EGU 2024

James Fallon

PhD Student at University of Reading, Energy-Meteorology group

EGU 2024 Abstract in session ERE2.5:
Simulating Reserve Power Systems in Future Climates: Bias Adjustment Approaches for Regional Climate Projections

Publications

• Fallon, J. C., Brayshaw, D. J., Methven, J., Greenwood, D., Jensen, K., Krug, L., in preparation: Revenue from Weather-Sensitive Surplus Energy Capacity of Reserve Systems
• Fallon, J. C., Brayshaw, D. J., Methven, J., Jensen, K., Krug, L., in review: Climate Scenario Assessment for Releasing Weather-Sensitive Infrastructure Power Reserves
• Fallon, J. C., Brayshaw, D. J., Methven, J., Jensen, K., Krug, L., 2023: A new framework for using weather-sensitive surplus power reserves in critical infrastructure. Meteorological Applications, 30(6), e2158, https://doi.org/10.1002/met.2158

Datasets

• Fallon, James, Brayshaw, David, Methven, John, Jensen, Kjeld and Krug, Louise (in preparation): UKCP18 and MERRA2 derived time series of GB telecommunications infrastructure electricity load, using projected future temperature. University of Reading. Dataset.
• Fallon, James, Brayshaw, David, Methven, John, Jensen, Kjeld and Krug, Louise (2024): MERRA2 derived time series of GB telecommunications infrastructure electricity load, using historical daily surface temperature. University of Reading. Dataset. https://doi.org/10.17864/1947.000533

Materials from past conferences

• Risk and Resilience Day 2024 — Presentation Slides:
  Utilising Reserve System Surplus to Improve Power System Adequacy
• ICEM23 — Presentation Slides:
  Climate-Sensitive Power Reserves to Improve Grid Resilience
• ICEM23 — Workshop Resources: Climate Services Workshop
• EGU23 — Abstract in session ITS3.2/ERE2.8:
  Releasing Climate-Sensitive Critical Infrastructure Power Reserves to Improve Grid Resilience