durch die gespeicherte Wärme des Generators nur die Menge an Kraftstoff nachgeführt, die ein gut isoliertes Generatorgehäuse als Wärmeverlust an die Umgebung abgibt.
    Die Thermovoltaik ist das Arbeitsgebiet der Physik, das sich mit der Umwandlung von Wärmeenergie in elektrische Energie befasst. Wenn zwei unterschiedliche Metalle zusammen kontaktiert und erhitzt werden, entsteht eine elektrische Spannung mit relativ hohen Stromwerten.
    Ein Add-Thermogenerator besteht aus mehreren in Reihe als Schichten flächig kontaktierten Thermozellen und bildet einen Säulenblock. Eine Thermozelle ist aus mehreren Dünnfilmschichten unterschiedlicher Materialien gefertigt. Wird einem Thermosäuleblock Wärme zugeführt, ist durch Additivmethode die Gesamtspannung die Summe aller einzelnen Thermozellen.
    Die Ausgangsleistung ergibt sich aus den Gesamtspannungen, der Grösse der Zellenflächen (Ampere/mm²), sowie der zugeführten Temperaturhöhe. Die elektrische Leistung ist linear proportional zur Generatortemperatur.
    Die Wärmeenergiezufuhr ist mit allen Brennstoffarten möglich. Durch Kraft-Wärme-Kopplung, Biogas, Sonneneinstrahlung mit Thermo- und Photovoltaik-Solarzellenkopplung, mit Wasserstoff oder Geothermie.
    Durch die kompakte Bauform der Generatoren sind die Anwendungen vielfältig, angefangen vom Herzschrittmacher bis Megawattkraftwerke in der Industrie, Haushalt, Luft-, Raum- oder Seefahrt.
    Ein HOCHSTROMWECHSELRICHTER (HSWR), DC/AC-Inverter, wandelt die Gleichspannung der Thermogeneratoren in Wechselstrom um. Dieser HSWR unkonventioneller Bauart ist in Miniaturbauform für Elektronikplatinen oder dimensioniert als Wechselrichter für extrem hohen Stromdurchlass für Megawattleistungen anwendbar und ist für alle Gleichstromquellen geeignet.
    Die Additivmethode bietet zudem neue Applikationen in der Sensorentechnik mit höheren Empfindlichkeiten. Generator und Hochstromwechselrichter Patent DE 43 13 827 A1.

    Rudolf Zölde
    INNOVATIVE TECHNOLOGIES
    rzinnova@gmail.com
    r.zoelde@gmx.eu
    www.thermogen.ws24