Lessons learned from international projects on TSO-DSO interaction
Annex 6 presents the lessons learned from international projects on TSO-DSO interaction.
Key Messages Annex 6 – Power Transmission & Distribution Systems
In this document we describe the Drivers for change regarding generation, grid, and demand; the Resulting consequences on operation and planning of the power transmission and distribution systems; and the Needs to ensure sustainability & security of supply with respect to technology, market innovations and policies.
ELECTRIC VEHICLE AND POWER SYSTEM INTEGRATION: KEY INSIGHTS AND POLICY MESSAGES FROM FOUR CEM INITIATIVES
Webinar: Electricity market designs for flexibility: from zonal to nodal architectures, findings from first market simulations
27 May 2021 14:00 CEST - Which are the most suitable market designs to capture the value of flexibility in power systems? The European project OSMOSE has developed different models from nodal to zonal market architectures to assess the economic value of different flexibility mixes (load, generation and power flows) in future power system scenarios. The webinar will introduce the zonal and nodal market designs modelled in OSMOSE, present the first simulation results, and discuss the preliminary findings of this ongoing work.
Webinar – IEC61850 standard: what for, which benefits, what pending challenges? How is the Osmose project contributing?
3 May 2021 15:00 CEST - This webinar introduces the IEC61850 standard on communication protocols for intelligent electronic devices at electrical substations, and its benefits. The interoperability needs and issues are presented, as well as the IEC61850 scope and structure, its applications fields, and complementarity with other standards. It concludes on the ongoing developments within the OSMOSE project for the standard’s implementation (subject of a second webinar).
Webinar – Advanced weather forecasting for RES applications: multi-source observations to improve solar forecasting within the Smart4RES project
29 Apr. 2021 13:00 CEST - ISGAN and Smart4RES invite you to the 2nd part of its webinar series on Advanced Weather Forecasting. This webinar will present solar irradiance forecasting methods based on a network of ground-based sky cameras, radiometers and ceilometers as well as satellite data. Furthermore, new designs to data assimilation are presented that combine the best of the observations with the best of numerical weather prediction models to produce optimized weather forecast for RES applications.
Webinar: Electricity market designs for flexibility: from zonal to nodal architectures, findings from first market simulations
27 May 2021 14:00 CEST - Which are the most suitable market designs to capture the value of flexibility in power systems? The European project OSMOSE has developed different models from nodal to zonal market architectures to assess the economic value of different flexibility mixes (load, generation and power flows) in future power system scenarios. The webinar will introduce the zonal and nodal market designs modelled in OSMOSE, present the first simulation results, and discuss the preliminary findings of this ongoing work.
Webinar – IEC61850 standard: what for, which benefits, what pending challenges? How is the Osmose project contributing?
3 May 2021 15:00 CEST - This webinar introduces the IEC61850 standard on communication protocols for intelligent electronic devices at electrical substations, and its benefits. The interoperability needs and issues are presented, as well as the IEC61850 scope and structure, its applications fields, and complementarity with other standards. It concludes on the ongoing developments within the OSMOSE project for the standard’s implementation (subject of a second webinar).
Webinar – Advanced weather forecasting for RES applications: multi-source observations to improve solar forecasting within the Smart4RES project
29 Apr. 2021 13:00 CEST - ISGAN and Smart4RES invite you to the 2nd part of its webinar series on Advanced Weather Forecasting. This webinar will present solar irradiance forecasting methods based on a network of ground-based sky cameras, radiometers and ceilometers as well as satellite data. Furthermore, new designs to data assimilation are presented that combine the best of the observations with the best of numerical weather prediction models to produce optimized weather forecast for RES applications.