Live metering

Veille sur le comptage intelligent / smart metering

lundi 21 décembre 2009

Pachube in the Top 10 Internet of Things Products of 2009

A small UK startup particularly impressed us this year: Pachube. Pronounced "PATCH-bay," Pachube lets you tag and share real time sensor data from objects, devices, buildings and environments both physical and virtual: According to founder Usman Haque, Pachube is about "environments" more so than "sensors." In other words, Pachube aims to be responsive to and influence your environment, for example your home.

For more on this innovative company, see ReadWriteWeb's three-part analysis of Pachube:

  1. Pachube Adds Real-Time Notifications - More Power to The Internet of Things
  2. Applications From The Internet of Things - An Analysis of Pachube
  3. Business Models of The Internet of Things - An Analysis of Pachube's Open Source Platform
























http://www.readwriteweb.com/archives/top_10_internet_of_things_products_of_2009.php

Les appareils communicants intéressent Google

La firme a rejoint l'alliance internationale IPSO aux côtés notamment d'Intel, Cisco, et Bosch. Elle promeut la connection entre appareils (électroménager, automobiles, machines...)via Internet.

Google a annoncé vendredi qu'il rejoignait une alliance de 53 sociétés du secteur technologique international, l'IPSO (Internet protocol for smart objects), destinée à promouvoir la connection entre divers appareils via internet. "La participation de Google à l'IPSO est fondée sur la conviction que de plus en plus d'objets vont faire partie de l'environnement internet", a expliqué le vice-président de Google, Vint Cerf.

Depuis un an qu'elle existe, l'IPSO fait la promotion de la connection entre appareils, de telle sorte que diverses machines équipées de capteurs, qu'il s'agisse des appareils électro-ménagers d'une maison, des produits d'une usine ou des voitures circulant dans une ville, puissent communiquer entre elles, le but étant à terme de rationnaliser leur utilisation.

Un logiciel lancé au printemps par Google, afin de permettre aux consommateurs de contrôler leur consommation d'électricité, s'inscrit pleinement dans ce projet: ce programme, baptisé Google PowerMeter, fonctionne comme une jauge révélant aux utilisateurs quels sont leurs appareils qui consomment le plus et le moins, grâce à un logiciel relié à des compteurs équipés d'une puce informatique qui relaie l'information à leur adresse internet.

L'alliance IPSO réunit déjà des géants des technologies come Intel, Cisco, Texas Instruments, Bosch, Ericsson, ou encore Fujitsu, dont l'adhésion a été annoncée en même temps que celle de Google.

http://www.lexpansion.com/economie/actualite-high-tech/les-appareils-communicants-interessent-google_216494.html?XTOR=EPR-176

6LoWPAN Book

Now available on-line from Wiley, Amazon or your favorite book store.

Shelby_6LoWPAN_8

Published by John Wiley & Sons, Inc.

We have just published the world’s first book on 6LoWPAN together with Carsten Bormann, co-chair of the IETF 6lowpan working group.

This book gives the complete picture of 6LoWPAN technology in one place, including deployment examples and implementation aspects. It is aimed at experts in the field, engineering students and lecturers. An accompanying web-site is available including course material, Contiki coding exercises, an author blog and other 6LoWPAN information.



http://zachshelby.org/6lowpan-book/

mardi 27 octobre 2009

Pioneering Smarter Metering in Gas — The Gas Natural AMM Project Case Study

MILAN, Italy and FRAMINGHAM, Mass., October 23, 2009 – IDC Energy Insights recently released a new study that provides an in-depth look at Gas Natural's implementation of its Advanced Meter Management (AMM) pilot project, which covers 10,000 meters installed in the Spanish territory. The report identifies objectives, major drivers behind the company's decision to undertake this project, a description of the implemented solution, the business value, and major lessons learned.

"Smart metering deployment has the potential to be one of the most significant changes in the energy world, not only for utilities, but also for consumers," said Roberta Bigliani, research director for IDC Energy Insights EMEA. "Not surprisingly, the majority of attention is dedicated to electricity. However, interest is also increasing for applying automated meter management (AMM) solutions to the gas and water sectors. However, not many gas pilots are observable across Europe (and worldwide) and Gas Natural is definitively a pioneer in this field."

The Gas Natural Group is a Spanish energy services multinational focusing on the supply, distribution, and commercialization of natural gas in Spain, Latin America, Italy, and France, where it has more than 11 million customers. In 2005, Gas Natural began a long process of evaluating, testing, piloting, and selectively deploying an AMM system for gas.

After defining its specific requirements, Gas Natural carried out two distinct demonstrations with a total scope of 10,000 meters. Each demonstration was defined to test AMM under different conditions: town typology, density of clients, gas network configuration, and communication technologies. Through the demonstration phase, Gas Natural was able to build a business case for future deployments. However, the company's current near-future plans are not for a full rollout for all residential customers, but for a deployment of 300,000 meters in locations where reading costs exceed €4/year.

In this study, IDC Energy Insights highlights all the most relevant steps of this implementation, as well as a ROI analysis on it. The project represents a very relevant and helpful reference for other gas companies. While the pilot's business transformation impact can be considered medium, it has a more significant transformational impact on the industry.

This IDC Energy Insights study, Best Practices: Pioneering Smarter Metering in Gas — The Gas Natural AMM Project Case Study (Doc #EIOS06R9, Sep 2009), by Roberta Bigliani and Gaia Gallotti, is available for purchase at www.idc-ei.com.

Roberta Bigliani will cover these and other topics in the energy supply industry at the European Commission's Sectoral e-Business Watch Conference 2009 – "ICT and e-Business for an Innovative and Sustainable Economy", 29 October 2009, at the Hotel Bloom, rue Royale 250, 1210 Brussels, Belgium. Participation to this event is free and registration can be done online at http://www.ebusiness-watch.org./events/subscribe/subscribe.htm

For media enquiries and for information on how to obtain a copy of this report, please contact Cinzia Rinelli, marketing manager for IDC's European Vertical Markets and IDC Insights EMEA, at +39 02 28457 367 and crinelli@idc.com

About IDC Energy Insights
IDC Energy Insights, part of IDC, is a leading global provider of research-based advisory and consulting services to the energy and utilities industry. Staffed by senior analysts with decades of industry-specific business and technology experience, IDC Energy Insights provides full coverage of the energy industry value chain – from upstream to retail activities. IDC Energy Insights provides a portfolio of offerings that are relevant to both IT and business needs. IDC is a subsidiary of IDG, the world's leading technology media, research, and events company.

Contact
For more information, contact:Cinzia Rinelli
crinelli@idc.com+39 02 28457 367

Source: http://idc.com/getdoc.jsp?pid=23571113&containerId=prIT22053109

lundi 19 octobre 2009

Décret relatif à la mise sur le marché des piles et accumulateurs et à leurs éliminations

La "directive batteries" transposée en droit Français introduit la responsabilité des producteurs concernant: la collecte sélective , le retraitement et le financement des piles et des batteries.

Le décret n° 2009-1139 du 22 septembre 2009 relatif à la mise sur le marché des piles et accumulateurs et à l’élimination des piles et accumulateurs usagés et modifiant le code de l’environnement vient de paraitre au Journal Officiel.

La France transpose avec un an de retard la directive européenne “batteries” (2006/66/CE) du 6 septembre 2006. Comme pour les autres déchets d’équipements électriques et électroniques (DEEE), cette directive introduit la responsabilité des producteurs pour toutes les piles et accumulateurs. Elle impose une collecte sélective et un retraitement organisés et financés par les producteurs. La directive interdit aussi la commercialisation de certaines piles et accumulateurs contenant du mercure ou du cadmium dans une proportion supérieure à un seuil déterminé.

Le décret du 12 mai 1999 modifié relatif à la “mise sur le marché des piles et accumulateurs et à leur élimination” organise déjà en France, depuis le 1er janvier 2001, la collecte et le traitement des piles et accumulateurs usagés, quelle que soit leur composition chimique. En revanche, le décret 2009-1139 va plus loin en imposant des objectifs chiffrés : taux de collecte de 25% minimum en septembre 2012 et 45% minimum en septembre 2016. En terme de matières extraites et valorisées : 75% pour les accumulateurs au cadmium, 65% pour les batteries au plomb, et 50% pour les autres types de piles et accumulateurs.

Pour l’instant, le taux de collecte est d’environ 30% en France. Ce qui signifie que 2/3 des piles et batteries ne sont pas recyclées. En 2008, les recycleurs français ont traité 14.000 tonnes de piles et accumulateurs usagés : 12.100 tonnes de piles, 1.700 tonnes d’accumulateurs portables, et 20 tonnes de piles boutons collectées en France.

Pour faciliter la collecte, le décret 2009-1139 impose désormais le marquage des piles et accumulateurs à l’aide du symbole de collecte séparée, l’indication de la teneur en métaux lourds, et la capacité énergétique réelle de la batterie. C’est l’ADEME qui tient le registre d’enregistrement des producteurs et des personnes chargées du traitement des piles et accumulateurs usagés.

A l’occasion de la publication de ce décret, le Syndicat français des recycleurs d’accumulateurs et de piles (SFRAP) a publié un communiqué vendredi 2 octobre appelant à la mobilisation des acteurs de la filière pour réussir à tenir l’objectif de 45% de collecte en 2016. “De gros efforts, notamment en matière de sensibilisation du public, doivent être fournis dès à présent pour atteindre l’objectif de 45% en 2016” estime le syndicat.

Les expériences menées dans d’autres pays montrent qu’il est très difficile de dépasser le seuil de 35% de taux de collecte. Pour une raison simple : le grand public ne se sent majoritairement pas concerné par l’environnement et n’a aucune idée de l’impact écologique de ses actes. L’occasion de rappeler qu’une simple pile bouton (montre par exemple) contient assez de mercure pour polluer 1 m3 de terre ou 1.000 m3 d’eau pendant… 50 ans !

http://www.zdnet.fr/blogs/greenit/ne-jetez-plus-vos-piles-et-batteries-39709020.htm?xtor=EPR-100

AMEE and Google PowerMeter let users calculate their carbon footprints

AMEE and Google PowerMeter are two ways the "here's your data, do something with it" methodology can be used to make people aware of their carbon footprints. Both use sensors such as smart meters to track and display energy consumption over time. (Disclaimer: OATV is an investor in AMEE.)

In a previous partnership between the two companies, Google used AMEE's profiling engine to let users calculate their carbon footprints. After completing the web form, users were taken to a Google Map mashed up with the carbon footprints of those nearby. Soon, we'll be able to do this without the web form. Like O'Reilly said, we are slowly transitioning out of a world where people typing on keyboards are driving collective intelligence

http://radar.oreilly.com/2009/03/radar-roundup-sensors.html

vendredi 16 octobre 2009

Microsoft Launches Software Architecture for 'Integrated Utility of the Future'

REDMOND, Wash. — Oct. 13, 2009 — Microsoft Corp. today announced it has developed a reference architecture based on familiar, cost-effective Microsoft platforms that can serve as the basis for development of the "integrated utility of the future."

The Microsoft Smart Energy Reference Architecture (SERA) is Microsoft's first comprehensive reference architecture that addresses technology integration throughout the full scope of the smart energy ecosystem. The Microsoft SERA helps utilities by providing a method of testing the alignment of information technology with their business processes to create an integrated utility. This is the second utility offering to be released from Microsoft in four months, following the announcement of Microsoft Hohm, an online application developed to enhance the experience of utilities' customers and provide further insight into the supply and demand of residential energy use.

As utilities attempt to develop new projects that are funded by national smart grid stimulus programs, they will need sound, tested technologies that help them proceed. Using Microsoft and industry partners' technologies, utilities will be able to implement solutions faster and more reliably than they could with solutions offered by competitors.

The Microsoft SERA has been endorsed by a number of global solutions providers whose energy industry solutions span the entire energy ecosystem — from the power grid to the home. Microsoft Gold Certified Partners supporting SERA include Accenture, Alstom Power, AREVA, ESRI, Itron Inc. and OSIsoft Inc.

Significantly, Microsoft has been working closely with key power industry partners to ensure that SERA addresses power utilities' IT infrastructure needs. Alstom Power, for example, has demonstrated its commitment to Microsoft by fully embracing SERA and sees this move as the first step in providing solutions for the new challenge raised by smart grids.

"Alstom has established a long-term relationship with Microsoft in order to provide cost-efficient, scalable architectures for electrical producers like solar, hydro, wind, coal, steam or nuclear power plants," said Laurent Demortier, senior vice president of Alstom Power's Energy Management Business. "This Microsoft reference architecture accelerates solution development to enable developers to provide enhanced, more cost-effective, secure and scalable solutions."

Customers such as Fujairah F2 O&M Company Ltd. are seeing the benefits of solutions built according to an architecture that provides the alignment of IT with their business processes. "Developing a quality ALSPA Series DCS system for such a large and complex plant like ours is not that easy, and the Alstom team has responded to that great challenge in an exceptional manner," said Soloman Premline Prince, production manager, Fujairah F2 O&M Company.

"Utility industry executives who are concerned about changing their business models to ones that enable a smarter energy ecosystem will view Microsoft as a partner of choice because of its current strengths within their technology regimes as well as our solutions' adaptability to future, sometimes unknown, conditions and business environment needs," said Larry Cochrane, Worldwide Utilities Industry technology strategist/architect, Microsoft. "The Microsoft Smart Energy Reference Architecture represents our continuing commitment to our utility industry customers and our holistic vision of how the smart grid fits into the much larger energy ecosystem that's evolving daily."

The Microsoft SERA for the smart energy ecosystem will help create a world where thousands of smart devices can seamlessly plug into the grid thanks to common standards and interoperability frameworks, just as the plug-and-play model allows thousands of devices to seamlessly plug into PCs today.

Consequently, utility industry systems integrators such as Accenture are leading proponents of the Microsoft SERA for smart grids.

"Microsoft's reference architecture provides an end-to-end solution that can position utilities to take operational performance and customer response to a higher level," said Greg Guthridge, utilities customer service practice lead at Accenture. "Their integrated architecture leverages proven Microsoft platforms to support new smart processes and customer support capabilities. Innovative solutions, especially in the area of visualization and analytics, support important new capabilities in a smart-enabled energy services organization."

As a result, the grid and the broader energy ecosystem can achieve the vision of becoming smarter as companies inject Microsoft and industry partners' software into the various control points in the power system, so that households and businesses have ready access to timely, user-friendly information that eventually can help them make more rational choices about their energy use.

The Microsoft SERA provides a road map for utilities to help identify and solve the integration issues facing grid and energy ecosystem advancement. It also empowers users to drive improvements in real time, as well as to accelerate continuous improvement over time.

Founded in 1975, Microsoft (Nasdaq "MSFT") is the worldwide leader in software, services and solutions that help people and businesses realize their full potential.

For utility industry-specific information:

Please visit http://www.microsoft.com/utilities and http://www.microsoft-hohm.com.

Source: http://www.microsoft.com/presspass/press/2009/oct09/10-13MSRAArchPR.mspx