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Efficient integration of wind and solar power in Türkiye – A quantitative analysis of the Turkish power system – (Phase 1)
Operational challenges introduced by high penetration of renewables for the 2026 target year are addressed through market and network simulations. Market & Network simulation tool, which is developed by EPRA are utilized in the project for commercial commitment and dispatching of generators based on merit orders.
COBENEFITS – Development of electricity prices and industry competitiveness through renewable power generation in Türkiye
The objective of the research study is the assessment of the employment effects and skills needed for renewable energies to enhance ambitious climate mitigation action. The objective is to (further) develop methodologies and generate results on employment potentials and skills needed in the energy sector, in order to stimulate public awareness, to initiate discussion and […]
Projection of avoided costs and investment needs until 2030 required for the decarbonization of the Turkish economy
This study aims to address the gap related to the investment needs for decarbonization and opportunity costs of non-transition, and provide an apprehensible guideline for Türkiye’s decarbonization pathway, built upon the outcomes of the “Türkiye’s decarbonization pathway: Net-zero for 2050” project. The new study will use the data which were portrayed in the previous report […]
Decarbonization Pathways for Turkiye 2020–2050 – Modelling Study
The study has two specific objectives: 1) Identification of long-term decarbonization pathways compatible with the Paris Agreement (under the constraints of net-zero and absolute zero emissions by 2050/70) for the Turkish economy in terms of GHG emissions and energy mix, with a particular focus on the power sector 2) Preparation of alternative fossil fuel phase-out […]
Impact of Climate Change on Critical Infrastructure in the Energy Sector of Izmir-Aliaga Region (Phase 1)
Scope of the project is to design and develop a software tool to analyse the effects of climate change on critical infrastructures of energy sector in the İzmir-Aliağa region of Türkiye. The tool will enable performing risk analyses against disasters caused by climate change, addressing resilience of critical assets, and raising public awareness on resiliency […]
Impact of Climate Change on Critical Infrastructure in the Energy Sector of Izmir-Aliaga Region (Phase 2)
Scope of the project (Phase 2) is to analyse the effects of climate change on critical infrastructures of energy sector in the İzmir-Aliağa region of Türkiye through risk analyses against disasters caused by climate change with the tool designed and developed in the scope of Phase 1.
