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Sprint Nextel, the third-largest U.S. wireless carrier, has collaborated with smart grid software provider, Grid Net, to connect smart meters and smart grid routers using its 4G network.

Grid Net currently has customers using WiMax in the Australian market. The deal with Sprint will use WiMax-enabled electric meters to connect to the Smart Grid offered by power companies. It would make Sprint the first national wireless carrier to embed WiMax connectivity into smart meters.

Grid Net says their advantages include:

  • Universal Management — first Utility NOC Network Management System to manage all electric devices (supports Ethernet, Fibre, 3G, 4G, Wi-Fi, ZigBee, and HomePlug)
  • Massive Scalability — able to manage 10s of millions of devices from a single deployment of the PolicyNet SmartGrid NMS platform
  • Complete Security — end-to-end security (from Utility NOC to Smart Devices) that is based on and is compliant with the US NIST, NERC CIP, and FIPS requirements and standards
  • Instant Communication — real-time speeds (<100 milliseconds), or any interval, and 100% Internet Protocol support
  • Open Standards-based Interoperability — support for multiple, heterogeneous devices (e.g. transformers, fault monitors, switches, volt/VAR controllers, meters, inverters, etc.) from multiple vendors
  • Lowest Total Cost of Ownership — ten year TCO of a full smart grid powered by Grid Net software and smart device technology is cheaper than a dedicated multi-network implementation

Clearwire is currently the only “4G” network available in the United States. MetroPCS and Verizon Wireless plan to roll out 4G services later this year while AT&T plans to begin LTE service in 2011.

SmartSynch struck a deal with AT&T last year to use its public networks for Smart Grid applications. Meanwhile, Trilliant and Silver Spring Networks, say that their private networks provide more secure and customizable networks for utilities.

Smart Grids deliver electricity from suppliers to consumers using digital technology to control appliances at consumers’ homes to save energy.

Recently, there has been a lot of talk by Google and others to use unused television channels, the so-called “white spaces” to connect smart meters to devices in the home and the electric grid. The prime advantage of UHF television band (below 700 Mhz), is that devices would penetrate concrete walls and would not need an expensive spectrum license.

There’s no defacto winner yet on any national Smart Grid infrastructure.

To connect smart meters, utilities are using their own licensed frequencies, cellular networks and WiMAX, explains Earth2Tech

The Energy Department has started a new Smart Grid Information Clearinghouse Web site to provide a forum for information sharing on smart grid technologies.

The beta version of the Web portal started July 7 and provides information on technologies, standards, rules, use cases, training and other best practices for smart grid technologies that use sensors, infrastructure and communications devices to better monitor and control energy use.

Governments and private interests worldwide are expected to increase investments in smart-grid technology, spending a total of more than $45 billion by 2015, says a new ABI Research Report.

Dailywireless articles include; Smart Grid Heats Up, First White Space Trial for “Smart Grid”, Obama Announces $3.4B in Electric “Smart Grid” Grants, Smart Grid Gets Unwired, Smart Meters on The Stimulus Channel, WiMAX SmartGrid Coming to 700K Australians, Home Networking: A Universal Spec?, Google Power Meter, M2M: Big Deal, Wireless Power Standard Emerging, and Sprint Announces Smart Grid Ambitions, ABI: Stimulus Means Big Bucks for Wireless, The Smart Grid: Licensed or Unlicensed Spectrum, Cellular-enabled SCADA, Smart Grid: Dumb or What?, Smart Grid: It’s Alive!, Google: Smart Power R US

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