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 ======Future Energy Systems in europe======
+The European energy sector faces critical challenges in the future; achieving a 50% reduction in CO2 emissions and oil consumption by 2030 is possible through technology and policy measures.\\
+ \\
+ (Generated with the help of GPT-4) \\
 ^  Quick Facts  ^^
-| Report location:  |[[https://www. EUroparl. EUropa. EU/RegData/etudes/etudes/join/2009/416243/IPOL-JOIN_ET(2009)416243_EN.pdf| source]]  |
+|Report location:  |[[https://www.europarl.europa.eu/RegData/etudes/etudes/join/2009/416243/IPOL-JOIN_ET(2009)416243_EN.pdf|PDF]]   |
-| Language:  | English   |
+|Language:  |English  |
-| Publisher:  |[[encyclopedia:panel_for_the_future_of_science_and_technology|Panel for the Future of Science and Technology]]  |
+|Publisher:  |[[encyclopedia:panel_for_the_future_of_science_and_technology|Panel for the Future of Science and Technology]]  |
-| Publication date:  |October 15, 2009  |
+|Publication date:  |October 15, 2009  |
-| Authors:  |Anders Kofoed-Wiuff, Alexandro Filippidis, Kenneth Karlsson, Sara Moro  |
+|Authors:  |Alexandro Filippidis, Anders Kofoed-Wiuff, Gy Larsen, Kenneth Karlsson, Sara Moro  |
-| Time horizon:  | 2030    |
+|Time horizon:  |2030    |
-| Geographic focus:  |european_union   |
+|Geographic focus:  |European Union, EU27   |
-| Page count:  |81  |
+|Page count:  |81  |
 =====Methods=====
+The research method used in the report involves scenario building, data analysis, and modeling with the Sustainable Technology Research and Energy Analysis Model (STREAM). The scenarios are quantified for the year 2030, considering various energy mixes, technological potentials, and policy measures. The STREAM model is a bottom-up approach that allows for quick scenario creation and is based on publicly available data.\\
+ \\
+ (Generated with the help of GPT-4) \\
 =====Key Insights=====
+The report examines the European energy sector's future challenges, focusing on achieving a 50% reduction in CO2 emissions and oil consumption by 2030. Two main scenarios, Small-tech and Big-tech, are explored, each with distinct approaches to energy production, distribution, and consumption. Small-tech emphasizes distributed generation, renewable energy, and energy savings, while Big-tech relies on centralized solutions like Carbon Capture and Storage (CCS) and nuclear power. Both scenarios involve significant changes in the transport sector, increased use of electric vehicles, and a shift away from oil. The report also discusses the economic implications, the role of policy at various levels, and the importance of energy savings, infrastructure development, and technology research.\\
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+ (Generated with the help of GPT-4) \\
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 <!-- Insert instructions for additional viewpoints -->
-<span #categories_box> Categories:  {{tag>2009_publication_year}} |  {{tag>2030_time_horizon}} |  {{tag>2030s_time_horizon}} |  {{tag>English_publication_language}} |  {{tag>energy}} |  {{tag>european_union_geographic_scope}}   </span>
+<span #categories_box> Categories:  {{tag>2009_publication_year}} |  {{tag>2030_time_horizon}} |  {{tag>2030s_time_horizon}} |  {{tag>EU27_geographic_scope}} |  {{tag>English_publication_language}} |  {{tag>carbon_capture}} |  {{tag>co2_emissions}} |  {{tag>electric_vehicles}} |  {{tag>energy}} |  {{tag>energy_infrastructure}} |  {{tag>energy_savings}} |  {{tag>energy_sector}} |  {{tag>european_union_geographic_scope}} |  {{tag>nuclear_power}} |  {{tag>oil_consumption}} |  {{tag>policy_measures}} |  {{tag>renewable_energy}}   </span>
 ~~DISCUSSION~~