Maria Kannavou
Director of energy systems modelling at E3-Modelling Energy-Economy-Environment- Claim this Profile
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English Full professional proficiency
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German Limited working proficiency
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Greek Native or bilingual proficiency
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Experience
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E3-Modelling Energy-Economy-Environment
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Greece
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Research Services
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1 - 100 Employee
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Director of energy systems modelling
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Sep 2020 - Present
- coordination of modelling activities of the energy systems modelling team- energy systems modelling- policy analysis
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Power market analyst and modeller
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Sep 2014 - Aug 2020
Energy analyst in studies focusing on energy system and policy analysis, with specialisation in the supply sector. Expertise in electricity market analysis, market competition, capacity adequacy and capacity mechanisms studies.Leading energy supply modeller responsible for the development of new energy models and further improvement of the existing ones.
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Energy Analyst
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Jun 2013 - Present
Member of the PRIMES modelling team, a large scale energy system model used for policy analysis and impact assessments studies. Development and use of a variety of large-scale energy system models and power supply models simulating the operation of electricity markets (unit commitment models, day-ahead & intra-day market coupling models etc.). Expertise in scenario analysis of climate policies, power market analysis and capacity adequacy studies. Member of the PRIMES modelling team, a large scale energy system model used for policy analysis and impact assessments studies. Development and use of a variety of large-scale energy system models and power supply models simulating the operation of electricity markets (unit commitment models, day-ahead & intra-day market coupling models etc.). Expertise in scenario analysis of climate policies, power market analysis and capacity adequacy studies.
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Master Thesis Project
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Jun 2013 - Jul 2014
The focus of this thesis is the development of a unit commitment model, in order to simulate the short/medium-term operation of electricity markets in a variety of scenarios. The multiple scenarios use different assumptions regarding the level of net imports and the penetration of RES, having as case study the Greek electricity market. The scenario results are used, so as to conduct quantitative analysis regarding flexibility issues, the economical feasibility of power producers and market competition issues.
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Education
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National Technical University of Athens
Doctor of Philosophy - PhD, Modelling and analysis of flexibility in power systems with high penetration of renewables -
National Technical University of Athens
Master of Science - MSc, Electrical & Computer Engineering -
Arsakeia - Tositseia Schools
High School Diploma