Page 1030 - Shaping smarter and more sustainable cities - Striving for sustainable development goals

It is suggested to develop a guideline for climate change adaptation for SSC.

Work FG‐SSC SDO Document Corresponding Standardization Future needs
area deliverable(s) working on number document title gap in this area and suggestions
related to this this area released by to SG5
work area this SDO
ICT and ICT for climate ITU‐T ITU‐T L.1400 To develop
climate change adapta‐ WP3/SG5 series guidelines on
change tion in cities (ICT and climate change
[ITU‐T TR climate assessment
climate] change) (adaptation and
mitigation) for
SSC
ITU‐T L.1410 Methodology for environmen‐
tal life cycle assessment (LCA)
of information and communi‐
cation (ICT) goods, networks
and services
ITU‐T L ITU‐T L.1410 – Case studies
Suppl. 2
ITU‐T L.1420 Methodology for energy
consumption and greenhouse
gas emissions impact assess‐
ment of information and
communication technologies
in organizations
ITU‐T L.1430 Methodology for assessment
of the environmental impact
of information and communi‐
cation technology greenhouse
gas and energy projects
ITU‐T L.1200 Direct current power feeding
interface up to 400 V at the
input to telecommunication
and ICT equipment
ITU‐T L.1201 Architecture of power feeding
systems of up to 400 VDC
ITU‐T L.1202 Methodologies for evaluating
the performance of up to
400VDC power feeding system
and its environmental impact
ITU‐T L.1300 Best practices for green
data centres
ITU‐T L ITU‐T L.1300 ‐ Supplement on
Suppl. 6 validation test of a data centre
cooling method using
renewable energy in a cold
region
ITU‐T L ITU‐T L.1300 ‐ Supplement on
Suppl. 7 rationale for minimum data
set for evaluating energy effi‐
ciency and for controlling data
centre equipment in view of
power saving
ITU‐T L ITU‐T L.1300 ‐ Supplement on
Suppl. 8 potential for primary energy
savings in TLC/ICT centres
through free cooling

1020 ITU‐T's Technical Reports and Specifications