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ATIS Green Initiative

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Title: ATIS Green Initiative


1
ATIS Green Initiative
DOCUMENT GSC13-PLEN-39
FOR Presentation
SOURCE Alliance for Telecommunications Industry Solutions
AGENDA ITEM Plenary 6.9
CONTACT(S) Tim Jeffries, ATIS VP Technology and Business Development, tjeffries_at_atis.org
Submission DateJuly 1, 2008
2
ATIS Green Initiative
  • ATIS has been actively pursuing the topic of
    Green and its consideration by the
    communications, information and entertainment
    industry.
  • To meet the needs of its members, ATIS will be
    taking a practical, market-driven and
    business-oriented approach to Green.
  • ATIS initial areas of focus include
  • sharing lessons learned and other information
    about Green initiatives and programs across ATIS
    member companies
  • collectively working towards industry-wide
    operational policies, technical standards or
    performance benchmarks to consistently quantify
    conformity to, or levels of, being Green and
  • applying consensus-driven industry-based
    parameters, criteria and guidelines, when
    possible, ahead of government-driven mandates or
    programs.

3
The State of Green
  • Equipment vendors and operators have been
    concerned with reducing energy consumption, heat
    generation, and the equipment footprint for
    years, in an effort to increase operational
    efficiencies and reduce cost.
  • Industry is taking steps and/or have actions
    underway in many Green-related areas.
  • Areas of importance network efficiencies, data
    centers, and applications/services.
  • Areas of interest recycling, corporate ops,
    equipment supply-chains, and alternative
    (Green/renewable) energy.
  • Green work within ATIS committees is currently
    concentrated in the Network Interface, Power, and
    Protection Committee (NIPP).
  • Telecom Energy Efficiencies
  • Restriction of the use of certain hazardous
    substances in electronic equipment (RoHS).

4
Strategic Direction
  • Provide a platform for discussion among
    stakeholders to share lessons learned, best
    practices and (existing or impending)
    requirements.
  • Develop appropriate mechanisms and tools to
    assist industry in advancing or implementing
    Green programs/initiatives (e.g., roadmap).
  • Develop (voluntary) industry-driven,
    market-oriented benchmarks, requirements/criteria
    and performance metrics to measure Green
    efficiencies and improvement.
  • Raise awareness of Green via educational seminars
    and conferences.

5
Challenges
  • The term Green is too freely used without being
    clearly defined leading to misconceptions, misuse
    and/or greenwashing.
  • Most, if not all, companies are regularly
    addressing external inquiries on their internal
    Green programs/initiatives such as stakeholder
    expectations.
  • The industry is currently in a state of having to
    react to parameters, criteria and guidelines
    based on or driven by government mandates.
  • There are no industry-wide operational policies,
    technical standards or performance matrices to
    consistently quantify conformity to, or levels
    of, being Green.

6
Next Steps/Actions
  • Define the meaning of Green and the Greening
    process
  • Consider Green initiatives in discrete areas such
    as product development, corporate operations and
    service offerings, and their usefulness in
    attaining broader corporate goals such as greater
    network efficiencies, utilization of alternative
    energy sources, and compliance to
    regulatory/policy mandates.
  • Initiate consideration of Green areas where
    greater efficiencies can be driven within the
    industry, as well as industrys role in driving
    Green efficiencies into other industry sectors
    such as transportation, education, financial,
    health, etc.
  • Identify existing and/or pending
    government-driven criteria and requirements
    affecting industry, industry-driven technical
    standards activities and operations practices,
    and existing Green programs/initiatives to
    identify areas where industry can proactively
    engage in dialogue to advance industry
    initiatives.

7
Supplemental Slides
8
ATIS Work on Green
  • Reducing power consumption of telecom equipment
    by increased energy efficiency
  • A new subcommittee (NIPP-TEE) was established in
    NIPP to produce a document or suite of documents
    that may be used by Service Providers to assess
    the true energy needs of telecom equipment at
    time of purchase such as
  • Energy use as a function of traffic
  • Energy use as a function of environmental
    conditions
  • Cooling Requirements
  • Suitability of a product for use with renewable
    energy sources
  • Improvements in environmental footprint through
    Life Cycle Assessments
  • Energy Using Products horizontal implementing
    measures
  • Standby and off-mode definitions
  • Standby and off-mode losses
  • Reducing power consumption for DSL modems
  • Related work in the NIPP is investigating methods
    to reduce power consumption for DSL modems at
    both the network and customer ends of the line.
  • Collaboration with the DSL Forum and ITU-T Q4/15
    is expected.

9
ATIS Work on Green
  • Restricting the use of certain hazardous
    materials in telecom equipment
  • The ATIS NIPP launched a working group in 2006
    (NIPP-NPP Pb-Free Working Group) to address
    hazardous waste reduction.
  • RoHS-Compliant Standard for Structural Metals,
    Bus Bars and Fasteners (ATIS-PP-0600009.2007) was
    completed in 2007, providing the physical
    technical requirements for telecommunications
    equipment systems and assemblies intended for
    installation in network equipment buildings and
    electronic equipment enclosures as well as the
    design and construction of mechanical hardware,
    cable assemblies and printed wiring boards.
  • Additional work on reducing the use of lead-free
    solder in telecommunications equipment has been
    launched. Three documents are currently planned
    to address the following testing areas
  • Pb-Free Acceptance Criteria for Modules
  • Pb-Free Acceptance Criteria for Pb-Free
    Assemblies
  • Accelerated Pb-Free Robustness Check
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