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Successful Experience of Renewable Energy Development in Several Offshore Islands
Available online at www.sciencedirect.com ScienceDirect Energy Procedia 100 ( 2016 ) 8 – 13 3rd International Conference on Power and Energy Systems Engineering, CPESE 2016, 8-12 September 2016, Kitakyushu, Japan Successful experience of renewable energy development in several offshore islands Jhih-Hao Lina, Yuan-Kang Wub*, Huei-Jeng Lina aDepartment of Engineering Science and Ocean Engineering, National Taiwan University, No. 1, Sec. 4, Roosevelt Rd., Taipei 10617, Taiwan bDepartment of Electrical Engineering, National Chung Cheng University, No.168, Sec. 1, University Rd., Chiayi 62102, Taiwan Abstract Islands incur more difficult and expensive energy supplies; many offshore islands, therefore, develop renewable energy to supply energy and reduce CO2 emissions. However, most of renewable energy sources, such as wind and solar, are intermittent and variable sources of power. To overcome the integration problems, numerous islands have utilized several useful methods. For instance, the island of Gran Canaria applied the pumped storage systems to reutilize energy, and the island of Lolland developed renewable hydrogen community. The operation experience of these islands is extremely worthy to appreciate. This article introduces eight offshore islands and discusses about their present situations, policies, successful experience and challenges about renewable energy development. Those islands include Samso, Reunion, Cyprus, Crete, King Island, Agios Efstratios, Utsira and El Hierro. The successful experience on those islands can provide useful information for other islands for developing renewable energy. ©© 20162016 The The Authors. Authors. Published Published by Elsevierby Elsevier Ltd. LtdThis. is an open access article under the CC BY-NC-ND license (Peer-http://creativecommons.org/licenses/by-nc-nd/4.0/review under responsibility of the organizing). -
Renewable Energy in Small Islands
Renewable Energy on Small Islands Second edition august 2000 Sponsored by: Renewable Energy on Small Islands Second Edition Author: Thomas Lynge Jensen, Forum for Energy and Development (FED) Layout: GrafiCO/Ole Jensen, +45 35 36 29 43 Cover photos: Upper left: A 55 kW wind turbine of the Danish island of Aeroe. Photo provided by Aeroe Energy and Environmental Office. Middle left: Solar water heaters on the Danish island of Aeroe. Photo provided by Aeroe Energy and Environmental Office. Upper right: Photovoltaic installation on Marie Galante Island, Guadeloupe, French West Indies. Photo provided by ADEME Guadeloupe. Middle right: Waiah hydropower plant on Hawaii-island. Photo provided by Energy, Resource & Technology Division, State of Hawaii, USA Lower right: Four 60 kW VERGNET wind turbines on Marie Galante Island, Guadeloupe, French West Indies. Photo provided by ADEME Guadeloupe. Printing: Vesterkopi Printing cover; Green Graphic No. printed: 200 ISBN: 87-90502-03-5 Copyright (c) 2000 by Forum for Energy and Development (FED) Feel free to use the information in the report, but please state the source. Renewable Energy on Small Islands – Second Edition August 2000 Table of Contents Table of Contents Foreword and Acknowledgements by the Author i Introduction iii Executive Summary v 1. The North Atlantic Ocean Azores (Portugal) 1 Canary Island (Spain) 5 Cape Verde 9 Faeroe Islands (Denmark) 11 Madeira (Portugal) 13 Pellworm (Germany) 17 St. Pierre and Miquelon (France) 19 2. The South Atlantic Ocean Ascension Island (UK) 21 St. Helena Island (UK) 23 3. The Baltic Sea Aeroe (Denmark) 25 Gotland (Sweden) 31 Samsoe (Denmark) 35 4. -
Living Quarters, Households, Institutions and Population Enumerated by District, Municipality/Community and Quarter (1.10.2011)
LIVING QUARTERS, HOUSEHOLDS, INSTITUTIONS AND POPULATION ENUMERATED BY DISTRICT, MUNICIPALITY/COMMUNITY AND QUARTER (1.10.2011) LIVING QUARTERS HOUSEHOLDS INSTITUTIONS DISTRICT, GEO/CAL Vacant/ Of TOTAL MUNICIPALITY/COMMUNITY Of usual CODE Total temporary NumberPopulationNumberPopulation POPULATION AND QUARTER residence residence (1) Total 433,212 299,275 133,937 303,242 836,566 211 3,841 840,407 1 Lefkosia District 144,556 117,280 27,276 119,203 324,952 94 2,028 326,980 1000 Lefkosia Municipality 28,298 22,071 6,227 22,833 54,452 11 562 55,014 100001 Agios Andreas 2,750 2,157 593 2,206 5,397 4 370 5,767 100002 Trypiotis 1,293 949 344 1,009 2,158 2,158 100003 Nempetchane 109 80 29 93 189 189 100004 Tampakchane 177 133 44 159 299 299 100005 Faneromeni 296 228 68 264 512 512 100006 Agios Savvas 308 272 36 303 581 581 100007 Omerie 93 81 12 106 206 206 100008 Agios Antonios 3,231 2,485 746 2,603 5,740 2 61 5,801 100009 Agios Ioannis 114 101 13 111 216 1 5 221 100010 Taktelkale 369 317 52 332 814 1 12 826 100011 Chrysaliniotissa 71 56 15 58 124 124 100012 Agios Kassianos 49 28 21 28 82 82 100013 Kaïmakli 5,058 4,210 848 4,250 11,475 2 89 11,564 100014 Panagia 6,211 4,818 1,393 4,883 12,398 12,398 100015 Agioi Konstantinos kai Eleni 1,939 1,331 608 1,350 3,209 3,209 100016 Agioi Omologitai 5,971 4,609 1,362 4,855 10,503 1 25 10,528 100017 Arap Achmet 28 18 10 18 50 50 100018 Geni Tzami 114 93 21 98 215 215 100019 Omorfita 117 105 12 107 284 284 1010 Agios Dometios Municipality 5,825 4,824 1,001 4,931 12,395 4 61 12,456 101001 Agios Pavlos 1,414 -
Feedback Loop Report
FEEDBACK LOOP REPORT Progress in energy efficiency policies in the EU Member States Findings from the Energy Efficiency Watch 3 Project 2016 Stefan Thomas, Felix Suerkemper, Thomas Adisorn, Dorothea Hauptstock, Carolin Schäfer-Sparenberg, Lena Tholen, Florin Vondung (Wuppertal Institut) Daniel Becker, Lucie Tesniere, Sonja Förster (Ecofys) Christiane Egger (OÖ Energiesparverband) Jan Geiss, Roxane Roth, Lucia Bayer (Eufores) Peter Schilken, Kristina Dely (Energy Cities) Dominique Bourges (Fedarene) Nils Borg (eceee) Energy Efficiency Watch 3 – Feedback Loop Report Disclaimer: The sole responsibility for the content of this publication lies with the authors. It does not necessarily reflect the opinion of the European Union. Neither the EASME nor the European Commission are responsible for any use that may be made of the information contained therein. Energy Efficiency Watch 3 – Feedback Loop Report ii Executive Summary The core objective of Energy Efficiency Watch 3 (EEW3) is to establish a constant feedback loop on the implementation of European and national energy efficiency policies and thus enable both compliance monitoring and mutual learning on effective policy making across the EU. The project team applied a mixed-method approach to assess energy efficiency policy developments in EU Member States. EEW3 analysed the progress made in the implementation of energy efficiency policies in European Member States since the publication of the second National Energy Efficiency Action Plans (NEEAPs) in 2011 by screening official documents, sought experts’ knowledge via an EU-wide survey and has been creating new consultation platforms with a wide spectrum of stakeholders including parliamentarians, regions, cities and business stakeholders. Results are presented in Country Reports for each of the 28 Member States, the Expert Survey Report, 10 Case Studies presenting outstanding energy efficiency policies in Europe, the Key Policy Conclusions, the project summary report in brochure format and this Feedback Loop Report, which summarises the overall EEW3 portfolio. -
Enerdata Renewable Energy Support Policies in Europe
Renewable Energy Support Policies Renewable Energy Support Policies in Europe September 2020 2 Enerdata Renewable Energy Support Policies in Europe Table of contents Table of contents 2 List of figures 7 List of tables 8 Definitions 12 Acronyms 15 Overview 16 Main changes since the last version 19 Austria 19 Croatia 19 Czechia 19 Estonia 19 Greece 19 Hungary 19 Italy 19 Ireland 19 Lithuania 20 Luxembourg 20 Netherlands 20 Poland 20 Portugal 20 Romania 20 Slovakia 20 Spain 20 Ukraine 21 United Kingdom 21 Austria 22 Policies overview 22 Feed-in Tariffs 22 Combined Heat and Power (CHP) 24 Investment grants 24 Biofuels 24 Belgium 25 Policies overview 25 Renewable Obligations 25 Premium 28 Investment grants 29 Net metering 29 Bulgaria 30 Policies overview 30 Feed-in Tariffs 30 Biofuels 31 Croatia 32 Enerdata 2 Policies overview 32 Feed-in Tariffs 32 Biofuels 33 Cyprus 34 Policies overview 34 Net metering 34 Investment grants 34 Feed-in Tariffs 34 Biofuels 35 Czechia 36 Policies overview 36 Feed-in Tariffs/Premiums 36 Investment grants 36 Biofuels 37 Denmark 38 Policies overview 38 Premiums 38 Net metering 40 Biofuels 40 Estonia 41 Policies overview 41 Premiums 41 Investment grants 42 Finland 43 Policies overview 43 Premiums 43 France 45 Policies overview 45 Feed-in Tariffs 45 Combined Heat and Power (CHP) 48 Biofuels 48 Germany 49 Policies overview 49 Feed-in Tariffs 49 Biofuels 52 Greece 53 Policies overview 53 Feed-in Tariffs 53 Net Metering 56 Hungary 57 Renewable Energy Support Policies in Europe - Copyright© Enerdata – All rights reserved -
Cyprus' Energy Systems & Pathways to 2020 and 2025
Department of Mechanical and Aerospace Engineering Cyprus’ Energy Systems & Pathways to 2020 and 2025 Author: Alexandros Aristotelous Supervisor: Mr Cameron Johnstone A thesis submitted in partial fulfilment for the requirement of the degree Master of Science Sustainable Engineering: Renewable Energy Systems and the Environment 2018 Copyright Declaration This thesis is the result of the author’s original research. It has been composed by the author and has not been previously submitted for examination which has led to the award of a degree. The copyright of this thesis belongs to the author under the terms of the United Kingdom Copyright Acts as qualified by University of Strathclyde Regulation 3.50. Due acknowledgement must always be made of the use of any material contained in, or derived from, this thesis. Signed: Date: Friday, 24 August 2018 Abstract The Republic of Cyprus, an isolated energy system, generated approximately 5TWh of electricity in 2017, 91.6% of which was generated from oil-fired turbines, the large majority of which utilising heavy fuel oil. The National Energy Strategy (NES) of Cyprus, with which the country aims to meet its EU-2020 targets, compares the increase of renewables to a forecasted demand that is no longer binding; being recently invalidated with new forecasts showing an increase by at least 10% from the Transmission System Operator. The updated forecasts are corrected, and a scenario is developed and modelled using the renewable capacity desired by the national strategy. This study presents a holistic analysis of the energy systems, highlighting the concerns of relying exclusively on oil-fired turbines, with negative implications on all three elements of the energy trilemma. -
European Climate and Energy Experts
Journalism for the energy transition EXPERT EUROPEAN CLIMATE AND ENERGY EXPERTS Filters: Expert Type: Any, Topic: Wind, Location: Any Promotes the utilisation of renewable energy from wind in Norway since 2006. Twitter: @norwea Location: Norway PRESS CONTACT Øistein Schmidt Galaaen, CEO [email protected] +47 91844489 Unites and represents companies active in the wind energy sector. Twitter: @Tuuleenergia Location: Estonia PRESS CONTACT Terje Talv, CEO [email protected] +372 5063583 Lobbies for the establishment of legal frameworks allowing for the development and operation of renewable energy sources, in particular wind energy, in Poland. Twitter: @PSEW_PWEA Location: Poland PRESS CONTACT Aneta Wieczerzak-Krusińska, media coordinator [email protected] +48 508848956 Association of private businesses that have invested in wind energy in Cyprus. Location: Cyprus PRESS CONTACT Office [email protected] +357 99435654 Brings together wind energy producers and experts. Represents the interests of the wind energy sector in Greek and European institutions. Twitter: @HWEA_ELETAEN Location: Greece PRESS CONTACT Office [email protected] +30 210 8081755 Č Supports the installation and use of wind power. Twitter: @s_chalupa Location: Czech Republic PRESS CONTACT Martin Mikeska, media officer [email protected] +420 603780670 Wind energy researcher. Email: [email protected] Phone: +356 23402870 Location: Malta Scientist specialising in energy management systems, wind and PV energy. Email: [email protected] Phone: +356 23402435 Location: Malta Scientist specialising in power grids and wind energy. Email: [email protected] Phone: +356 23403650 Location: Malta Scientist specialising in renewable energy, including wind and solar. Email: [email protected] Phone: +356 23407835 Location: Malta The VSB Group, headquartered in Dresden, Germany, offers complete and innovative solutions in the renewable energy market. -
Republic of Cyprus ∆Aneia / Eγγyhσeiσ Loans
KEΦAΛAIO CHAPTER 2 KYΠPIAKH ∆HMOKPATIA - REPUBLIC OF CYPRUS ∆ANEIA / EΓΓYHΣEIΣ LOANS / GUARANTEES 2006 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 µ £ 2005 554 154 734 $./78 &3140+526/ Sinking Fund 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 µ £ 2006 514 747 983 $./78 &3140+526/ Sinking Fund -9 083 £ -955 473 -117 393 -346 237 -503 444 -955 473 -828 998 -838 081 -117 393 -1 038 710 -1 451 830 -1 819 641 -6 840 358 -2 427 198 -3 620 900 -5 944 419 2005 ./012.1 -49 216 758 -28 700 000 -28 700 000 -68 880 000 -18 081 000 -20 090 000 -17 220 000 -20 610 000 Balance -373 256 038 -374 211 511 -374 211 511 Y -373 256 038 -245 315 176 -124 972 902 -4 000 195 911 0 0 0 -8 193 -774 330 -330 148 -990 445 -485 691 -774 330 -774 330 -766 137 £ 2006 -1 395 414 -1 834 540 -6 297 240 -2 058 723 -3 995 395 ./012.1 Balance -47 039 291 -28 935 000 -28 935 000 -69 444 000 -14 178 150 -16 571 864 -17 361 000 -18 500 000 Y -383 606 080 -384 380 411 -384 380 411 -383 606 080 -235 856 506 -145 799 399 -4 157 711 086 14 224 !1B/ £ 465 813 662 930 EKEMBPIOY, 2006 2 663 354 2 663 354 1 245 045 1 230 821 1 418 309 1 418 309 1 417 216 1 995 706 1 851 231 9 914 528 3 931 006 29 171 020 29 037 456 69 689 894 20 414 098 20 348 837 17 241 379 18 053 833 18 394 439 10 027 431 52 022 661 # 471 419 953 468 756 599 471 419 953 199 195 515 468 756 599 258 163 775 2.1 + 4 884 675 604 Initial Amount $;A26/ - % .2 E Rate 5/621 79 Interest 4.43 V V V V V 5.63 E+0.10 E+0.15 2 2 2 1 1 1 1 0 3.62 4.23 5.35 9 µ STATEMENT 2B KATA THN 31 - µ " C:?1 EUR -
Energy Savings Potential in Cyprus Subsectors: Floriculture and Vegetables in Greenhouses
Final Report Energy Savings Potential in Cyprus Subsectors: Floriculture and vegetables in greenhouses The Cyprus energy profile for the greenhouses sector: current situation and energy saving measures in combination with RES Deliverable 3.1 Submitted to: Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH Submitted by: WIP GmbH & Co Planungs KG Sylvensteinstr. 2 D-81369 Muenchen Germany Tel: +49-89-720127 43 Fax: +49-89-720127 91 [email protected] www.wip-munich.de 28 February 2017 Energy Savings Potential in Cyprus Floriculture, vegetables in greenhouses Acknowledgments & Disclaimer This study has been conducted within the framework of the project “Technical assistance for energy efficiency and sustainable transport in Cyprus” implemented by Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH with financing from the European Commission Structural Reform Support Services under Contract No. SRSS/S2016/S002 and the German Ministry of Economy and Energy. Neither GIZ nor the European Commission or German Federal Ministry of Economy and Energy or any person acting on their behalf is responsible for the use which might be made of the following information. The views expressed in this publication are the sole responsibility of the author and do not necessarily reflect the views of the European Commission, the German Government or GIZ. Authors Essam Mohamed, George Markou, Thanos Balafoutis, George Papadakis (Agricultural University of Athens), Pavlos Michael (Energy Auditor), Rainer Janssen (WIP) February -
Population Enumerated by Postal Code, Citizenship, Sex
POPULATION ENUMERATED BY CITIZENSHIP, SEX, DISTRICT, MUNICIPALITY/COMMUNITY AND POSTAL CODE (1.10.2011) CITIZENSHIP GEO/CAL DISTRICT AND POSTAL TOTAL(2) CYPRIOTS* EU CITIZENS NON-EU CITIZENS NOT STATED CODE MUNICIPALITY/ COMMUNITY CODE(1) Total MalesFemales Total MalesFemales Total MalesFemales Total MalesFemales Total MalesFemales TOTAL ############ 431,627############ 336,600###### 53,607 52,66364,11322,999 41,114 2,626 1,376 1,250 1 Lefkosia District Total ############ 168,718############ 136,005 33,08917,252 15,83725,041 8,933 16,108 1,584 816 768 1000 Lefkosia Municipality Total 55,014 26,520 28,494 36,616 17,764 18,852 9,812 4,902 4,910 8,331 3,723 4,608 255 131 124 1010 950 393 557 251 132 119 285 149 136 414 112 302 0 0 0 1011 770 391 379 177 92 85 251 130 121 338 167 171 4 2 2 1015 836 456 380 264 135 129 276 144 132 294 177 117 2 0 2 1016 839 439 400 487 250 237 146 76 70 206 113 93 0 0 0 1017 259 128 131 202 98 104 39 28 11 18 2 16 0 0 0 1020 631 317 314 447 225 222 95 47 48 88 45 43 1 0 1 1021 1,475 728 747 1,160 564 596 153 85 68 155 75 80 7 4 3 1022 2,252 1,070 1,182 1,798 851 947 262 134 128 192 85 107 0 0 0 1025 1,210 589 621 1,021 494 527 108 56 52 81 39 42 0 0 0 1026 3,877 1,894 1,983 3,065 1,506 1,559 477 248 229 329 137 192 6 3 3 1027 459 224 235 323 157 166 115 62 53 21 5 16 0 0 0 1035 1,608 774 834 998 463 535 366 183 183 231 124 107 13 4 9 1036 1,420 691 729 1,121 546 575 159 88 71 140 57 83 0 0 0 1037 732 364 368 561 275 286 119 64 55 52 25 27 0 0 0 1040 2,980 1,470 1,510 1,990 975 1,015 542 277 265 434 210 224 -
An Empirical Analysis of Electricity Consumption in Cyprus
DEPARTMENT OF ECONOMICS UNIVERSITY OF CYPRUS An Empirical Analysis of Electricity Consumption in Cyprus Theodoros Zachariadis and Nicoletta Pashourtidou Discussion Paper 2006-04 P.O. Box 20537, 1678 Nicosia, CYPRUS Tel.: ++357-2-892430, Fax: ++357-2-892432 Web site: http://www.econ.ucy.ac.cy An empirical analysis of electricity consumption in Cyprus* Theodoros Zachariadis and Nicoletta Pashourtidou Economics Research Centre, University of Cyprus April 2006 ABSTRACT The paper presents the first empirical analysis of electricity consumption in Cyprus. Using annual data from 1960 to 2004, we have examined electricity use in the residential and the services sectors, which are the fastest-growing electricity consumers in the island, and its interaction with income, prices and the weather. The analysis was performed with the aid of time series analysis techniques such as unit root tests with and without a structural break in levels, cointegration tests, Vector Error Correction models, Granger causality tests and impulse response functions. Results show long-term elasticities of electricity use above unity for income, and of the order of –0.3 to –0.4 for prices. In the short term electricity consumption is rather inelastic, mostly affected by weather fluctuations. Granger causality tests confirm exogeneity of electricity prices and bidirectional causality between residential electricity consumption and private income. The commercial sector is less elastic and reverts faster to equilibrium than the residential sector. Despite the relatively small sample size, results reported here are quite robust and can be used for forecasts and policy analyses. Keywords: unit root; structural break; cointegration; Granger causality, impulse response JEL classification: Q41; Q43; C32 * The first author has conducted most of his part of the research in the framework of a Marie Curie Fellowship that he has received from the European Community within its Sixth Framework Programme. -
Gesamtdokument Final
EU-25/27 Watch No. 4 ISSN 1610-6458 Issued in January 2007 Edited by the Institut für Europäische Politik, Berlin in collaboration with the Austrian Institute of International Affairs, Vienna Groupe d’Etudes Politiques Européennes, Brussels Bulgarian European Community Studies Institute for International Relations, Zagreb Association, Sofia Institute for World Economics of the Hungarian Center for European Studies / Middle East Technical Academy of Sciences, Budapest University, Ankara Institute for Strategic and International Studies, Centre européen de Sciences Po, Paris Lisbon Centre d’Etudes et de Recherches Européennes Institute of European Affairs, Dublin Robert Schuman, Luxembourg Institute of International Relations, Prague Centre of International Relations, Ljubljana Institute of International Relations and Political Cyprus Institute for Mediterranean, European and Science, Vilnius University International Studies, Nicosia Istituto Affari Internazionali, Rome Danish Institute for International Studies, Latvian Institute of International Affairs, Copenhagen Riga Elcano Royal Institute and UNED University, Madrid Mediterranean Academy of Diplomatic Studies, University of Tartu University of Malta European Institute of Romania, Bucharest Netherlands Institute of International Relations Federal Trust for Education and Research, London ‘Clingendael’, The Hague Finnish Institute of International Affairs, Helsinki Slovak Foreign Policy Association, Bratislava Foundation for European Studies, European Institute, Swedish Institute of