[EA11] How far can we go with wind and solar?

In this era of urgent and ambitious climate goals, most paths to a decarbonised power system feature high shares of variable renewable energy, primarily wind and solar. To avoid high costs, new tools to capture the benefits of these clean resources are needed, to manage the new loads from electrification of heating and transport, and accommodate increasingly distributed system sources. Ensuring reliability will require faster response times and greater flexibility.

The International Energy Agency’s Wind Technology Collaboration Program Task 25 has explored these formidable challenges in their report Design and operation of energy systems with large amounts of variable generation. On 30 March, the Electrification Academy is delighted to welcome lead author Hannele Holttinen to share the findings of IEA Wind TCP Task 25. She will draw on the extensive information gathered in the report to share:

  • Recent experience and study results from 17 countries on operating and planning systems with large amounts of variable renewable energy sources.
  • How net-zero plans affect power system planning and operation.
  • How to push limits towards near-100% renewables.

Speaker

Hannele Holttinen, Senior Adviser, Partner, Recognis Oy. Operating Agent of Task 25 of IEA WIND TCP

Recording

Presentation

https://help.leonardo-energy.org/hc/en-us/article_attachments/4887180605842/EA11_presentation_circulation.pdf

Further reading

Summary report ”Design and operation of energy system with large amounts of variable generation” https://doi.org/10.32040/2242-122X.2021.T396 

”Towards 100% Variable Inverter-based Renewable Energy Power Systems” by Bri-Mathias Hodge, C Brancucci, H Jain, G Seo, B Kroposki, J Kiviluoma, H Holttinen, J C Smith, A Estanqueiro, A Orths, L Söder, D Flynn, M Korpås, T K Vrana, Yoh Yasuda. WIREs Energy and Environment vol 9, iss. 5, e354 https://doi.org/10.1002/wene.376

“System impact studies for near 100% renewable energy systems dominated by inverter based variable generation” by H Holttinen; J Kiviluoma; D Flynn; C Smith; A Orths; P B Eriksen; N Cutululis; L Söder; M Korpås, A Estanqueiro, J MacDowell, A Tuohy, T K Vrana, M O’Malley , IEEE TPWRS Oct 2020 open access https://ieeexplore.ieee.org/document/9246271 https://www.researchgate.net/project/IEA-Task-25-Design-and-Operation-of-Power-Systems-with-Large-Amounts-of-wind-power 

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Last update: March 30, 2022