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The TRANSrisk project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 642260

CO2


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The Greek Case Study

Background

Methodology

Outcomes of

Literature Review

Outcomes of 

Stakeholder Engagement 

Literature

Review

21 Semi-Structured Stakeholders' Interviews

1 Stakeholders' Engagement Workshop: 43 Participants


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Environmental Priorities


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Economic Barriers for the Decentralised RE Generation and Storage

  • Requirements for private investments by the consumers;
  • To mobilise capital it is necessary to find ways to increase the value of the decentralised power assets, as well as to find ways to monetise this value;
  • Need for a clear business proposition in order to facilitate access to funding.

Sectorial Priority


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Risks & Opportunities


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Social Priorities


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Construction year of Greek buildings, 2011


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Political Priorities


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Economic Priorities


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Percentage of Population by Energy Use

Primary energy production in Greece, 2014


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CO2 emissions by sector (%) in Greece


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Microgeneration and storage


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2013: Greece among top countries in the world in solar power share (>7%) in electricity demand

Greek PV market in 2014 = 1.6% Greek PV market in 2013

Greek PV market in 2015 = 1.0% Greek PV market in 2013


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Solar PV installed capacity in Greece

 1800

 1200

 1650

kWh

kWp

kWh

2

m

Total Annual Solar Energy 

Total Annual Solar Energy 

 1400

Technical Barriers for the Decentralised RE Generation and Storage

  • Requirements for significant intelligence at both Distribution & Transmition Grid;
  • Interoperability: Need for standardised interfaces for the deployment of small scale solutions for innovative energy system integration and management;
  • Need for technical specifications for small-scale electricity storage.

Regulatory Barriers for the Decentralised RE Generation and Storage

  • Need for legal support for new business models in the energy sector;
  • Inertia due to existing and planned investments in centralised generation;
  • Need for clear responsibilities and contractual arrangements to ensure system's stability;
  • Need for alignment between current technological capabilities and the current building code.

  • Critical role of Financing Institutions, positive and netagive at the same time;
  • Inertia of the Technical Chamber of Greece to establish required registries.


More details available at the Greek Case Study Report

Building Sector System Map Highlights

  • Important role of Research and Financing Institutions;
  • Potential risk of Net-Metering to Power distribution due to Oversupply.





More details available at the Greek Case Study Report

Solar Power System Map Highlights

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