As well as assessing a power system’s flexibility by examining traditional supply-side flexibility sources, the Agency’s approach also encompasses demand-side flexibility, grid reinforcements, storage and sector coupling as additional flexibility sources and potential “game changers”. Furthermore, heat and hydrogen production from renewables can boost system flexibility and help with energy decarbonisation.

The approach is based on the fact that when coupled to a power grid, technologies at this interface effectively also become components of the power system and thus can be modelled as such. Electric vehicles (EVs), electric boilers, heat pumps and electrolysers for hydrogen production provide additional flexibility to the power system by 1) adjusting their demand profile based on price signals and 2) making any integrated electricity, gas or heat storage a source of energy storage for the power system, thereby decoupling the timing of demand for final energy from electricity demand.

With a high share of VRE, the production of carbon-free electrofuels such as hydrogen from renewable electricity could have a significant role in the context of the decarbonisation of the energy sector beyond electricity generation. The production of hydrogen can provide significant flexibility for the power system (depending on the type of electrolyser), as well as – most importantly – seasonal storage of renewable electricity by blending hydrogen into natural gas grids.

IRENA is actively working in this field; its past work on sector coupling includes the following:

• Demand-side flexibility for power sector transformation: Analytical brief;
• Hydrogen: A renewable energy perspective;
• Hydrogen from renewable power: Technology outlook for the energy transition;
• Electric Vehicles technology brief; and
• Innovation outlook: Smart charging for electric vehicles.

Perspectives for the energy transition: Investment needs for a low-carbon energy system

This joint study looks at the potential for decarbonisation in the energy sector in G20 countries and around the world. Chapter 3, “Global Energy Transition Prospects and the Role of Renewables”, highlights findings from the International Renewable Energy Agency (IRENA).

• March 2017
• |
• Climate Change, Energy Transition
• |
• English

Recent Publications

Global Hydrogen Trade to Meet the 1.5°C Climate Goal: Green Hydrogen Cost and Potential

This report estimates the potential for green hydrogen production as a function ...

Innovation Outlook: Renewable Ammonia

This IRENA-AEA joint report provides a detailed overview of renewable ammonia in contrast ...

Innovation Trends in Electrolysers for Hydrogen Production

This EPO-IRENA joint report uses patent statistics to reveal the trends and dynamism in th...

Global Hydrogen Trade to Meet the 1.5°C Climate Goal: Technology Review of Hydrogen Carriers

The report covers transformation from gaseous hydrogen to a suitable f...

More

Related Content

IRENA Director-General Reacts to UNSG’s Remarks on Energy Transition

18 May 2022 | Press Releases

Patents for Green Hydrogen Technology on the Rise

12 May 2022 | Articles

The Big Impact of Mini-Grids in Mali’s Rural Areas

11 May 2022 | Articles