Global Standards Collaboration (GSC) 14
DOCUMENT #:
GSC14-PLEN-066
FOR:
Presentation
SOURCE:
ETSI
AGENDA ITEM:
PLEN 6.8
CONTACT(S):
Jonas SUNDBORG, Beniamino GORINI
ETSI Green Agenda
Jonas SUNDBORG
ETSI Board Vice Chairman,
ETSI OCG Chairman,
ETSI Green Agenda Champion
Geneva, 13-16 July 2009
Fostering worldwide interoperability
Highlight of Current Activities
ETSI is currently focusing the Green
Agenda activities in mainly three areas:
Technical standardization activity
Electronic working tools
Implementation, and
Usage including a proposal for a Green standards
challenge to Standards Bodies
ETSI Green Agenda seminar
Geneva, 13-16 July 2009
Fostering worldwide interoperability
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Technical standardization activities
Six (6) recent ETSI publications
See slides 10-12
18 active ETSI work items
See slides 13-21
Numerous ETSI liaisions with other
bodies/fora
See slides 22-23
Geneva, 13-16 July 2009
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Electronic tools
(1)
ETSI is currently using/implementing new
electronic working tools in the standards
development process
Successful experiences
The full scope is being addressed
Chat
E-mail
Wiki
Blog
Telephone conference
Presentation/sharing tools like GoToMeeting (Webcast, Web
conferencing, ...)
Videoconference/telepresence
Web
Geneva, 13-16 July 2009
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Electronic tools
(2)
As a next step to the implementation of
the actual tools for electronic working is
the usage of them
Work initiated to define a roadmap for the
use of electronic working tools in the ETSI
standardization process including
Guidelines
Performance criteria
Timescale
Measured/estimated improvement
Geneva, 13-16 July 2009
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Electronic tools
(3)
Green Standards Challenge: Five (5) proposed steps for green
standards meetings:
Step 1: Any member can participate remotely and submit / present
contributions using audio. Contributions sent by E-mail or Ftp and
displayed by secretary. Audio good enough for remote participant to hear
all comments / questions.
Step 2: Contributions can be presented using GoToMeeting (or equivalent)
- visible to all participants and progressing / editing of document displayed.
Audio good enough so that any remote participant is not disadvantaged.
Speakers / questioners identified by name.
Step 3: Documents and remote speaker both visible to all participants. All
questioners appear on video.
Step 4: Performance sufficient to do away with some face-to-face
meetings. Build on current Webinars to include video as key element to see
speaker and / or chairman as well as document.
Step 5: Teleconference / multimedia telepresence using professional
equipment.
Performance Targets and timescales for each phase to be defined.
Geneva, 13-16 July 2009
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ETSI Green Agenda seminar
Purpose
Ensure good collaboration and a coherent approach to the
Green Agenda between ETSI and other organizations
Identify gaps and define necessary actions
Communication of results
When
26 November 2009, 9h00—16h00
The day after ETSI General Assembly meeting #54
Where
Nice area, France
How
ETSI is host and invites ETSI members and also external
participants
Webinar (i.e. electronic) participation possible
Free of charge to participate
Geneva, 13-16 July 2009
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Next Steps/Actions
ETSI wishes to collaborate with other
PSOs and ITU in particular on the topic of
electronic working tools and their usage
Green standards challenge
Five (5) proposed steps for Green standards
meetings (see slide 6)
ETSI Green Agenda Seminar
26 November 2009, Nice area, France
Geneva, 13-16 July 2009
Fostering worldwide interoperability
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Supplementary Slides
Geneva, 13-16 July 2009
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ETSI Published Deliverables (1)
TR 102 532 (2009-06): “Environmental Engineering (EE) The use of
alternative energy sources in telecommunication installations”
This document is an overview of the alternative energy sources that
can be used in telecommunication installations
TR 102 530 (2008-6): “Reduction of energy consumption in
telecommunications equipment and related infrastructure”.
This document reports some techniques and some aspects to take into
account during the evaluation of the possible reduction of energy
consumption at equipment level and at installation level. The first
version of this document refers principally at broadband equipment.
TS 102 533 (2008-06): ”Measurement Methods and limits for
Energy Consumption in Broadband Telecommunication Networks
Equipment”
This document establishes an energy consumption measurement
method for broadband telecommunication network equipment; gives
contributions to fix target energy consumption value for wired
broadband equipment including ADSL and VDSL.
Geneva, 13-16 July 2009
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ETSI Published Deliverables (2)
EG 202 534 V1.1.3 (2007-07) “Human Factors (HF); Guidelines for
real-time person-to-person communication services”
This document provides guidelines for real-time person-to-person
communication services. The guidelines are intended for persons
working in network operator, equipment manufacturer, service
provider and other organizations who may influence the development
of services for end-users. This includes strategic planners, sales
persons, customer support personnel and conference meeting
facilitators.
TR 102 531 (2007-04): “Better determination of equipment power
and energy consumption for improved sizing”
This document gives guidance on a more appropriate determination of
equipment energy consumption with the goal to be able to realize a
good design of power station and related power distribution network.
A correct design helps to have a better energy efficiency of power
station with impact on the energy saving and with a not oversized
dimensioning of power network permits to reduce the use of material
(cupper) and as consequence a minor impact on the environment and
a cost reduction.
Geneva, 13-16 July 2009
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ETSI Published Deliverables (3)
EN 300 132-3 (2003-8): “Power supply interface at the input to
telecommunications equipment; Part 3: Operated by rectified current
source, alternating current source or direct current source up to 400
V”.
This document standardizes a new power interface able to supply both
telecom and ICT equipment. This solution permits to build only a
power network, with backup, to supply energies at all types of
equipment present in a data center without using UPS or AC/DC
converters at 48 V so the global energetic efficiency of the entire
system is greater than other solutions contributing and the energy
saving.
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Active Work Items in ETSI (1)
DTR/EE-00006: “Environmental Engineering (EE) Environmental consideration
for equipment installed in outdoor location”
This technical report provides guidelines on the applicability of ETSI
environmental classes to equipment installed in outdoor cabinet. Also acoustics
noise emission are considered.
TS 102 706 (DTS/EE-00007): “Environmental Engineering (EE) Energy
efficiency of wireless access network equipment”
This work will establish wireless access network energy efficiency metrics, define
efficiency parameters and measurement methods for wireless access network
equipment. In the first phase GSM/EDGE, WCDMA/HSPA and WiMAX are
addressed. Other systems, such as LTE, will be added when a stable system data
is available.
The draft is in approval process
DTR/EE-00008: “Environmental Impact Assessment of ICT including the
Positive Impact by using ICT Services”
This work will define the methods to assess the environmental impacts of ICT,
which have two aspects. i) Negative impact caused by the energy consumptions
or CO2 emissions of operators of ICT equipments and sites including telecom
network, users terminals, datacenters for residential and business services. Ii)
Positive impact caused by energy saving or CO2 emission saving by using ICT
services. We propose the method how to quantify such these impacts at national
level.
Geneva, 13-16 July 2009
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Active Work Items in ETSI (2)
DES/EE-00014: LCA assessment of telecommunication equipment
and service part 1: General definition and common requirement
This document will establish a define methodology for the Life Cycle
Analysis assessment of Telecommunication equipment and service
including infrastructure. It will define rules for the functional unit
selection, the system boundary selection and the allocation
procedures, for different type of telecom services. The document will
cover the assessments of telecommunication equipment and service
and will be used by manufacturers and operators. The work will be
based on existing international available standards from ISO and IEC
e.g. (IEC/EN 62075)
DES/EE-00015: Measurement method and limits for energy
consumption in broadband telecommunications equipment;
It will convert the existing TS 102 533 in an ES addressing the
following items: MSAN equipment to be developed, complete GPON
system (including in the system OLT and ONU/ONT), include the FTTH
technology, set up and target value for equipment using more than
one operating mode
Geneva, 13-16 July 2009
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Active Work Items in ETSI (3)
DTS/EE-00018 “Measurement methods and limits for Energy
consumption of End-user Broadband equipment (CPE)”
This WI was approved to cover the power consumption limits based on the European Code of
Conduct of Power Consumption of Broad-Band Access equipment and will define the
methodology and the tests conditions to measure the power consumption of end-user
broadband equipment
Following the publication of EU regulation 1275/2008 for the Off mode/Standby mode, this WI
has been amended with the following scope: “Define metrics and targets for Customer
premises networking equipment to guarantee a fair comparison of products in the same
subclass of products at point in the network. The work will be taking in account the available
specification in this area (e.g. European Code of Conduct., ATIS, HGI documents)”
The amended WI is in approval process
The test methodology and the tests conditions to measure the power consumption of end-user
broadband equipment (CPE) are considered in a new WI (DEN/EN-00021) under is under the
frame of the EU Mandate M/439 for the standardization in the field of standby and off-modes
power consumption measurement of the Commission Regulation N° 1275/2008
RTR/EE-00019 “Reduction of energy consumption in
telecommunications equipment and related infrastructure”
This is the revision of the TR102530. This TR will be improved by adding methods to reduce
diesel running time by using batteries and the strategy of monitoring of power consumptions
will be extended.
Geneva, 13-16 July 2009
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Active Work Items in ETSI (4)
RTR/EE-00020 “The use of alternative energy solutions
in telecommunication installations”
This WI is the revision of the TR102532. This TR will be improved to include
guidelines for the application of alternative energy solutions (both for powering
and cooling) to telecommunication networks, based or real deployments and
experience available up to now. The issue of disposal of waste materials and Life
Cycle Analysis related to alternative energy solutions (e.g. batteries) will be
developed.
DEN/EE-00021 “Measurement methods for Energy
consumption of End-user Broadband equipment (CPE)”
This WI will define the methodology and the tests conditions to measure
the power consumption of end-user broadband equipment (CPE) within the
scope of EU regulation 1275/2008
The measurement method in off-mode and Standby-mode will be used to
assess compliance with the Commission Regulation N° 1275/2008 under
the frame of the EuP directive
This EN is under the frame of the EU Mandate M/439 for the
standardization in the field of standby and off-modes power consumption
measurement of the Commission Regulation N° 1275/2008
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Active Work Items in ETSI (5)
DTR/EE-00011: TR 102 489 V02. “Thermal Management
Guidance” (work item under formal approval phase)
This new version of the TR introduces guidelines to increase
the efficiency of the cooling system in data center and
telecommunication center. A new installation layout is
proposed to improve heat dissipation of equipment.
DTR/EE-000XX: TR 102 489 V02. “Thermal Management
Guidance” (work item under formal approval phase)
This new version of the TR introduce some suggestions on how to
increase the efficiency of the cooling system in data center and
telecommunication center and for a new installation layout for
favorite the dissipation of equipment.
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Active Work Items in ETSI (6)
DTR/ATTM-06002: “Power Optimization for xDSL
transceivers.”
Possibilities to optimize the power consumption of the xDSL
transceiver shall be investigated. These investigations may
include power modes that are beyond the currently existing
modes. The potential influence of power optimization schemes
on the stability and performance of each line of the network
due to power optimization, e.g. non-stationary noise, shall be
an important part of the WI.
DTR/ATTM-06002: “Power Optimization for xDSL transceivers.”
Possibilities to optimize the power consumption of the xDSL
transceiver shall be investigated. These investigations may include
power modes that are beyond the currently existing modes. The
potential influence of power optimization schemes on the stability
and performance of each line of the network due to power
optimization, e.g. non-stationary noise, shall be an important part
of the WI.
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Active Work Items in ETSI (7)
DTS/ATTM-02005-x-y
This TS series addresses the energy efficiency of the key sub-systems for
broadband deployment ranging from the operators data centers, sites, core
networks, via the access network to the customer premises. The work has been
done under the Specialist Task Force (STF) 362.
The following deliverables have now been approved in the Working Group and
sent for publication.
TS 105 174-1: Energy Efficiency and Broadband Deployment: Overview, common and
Generic Aspects
TS 105174-2-1: Energy Efficiency and Broadband Deployment: Operator sites.
TS 105174-2-2: Energy Efficiency and Broadband Deployment: Data centres.
TS 105174-4: Energy Efficiency and Broadband Deployment: Access networks
TS 105174-5-1: Energy Efficiency and Broadband Deployment: Customer network
infrastructures: Homes (Single-tenant)
TS 105174-5-2: Energy Efficiency and Broadband Deployment: Customer network
infrastructures: Office premises (Single-tenant)
TS 105174-5-4: Energy Efficiency and Broadband Deployment: Customer network
infrastructures: Customer data centres (Single-tenant)
The metrics of energy efficiency (Key Performance Indicators) have been
addressed for each sub-system and defined for specific sub-systems in which
they will link into other initiatives such as the EU Code of Conducts.
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Active Work Items in ETSI (8)
DTS/ATTM-02005-x-y: “Energy Efficiency and Broadband Deployment”
Revise TS series to improve energy efficiency KPI and strengthen
requirements for conformance.
Co-ordinate activities with CLC TC215
TC215 WG3: Future EN 50600 series: Data centre infrastructure and facilities
TC215 WG2: EN 50174-2: Data centre cabling installation planning and installation
practice
Monitor CLC activities
Energy efficiency mapping tools (from CLC BT WG132-3 reports)
Co-ordinate activities with ETSI EE
Measurement of energy efficiency parameters
DTR/TISPAN-05028-NGN-R3: “Telecommunications and Internet converged
Services and Protocols for Advanced Networking (TISPAN); Feasibility study of
Energy Efficiency in the Customer Premises Networks“
Proposed work on the different methods of energy control and energy
management, i.e., on protocols that control and/or monitor the Energy Efficiency
/ power modes of devices in the Customer Premises Network. This includes
discussion of white-goods, as well as STB, CNG, IPTV, media-storage devices,
WLAN Access Points, etc. It is expected that the protocols will allow remote
access by users and/or the NGN service provider. Existing work from other fora
will be considered, e.g. from HGI, ETSI EE, ETSI ATTM, and from EC Code of
Conduct, etc.
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Active Work Items in ETSI (9)
Specialist Task Force (STF) 354: ”Guidelines and Tutorials for Improving the User Experience of
Real-time Communication Services”
TR 102 643 (DTR/HF-00111); “Human Factors (HF); User experience requirements for real-time
communication services”
The work item shall evaluate existing user-centered guidelines and their dissemination for the
development of real-time communication services. This includes EG 202 534 and the web-based system
developed by STF 284 (DEG/HF-00062). The real-time services shall include person-to-person
communication (e.g., multimedia conferencing, text communication) and person-machine interaction (e.g.
machine avatars, mobile TV). Future requirements shall be derived from industry consultation and shall
identify the priorities for new guideline data beyond that currently available. Recommendations shall be
made that take into account the evolution of technologies, the development of user and market
requirements and updates of the EC ICT Standardization Work Programme.
EG 202 670 (DEG/HF-00112); “Human Factors (HF); Quality of Experience Guidelines for real-time
communication services expressed in Quality of Service terms“
The main requirements for the work are documented in TR 102 535. The work item shall address results
from DTR/HF-00061 and DEG/HF-00062 that could not be included in EG 202 534 because they were
beyond its scope. In particular, case studies with target audiences identified requests for at least 75
candidate guidelines that could not be included in EG 202 534 because either there was no base data
available or they concerned real-time person-to-machine communication rather than person-to-person
communication. Therefore work shall be performed to collect base data (e.g. literature review and user
tests) and include real-time person-to-machine communication services (e.g. media quality for mobile TV
streaming, machine avatars). The work includes special user groups. For example, it is expected to include
guidelines from ongoing work on the optimization of real-time text communication for people who are
hearing impaired. In summary the work shall include: continuing contact with intended guideline users
within industry for their requirements and feedback; identifying the set of guidelines that should be
developed; monitoring published research findings for inclusion as guidelines; performing end-user studies
to create guidelines; revising EG 202 534 as a new Guide. The guidelines shall be used to extend the webbased system initiated by DEG/HF-0062 and designed to be appropriate for key industry representatives
(e.g. strategic planners, development engineers, customer support contacts, conference meeting
facilitators).
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ETSI Liaisons (1)
The following liaisons have been established from ETSI Technical
Committee Environmental Engineering (EE) with other organizations
working on eco-environmental topics:
ITU-T SG 5
Liaison has been established with ITU-T Study Group 5 as this group will be in
charge for the eco-environmental topics.
ATIS NIPP
Liaison has been received on the energy saving topics. TC-EE has replied to
establish cooperation with ATIS on this subject.
Home Gateway Initiative (HGI)
Liaison has been received on the energy saving topics for CPE. TC-EE has
accepted this cooperation.
3GPP, GSM Association and ETSI BRAN
Liaison sent to these organizations for cooperation on the WI of energy efficiency
of wireless access networks.
Broadband Forum (BBF)
Liaison received on 5 June 2009 for cooperation on energy efficiency of
broadband equipment. This will be considered at the next EE chairman
coordination meeting (17 June 2009).
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ETSI Liaisons (2)
The following liaisons have been established from ETSI Technical Committee Access
Terminals Transmission Multiplexing (ATTM) with other organizations working on
Energy Efficiency & Broadband Deployment:
GeSI-EE IOCG Standardisation Branch
ATTM and GeSI-EE IOCG have agreed to open an active liaison in order to collaborate on
development of useful standards on efficient broadband deployment and multi-service
implementation
CENELEC TC 215, TC 205 and TC 209 (ETSI M2M and TISPAN collaborated too)
By means of Installation & Cabling Co-operation Group, strong cooperation is planned with
CLC/TCs on energy efficiency of broadband networks and liaised equipment
Next Installation & Cabling Co-operation Group (I&C CG) is schedule on the 29th of September,
2009 in Paris to manage study of energy efficient data centre and home networking
ITU-T SG 5
Liaison has been requested to ITU-T Study Group 5 in order to cooperate on monitoring of
energy efficiency and broadband deployment
ATIS NIPP
Liaison has been requested to ATIS NIPP in order to cooperate on monitoring of energy
efficiency and broadband deployment
Home Gateway Initiative (HGI)
Liaison has been requested to HGI in order to cooperate on efficient multi-service equipment
Broadband Forum (BBF)
BBF and ATTM chairmen agreed to create a global liaison between their bodies in order to
strongly cooperate on monitoring of energy efficiency and broadband deployment
Liaison will be active by end of 2009
GSM Association
Liaison statement has been received from GSMA to cooperate on monitoring of energy
efficiency of base station (global key performance indicators)
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