This Project is not specific to Greece. For more details, please visit OpenAIRE Explore.
Link with research outputs.
Please log in first and try again.
Completed
Stabilizing electricity grids and maximizing feed-in of renewables with AI-based forecasts several weeks ahead
FunderNetherlands Organisation for Scientific Research (NWO)
Duration01 Aug 2022 - 30 Apr 2024
Funded underFaculty of Impact - 2021/2022 Energy Transition and Sustainability
Project codeFoI.2021.023
Open Access mandatePublications: NoResearch data: No
Identifiers
Project timeline100%
Description
The massive transition towards renewables combined with more frequent climate extremes is strongly increasing energy market volatility. Reliable weather forecasts weeks to months ahead are urgently needed to support stakeholders in the energy sector to optimally plan production, maintenance, resources, and distribution. Our Artificial Intelligence based forecasts outcompete those of operational systems and have the potential to disrupt the modus operandi in the energy sector. Forecast products for the energy sector would support the transition to resilient and sustainable energy systems by 1) keeping energy affordable, (2) optimizing the share of renewables and (3) fostering energy security.
Partners (3)
Start a new DMP in Loading
The massive transition towards renewables combined with more frequent climate extremes is strongly increasing energy market volatility. Reliable weather forecasts weeks to months ahead are urgently needed to support stakeholders in the energy sector to optimally plan production, maintenance, resources, and distribution. Our Artificial Intelligence based forecasts outcompete those of operational systems and have the potential to disrupt the modus operandi in the energy sector. Forecast products for the energy sector would support the transition to resilient and sustainable energy systems by 1) keeping energy affordable, (2) optimizing the share of renewables and (3) fostering energy security.
