5. IRENA’s work on Green Hydrogen
Knowledge
• Hydrogen from renewable power: Technology outlook for the energy
transition (2018)
• Hydrogen: A renewable energy perspective (2019)
• Reaching Zero with Renewables (forthcoming in 2020)
• Technology Brief: Electrolyser Technologies (forthcoming in 2020)
Outreach
• Panel on Electrification of Fuels: Hydrogen at IRENA Innovation Week
(2018)
• Thematic meeting “Decarbonizing complex sectors” at 18th Council (2019)
• Ministerial Roundtable on Green Hydrogen at 10th Assembly (2020)
• Virtual Meeting of the Collaborative Framework on Green Hydrogen
(today)
Technology Brief
Electrolyser Technologies
2018
2019
2020
5
6. Key points from the Ministerial Roundtable on Green Hydrogen
6
• Scale up and cost reduction of electrolysers is the priority
• Need for policy support to help create the early applications
• Importance of continued work on standards and establishment
of international trade of CO2-free hydrogen that can be certified
and verified in its production route
• Link between green hydrogen production, renewable power supply and flexibility of power systems at all
timescales, from frequency control to providing seasonal storage for wind and solar
• Trade opportunities between countries with abundant, low-cost renewable resources and countries that will
need more green hydrogen than what can be domestically produced at competitive cost
7. Hydrogen: A key part of future Energy Systems
7
Hydrogen’s role
• Solution for end-uses that are hard to directly
electrify. Emission reduction (GRO 2050):
• Green Hydrogen: 3%; Blue Hydrogen: 3% (PES)*
• Green Hydrogen: 7%, Blue Hydrogen: 1% (TES)**
• Increase the flexibility of power systems at all
timescales
Key Points in 2050 (TES)
• Hydrogen production costs: 0.9-2.0 USD/kg H2
• Electrolyser capacity: 1700 GW
• Electricity to produce green hydrogen: 7.5 PWh
• Solar and Wind capacity: at least 4 TW * Reduction in Planned Energy Scenario (33 Gt in 2050) in relation to Baseline (43 Gt in 2050)
** Additional reduction in Transforming Energy Scenario (9.5 Gt in 2050)
in relation to Planned Energy Scenario (33 Gt in 2050)
8. Collaborative Framework
on Green Hydrogen
AGENDA
• Justification for the Framework
ꟷ Value addition
ꟷ Complementarity with other platforms
• Proposed terms of reference and working methods
ꟷ Objectives
ꟷ Name, structure and working methods
ꟷ Necessary linkages with IRENA Governing Bodies,
Work Programme and Medium-Term Strategy
• Participation and timing of the inclusion of external stakeholders
• Proposals for work plan and activities for 2020-2021
ꟷ Milestones and processes
• Funding including Member commitments for the provision
of Voluntary Contributions
• Way forward
9. AGENDA
• Justification for the Framework
ꟷ Value addition
ꟷ Complementarity with other platforms
• Proposed terms of reference and working methods
ꟷ Objectives
ꟷ Name, structure and working methods
ꟷ Necessary linkages with IRENA Governing Bodies,
Work Programme and Medium-Term Strategy
• Participation and timing of the inclusion of external stakeholders
• Proposals for work plan and activities for 2020-2021
ꟷ Milestones and processes
• Funding including Member commitments for the provision
of Voluntary Contributions
• Way forward
MEMBER INTERVENTIONS
To request for the floor,
please click on the
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10. WEDNESDAY, 18 JUNE 2020 • 15:00 – 16:30 GST
First Meeting of the
Collaborative Framework on Green Hydrogen