PRESS RELEASE

Elster to Offer Advanced Smart Grid Solutions Using Cisco Technology

Cisco's Connected Grid Endpoint reference design SDK to be used with Elster's EnergyAxis® System

SAN JOSE, CA and RALEIGH, NC – Sep. 18, 2012 – Cisco and Elster announced today that Elster will offer smart grid solutions for field area networks using Cisco's technology. The solutions will integrate the Cisco Connected Grid Endpoint reference design with Elster's EnergyAxis System, and will showcase the power and flexibility of Elster's Universal technology while demonstrating support for Cisco's expertise in standards-based and interoperable communication solutions.

Through this integration of communication functions into advanced meters, utility customers will be provided with an even more flexible, secure, and economical Advanced Metering Infrastructure (AMI) communications infrastructure. The combined solution will integrate the Elster EnergyAxis architecture within the Cisco IPv6 RF Mesh reference design.

Cisco has developed a complete suite of communications solutions for the smart grid. These include the Connected Grid Endpoint reference design as well as a full suite of switching, routing, network management and security products for the Field Area Network, Transmission & Substations, and Grid Operations. Plus Connected Grid Services to architect and optimize Smart Grid communications systems.

In addition to providing a comprehensive suite of AMI capabilities, Elster's EnergyAxis architecture enables smart meters to act as sensors for Distribution Automation and Asset Management applications such as Outage Notification, Voltage Monitoring, Asset Monitoring, and Loss Detection.  These advanced solutions enable utilities to extract even more value from their AMI investments. Elster is licensing the Cisco Connected Grid Endpoint reference design and software development kit (SDK).The addition of the Connected Grid Endpoint reference design further expands the EnergyAxis System interoperability and standards-based optimization.

With its innovative Software-Defined Radio and advanced software based metrology, Elster's REXUniversal meter platform offers utilities the flexibility to deploy this device with the Cisco GridBlocks^TM Solution Architecture, the Landis+Gyr GridStream^TM architecture (previously announced), as well as the Elster EnergyAxis Architecture.

Elster intends to develop EnergyAxis communications firmware that will operate within Cisco's 1000 Series Connected Grid Routers, and leverage application programming interfaces from the Cisco Connected Grid Network Management System.

"Cisco is committed to supporting our customers' need for interoperable vendor solutions," said Lionel Chocron, Vice President, Connected Energy Networks at Cisco. "By licensing the reference design to industry leaders such as Elster, we are enabling utilities to combine AMI communications over a common, reliable and secure communications infrastructure."

"As a Smart Grid solutions industry leader, Elster is committed to true interoperability and innovation," said Ed Myszka, President of Elster Solutions. "This announcement builds on Elster's track record of collaboration and integration to deliver the next generation of interoperability needed by utilities as they deploy Smart Grid solutions."

About Cisco

Cisco, the worldwide leader in networking, is helping the energy industry modernize the electrical grid from generation to distribution to consumption - with highly secure, reliable and scalable communications solutions. The Cisco Connected Grid solutions include: Transmission and Substation, Field Area Network, Grid Security, Data Center and Grid Operations. To learn more, please visit www.cisco.com/go/utilities.

About Elster

Elster is one of the world's largest electricity, gas and water measurement and control providers. Its offerings include distribution monitoring and control, advanced smart metering, demand response, networking and software solutions, and numerous related communications and services – key components for enabling consumer choice, operational efficiency and conservation. Its products and solutions are widely used by utilities in the traditional and emerging Smart Grid markets. 

Elster has one of the most extensive installed revenue measurement bases in the world, with more than 200 million metering devices deployed over the course of the last 10 years. It sells its products and services in more than 130 countries across electricity, gas, water and multi-utility applications for residential, commercial and industrial, and transmission and distribution applications.

For more information about Elster, please visit www.elster.com.

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GE Introduces a New Level of Intelligence for Overhead Electric Distribution Networks

Press release:

06 September 2012

GE Introduces a New Level of Intelligence for Overhead Electric Distribution Networks

 

• A Simple-to-Install, Cost-Effective, End-to-End Solution that Enables a Utility to Improve the Reliability and Maximize the Efficiency of Its Existing Distribution Networks
• Delivers Accurate, Time-Synchronized Data from the Network to Mobilizes Repair Crews to Restore Power more Quickly
• Identifies Maximum Network Capacity that Can be Utilized on Existing Subtransmission and Distribution Networks

MARKHAM, ONTARIO—September 6, 2012—GE Energy Management (NYSE: GE) announces the release of its Multilin™ Intelligent Line Monitoring System, an end-to-end overhead line monitoring solution with advanced analytics that provide actionable intelligence to distribution utilities for improving the reliability and efficiency of their networks. GE’s innovative solution enables utilities to maximize network throughput, reduce outage duration through accurate determination of fault location and optimize maintenance activities on assets when needed.

“With increasing demands on the distribution network and the emergence of distributed generation technologies and electric vehicles, increasing the information available in an economical manner is the key to enabling greater improvements in distribution reliability and efficiency,” said Juan Macias, general manager—Grid Automation for GE Energy Management’s Digital Energy business.

Installing GE’s Intelligent Line Monitoring System helps utilities solve multiple key challenges. This solution reduces network downtime by providing utilities with visibility of faulted and soon-to-be faulted circuits. The solution’s advanced analytics allow utilities to dispatch crews effectively to address network disturbances. In addition, the system also dynamically rates the feeders to allow for maximization of throughput while helping ensure safety due to increased sag conditions.

“An intelligent line monitoring system gives you a reliable starting point for locating and sectionalizing faults. This improves supply continuity and enhances public safety by precise dispatching of the fault response crew,” says Martin Hand, operations policy and safety engineer, ESB Networks, Ireland.

For more information on GE Energy Management’s full Distribution Automation portfolio please visit:
http://gedigitalenergy.com/IndSolutions/ind_distAutomation.htm.

About GE
GE (NYSE: GE) works on things that matter. The best people and the best technologies taking on the toughest challenges. Finding solutions in energy, health and home, transportation and finance. Building, powering, moving and curing the world. Not just imagining. Doing. GE works. For more information, visit the company's website at www.ge.com.

Follow GE’s Digital Energy business on Twitter @YourSmartGrid.

Press release:

IBM and Vodafone Advance Smarter Home Initiative

Cloud enables control of "Internet of Things" in the home to manage heating, lighting, laundry via Vodafone's Mobile Wireless Network

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BERLIN - 31 Aug 2012: IBM (NYSE:IBM) and Vodafone today announced a collaboration to combine mobile communications and cloud computing for the remote management of ‘smart home’ appliances.

At the IFA consumer electronics event in Berlin this week, Vodafone and IBM will demonstrate the mobile management of a washing machine and other smart home devices that are connected by Vodafone’s Global M2M Platform running on IBM’s new SmartCloud Service Delivery Platform.

Machine-to-Machine (M2M) technology makes home appliances more intelligent by connecting them wirelessly to the internet. This enables them to feed useful data back to the service provider or manufacturer to achieve a better customer experience through new functionality and enhanced services.

"The smart home market is now a reality and Vodafone is committed to delivering to it,” said Marc Tastayre, Vodafone M2M Global Business Development Manager. “Security is the first important step for connecting devices to the internet and the collaboration between IBM and Vodafone is putting in place an open, efficient and scalable solution for the consumer electronics industry that will enable it to successfully progress the creation of the ‘Internet of Things’.”

IBM and Vodafone anticipate that this M2M initiative could allow consumers to use their smartphones for a variety of remote activities including viewing their home's utility consumption; controlling security, heating and lighting systems; and activating home appliances such as washing machines. Additionally the initiative will enable manufacturers and service providers to collect data from appliances that can be used to inform product development and maintenance and provide better services to consumers.

"This collaboration is a great example of how cloud computing can be used for business innovation versus solely for IT efficiency purposes,” said IBM Telecommunications Industry General Manager Scott Stainken. “Cloud will increasingly be used in new ways that will provide enhanced consumer-centric experiences -- especially when combined with mobile communications.”

The IBM SmartCloud Service Delivery Platform provides a fully integrated, scalable cloud-based platform to give manufacturers a cost-effective and scalable way to manage appliances and to rapidly introduce related new consumer services. Vodafone’s Global M2M Platform offers appliance manufacturers the ability to easily and rapidly deploy managed and secure wireless connectivity to home gateways. By combining the platforms, the two companies will also provide the consumer electronics industry with an example of a truly global, open standards-based approach for Smarter Home connectivity and solutions.

To read more about IBM’s news at IFA, visit this Smarter Planet blog post

About IBM Cloud Computing
IBM has helped thousands of clients adopt cloud models and manages millions of cloud based transactions every day. IBM assists clients in areas as diverse as banking, communications, healthcare and government to build their own clouds or securely tap into IBM cloud-based business and infrastructure services. IBM is unique in bringing together key cloud technologies, deep process knowledge, a broad portfolio of cloud solutions, and a network of global delivery centers. For more information about IBM cloud solutions, visitwww.ibm.com/smartcloud. Follow us on Twitter @cloudchat and on our blog atwww.thoughtsoncloud.com.

About Vodafone
Vodafone is one of the world's largest mobile communications companies by revenue with approximately 406 million customers in its controlled and jointly controlled markets as of 30 June 2012. Vodafone currently has equity interests in over 30 countries across five continents and more than 40 partner networks worldwide. For more information, please visitwww.vodafone.com.

About Vodafone Machine-to-Machine (M2M) communications
Vodafone Machine-to-Machine (M2M) connects previously isolated machines or devices wirelessly to the internet, delivering new functionality and enhanced services without the need for human intervention. Supported by over 20 years’ experience and 200 dedicated staff, Vodafone’s global M2M platform makes it easy for global businesses to centrally manage M2M deployments across multiple territories, with greater control and at a lower cost than previously possible.

Please visit: http://m2m.vodafone.com/home/

Follow us on twitter @Vodafone_M2M 

Cisco Reinforces Commitment to Russian Sustainable Development and Innovation

Cisco Reinforces Commitment to Russian Sustainable Development and Innovation

Cities of the Future: Songdo, South Korea – Energy

Songdo International Business District's information technology network manages energy use in every building, making the city very "green." Episode 7 in the series.

March 28 , 2012

Transcript:

As populations expand and economies grow, people are consuming more non-renewable energy sources than ever. The race is on to make cities radically more energy efficient.

Songdo, South Korea, a new city built entirely from scratch, is on the forefront.

In Songdo, a revolutionary information technology network manages energy use in every building.

Jean-Louis Massaut, Director, Cisco Services Korea: The network that we deploy here is actually connecting all of the components in the city, all of the building subsystems together, so that we can bring energy savings.

Scott Summers, Vice President, Gale International:We're improving the efficiencies of each of the buildings. Our windows have low U value that reduces the amount of sunlight coming in and keeps the energy of the heat or cooling inside the building. Another component to reduce energy consumption (is) we light up the buildings with LED lights.

Peter Lee,Sustainable Design Specialist, Cosentini Korea: On the system level, we introduced water-cooled air conditioning system; it has never been applied to any Korean project before. We also have central home network system through which you can control your electricity use to reduce the dependence on the energy.

These innovations are helping reduce energy consumption in each building by 30 percent.  The city is also tapping into renewable natural resources.

Lee Jong-Cheol, Commissioner, Incheon Free Economic Zone: Sunlight, solar energy, windforce energy are being currently used to operate the city. Even human waste isn't simply disposed of. It is processed through a recycling system and a co-generation plant producing necessary energy.

Scott Summers: We have a co-generation facility that uses natural gas to power electricity. And the waste heat is in the form of hot water, and so we use that waste heat to run up our buildings and provide heating for our residential units.

By 2040, worldwide electricity demand is projected to be 80 percent higher than it is today. Songdo is a model for cities trying to keep pace.

Learn more at thenetwork.cisco.com/songdo

An Energy Supergrid for Europe Faces Big Obstacles

The following is gleaned from a January 17 New York Times article with the above title.

The New York Times

Tuesday, January 17, 2012

An Energy Supergrid for Europe Faces Big Obstacles

By BETH GARDINER

LONDON — Advocates of renewable energy say an electricity supergrid could enhance the clean-power industry by connecting power sources like wind farms in Scotland and solar arrays in Spain or North Africa to the population centers of Europe.

The technical arguments for a significantly expanded and upgraded power network in Europe are clear, they say. Yet the political, regulatory and economic obstacles are formidable.

With its windy weather, Britain could be a big beneficiary of better international power connections, eventually exporting energy to Continental Europe, experts in the renewable energy sector say. Supergrid advocates hoped London would be a driving force behind the idea, but they have not seen a significant push from the government of Prime Minister David Cameron, said Ana Aguado, chief executive of Friends of the Supergrid, an advocacy group in Brussels made up of companies that would help build the international network.

Britain is working with countries including France, Germany, Norway and Sweden to negotiate the North Sea Countries Offshore Grid Initiative, a planned network of underwater cables that would connect offshore wind farms and other power sources to nearby countries.

The project, likely to take decades, is seen as a potential building block for a broader European grid that could eventually stretch from Ireland to the Baltic states and as far south as North Africa, carrying large power loads on highly efficient direct-current cables.

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