The following activities have been performed
- ETSI – VRAN energy efficiency measurement, ETSI 203228, Sophia Antipolis, Alcatel-Lucent
- Contribution for VRAN architecture included ETSI standard ES 203 228 as informative Annex B in ES 203 228 v.1.2.1.
- Contribution (EEPS(18)054007) with further details to include this into the main part of the document, October 2018
- Standardization Battery Standard part 2 TS102 553-2 has been approved by ETSI and is under final editing review for publication (Nov 2018)
- Joint standards ITU-T SG5 Q6 and ETSI EE/EE2 : L.ENST series (part 1 Energy Storage overview and part 2 Innovative battery technology)
- invited paper WIOPT and figure of result bed of Lithium Iron battery Part 1 ITU-T L.1220: Energy storage overview has been consented and published by ITU-T in August 2018
- Battery Standard part 2 has been consented as L.1221 and includes IEEE and “How to transform lithium battery opportunities in field operational solutions for Telecom/IT application“, IEEE INTELEC 2018 papers reference Lithium Iron battery test method and smart management (BMS) (Sep 2018)
- “How to transform lithium battery opportunities in field operational solutions for Telecom/IT application“, IEEE INTELEC 2018
- Battery Standard part 2 TS102 553-2 has been approved by ETSI and is under final editing review for publication (Nov 2018)
- Develop standards and include papers reference and results of Soogreen, (invited paper WIOPT) and figure of result bed of Lithium Iron battery Part 1 standard TS 102 553-1 has been approved by ETSI EE and is under publication
- Standardization Joint standards ITU-T SG5 Q19 and ETSI EE/EE2 : L.ENST series, part ENergy Storage
- Standardization ETSI- SooGREEN project presentation, September 2016
- Standardization ITU – Questionnaire on “ Green ICT standards landscape“
- Standardization ETSI – SooGREEN liaison statement