DOCSLIB.ORG

Albania Transmission Network Development Plan

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Albania Transmission Network Development Plan _____________________________________________________________________________________ ALBANIA TRANSMISSION NETWORK DEVELOPMENT PLAN 1. Albanian Power System Overview The Power System of Albania has 445.7 km of 400 kV lines, 1250 km of 220 kV lines, 34.4 km of 150 kV line and 1606.7 km of 110 kV lines. The main power plants of “Drin River” Cascade in the Northern part of Albania are connected in the 220 kV transmission network which is also the main connection to the biggest load in the area of Tirana, Elbasan, Durres and Fieri. The 110 kV network, majorly part is closed in rings and in some part radial. It covers all urban areas of the country in order to supply the Distribution System that nowadays is operated by OSHEE and is 100% state owned. Transmission grid development in compliance with the long term forecasts and electricity sector development plans, in general, represents one of OST fundamental functions comprising a necessity for the performance of its functions. The electricity demand in Albania still remains at very high rates. Referring to the data for the last ten years, the power supply by transmission system to distribution Substations and eligible customers of the country connected to the transmission network has been growing about 2.5% annually rate. The application for connection of new generating sources to the transmission system have increased and according to forecasts, important power plants, mainly HPP and Renewables, are expected to be built in the coming years. Taking account the last 15-years, it is evident that domestic production does not fully cover the demand for electricity and the country needs to import large amounts of electricity in the dry years. In order to realize the exchanges for a safe operation of transmission system, and create favorable technical conditions to develop an integrated market of electricity in the region there need to be increased the exchange capacity with the neighbor systems and strengthening of the interconnection network. Transmission System Operator (OST) operates the transmission system in Albania and provides capacities necessary for: Supply of distribution system substations (OSHEE) and eligible consumers directly connected to transmission grid; Transmission of electricity generated by Power Plants; Transitions and exchanges of electricity with neighboring countries. 1 Transmission System Planning & Development _____________________________________________________________________________________ OST owns and operates in total fifteen Substations (400 kV, 220 kV, and 150 kV) with a total installed capacity of 4096 MVA. Albania has six Interconnection lines with the neighboring countries: • 400 kV line Zemblak - Kardia (Greece) • 400 kV line Tirana 2 - Podgorica (Montenegro) • 400 kV line Tirana2 - Kosovo B (Kosovo) • 220 kV line Koplik - Podgorica (Montenegro) • 220 kV line Fierze - Prishtina (Kosovo) • 150 kV Bistrica 1 - Igumenice (Greece). The 400 kV Tirana2 (AL) – Kosovo-B (KO) is constructed, the project is fully commissioned and ready to be in operation. The figure below shows in a schematically way the structure of the transmission network in Albania. ALBANIAN TRANSMISSION SYSTEM STRUCTURE I N 126 MVA 237 MW T E 1538.74 MW R 35, 20, 10, 6 kV C O 400 kV 120 MVAr N N 1200 MVA 2390 MVA E 411.44 MW 220 kV C T 300 MVA O R S 80 MVA 150 kV 110 kV 2 Transmission System Planning & Development _____________________________________________________________________________________ More than 70% of the total generated installed capacity is connected in the 220 kV network. Autotransformers 220/400 kV have a capacity of 1200 MVA and the 110 kV grid is connected with the 400 kV Rings by two 150 MVA Autotransformers installed in the south-eastern part of the network in Zemblak Substation. Transmission of electricity from the main sources of generation to the major centers of consumption is done through the 220 kV grid and further through the 220/110 kV transformation (2390 MVA). The 110 kV network that supply all the 110 kV substations previously represented the main load nodes while actually are connected around 20% of the installed generation capacity. In the following picture it is shown the Albanian Transmission map updated recently in the ENTSO-E framework. 3 Transmission System Planning & Development _____________________________________________________________________________________ Albanian Power System, ENTSO-E map. 4 Transmission System Planning & Development _____________________________________________________________________________________ 2. Current situation of the network, electricity demand and generation forecast. 2.1 Electricity consumption for the period 2005-2017. Economic and demographic factors in the last decade have significantly affected the fluctuations of the energy consumption in different regions of the country. In this period fluctuations in electricity consumption has been mostly in urban areas, such as Elbasan, Fier, Burrel, Shkodra, Korca and in some remote areas. In some regions there have been considerable increases in demand for transmission capacity from industrial consumer or small hydro generation. These fluctuations become stable after 2009. Below is given: (i) the historic development of the annual consumption of electricity transmitted by the transmission network during the period 2005-2017; (ii) Hourly Load and the (iii) Load Duration Curve for year 2017. Electricity in the Transmission Network 2005-2017 (GWh) 8,000 6,000 4,000 7,413 7,612 6,876 7,091 7,344 6,747 7,145 6,596 6,463 5,642 5,319 6,151 5,738 2,000 0 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 Hourly Load - 2017 1600 1400 1200 1000 800 MW 600 400 200 0 1 1001 2001 3001 4001 5001 6001 7001 8001 Hours 5 Transmission System Planning & Development _____________________________________________________________________________________ Load Duration Curve - Year 2017 1600 MW 1400 1200 1000 800 600 400 200 0 Hour 1 1001 2001 3001 4001 5001 6001 7001 8001 2.3 Losses in the Transmission Grid As a result of Continuously Strengthen of the Transmission System, electricity losses in the transmission network have been reduced over the years. The following graph shows the electricity losses during the period 2005-2017. Losses in % (2005 - 2017) 4.56% 3.73% 3.77% 3.08% 3.02% 3.03% 2.33% 2.21% 2.32% 2.25% 2.09% 2.03% 2.08% 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 Implementation of very important projects has led to the strengthen of the Transmission System and the future development of the grid will have a significant impact in reducing electricity losses. The goal for the year 2025 is to reduce the level of losses under 2%, but for sure this is related also by the operation conditions of the largest hydropower plants of Drini River Cascade. 6 Transmission System Planning & Development _____________________________________________________________________________________ 3. Transmission System Development Plan During the recent years are realized and are in operation important projects that have increased significantly: (I) The reliability of the Power System, (II) Exchange capacities with neighboring countries and (III) Quality of service for the transmission system clients. Other important benefits of the new projects are the reduction of non-served electricity and the reduction of transmission losses. From 2005 to 2017 the electricity demand is increased 19%, while electricity losses are reduced from 4.56% to 2.08%. 3.1 Forecasting electricity consumption up to 2025 Based on real consumption of electricity for the period 2005-2017 as well as the methodology followed so far, it is needed to make an accurate and a wide range of the forecast of electricity demand. To achieve this are carried out calculations for the three main scenarios. The first scenario (Realistic) based on the load trend of the transmission grid over the years by region, the second scenario (Pessimistic) is based on the calculation for a growth rate of lower demand, and the third scenario (Optimistic), which takes into account a large increase in demand for electricity, directly impacted by the economic development of the country. The three scenarios are presented in the diagram below. Long Term Forecast of Electricity Demand 2017-2027 12,000 11,000 10,000 9,000 8,000 7,000 6,000 Optimistic Op. Realistic Op. Pessimistic Op. 5,000 In the above picture it is evident that the growth of electricity demand will about 2-2.2%/y. 7 Transmission System Planning & Development _____________________________________________________________________________________ 3.2. New Generation Capacity Forecast for years 2015 - 2025 Nowadays OST is facing a large number of requests for connection of new power plants in the transmission system and according to the forecast, in the next few years are expected to be built several important sources of electricity, mainly hydro-power plants, and also a lot of renewables, especially photovoltaic. Regarding the expansion of the new generation capacity in the future are taken into account some New large HPP as Devolli River Cascade, Fan River Cascade and some small power plants which are under construction, but is still undefined the time of the commissioning some other big power plants. Based on the information obtained from National Agency of Natural Resources and other corresponding institutions, the private investments in the generation capacity that are more reliable by 2025 are shown in the following table. 8 Transmission System Planning & Development _____________________________________________________________________________________ 9 Transmission System Planning & Development _____________________________________________________________________________________ 3.3 Albanian 400/220/110 kV Single Line Diagram for Year 2025 ALBANIAN SINGLE LINE DIAGRAM - YEAR 2020-2025 PRISHTINE PODGORICE HPP V.DEJA HPP KOMANI HPP FIERZA KOPLIK 5 x 50 MW 4 x 150 MW 4 x 125 MW PRIZREN 220kV 26.9MW 90MVA Curraj 105MW 7.5 MW Mal.Solar 110kV 345MVA 220kV 20.524MW 220kV 220kV Dragobi Renc V.Deja A Shkod.1 A V V Iballe M M B.Curri a 25MVA B.C.Ri l i 0 l 0 a Shala Z k 110kV e 83.45MW 2 2 . r e 16.5MW 1 1 P G S W W W Lura M M M 10MVA 9 2x120MVA 9 8.85MW .
Load more

Recommended publications
  • Segmentet Rrugore Të Parashikuara Nga Bashkitë Për
    SEGMENTET RRUGORE TË PARASHKIKUARA NGA BASHKITE PËR RIKONSTRUKSION/SISTEMIM NË PLANIN E BUXHETIT 2018 BASHKIA TIRANË Rehabilitimi Sheshi 1 “Kont Urani” Rehabilitimi Sheshi 2 Kafe “Flora” Rehabilitimi Sheshi 3 Blloku “Partizani” Rehabilitimi Sheshi 4 Sheshi “Çajupi” Rehabilitimi Sheshi 5 Stadiumi “Selman Stermasi” Rehabilitimi Sheshi 6 Perballe shkollës “Besnik Sykja” Rehabilitimi Sheshi 7 Pranë “Selvisë” Rehabilitimi Sheshi 8 “Medreseja” Rehabilitimi Sheshi 9 pranë tregut Industrial Rehabilitimi Sheshi 10 Laprakë Rehabilitimi Sheshi 11 Sheshi “Kashar” Rikonstruksioni i rruges Mihal Grameno dhe degezimit te rruges Budi - Depo e ujit (faza e dyte) Ndertim i rruges "Danish Jukniu" Rikonstruksioni i Infrastruktures sebllokut qe kufizohet nga rruga Endri Keko, Sadik Petrela dhe i trotuareve dhe rruges "Hoxha Tahsim" dhe Xhanfize Keko Rikonstruksioni i Infrastruktures rrugore te bllokut kufizuar nga rruga Njazi Meka - Grigor Perlecev-Niko Avrami -Spiro Cipi - Fitnetet Rexha - Myslym Keta -Skeneder Vila dhe lumi i Tiranes Rikonstruksion i rruges " Imer Ndregjoni " Rikonstruksioni i rruges "Dhimiter Shuteriqi" Rikonstruksioni i infrastruktures rrugore te bllokut kufizuar nga rruget Konferenca e Pezes - 3 Deshmoret dhe rruga Ali Jegeni Rikonstruksioni i rruges Zall - Bastarit (Ura Zall Dajt deri ne Zall Bastar) - Loti II. Rikonstruksioni i infrastruktures rrugore te bllokut qe kufizohet nga rruga Besa - Siri Kodra - Zenel Bastari - Haki Rexhep Kodra (perfshin dhe rrugen tek Nish Kimike) Rikonstruksioni i infrastruktures rrugore te bllokut qe kufizohet
    [Show full text]
  • Datë 06.03.2021
    EKSTRAKT HISTORIK I REGJISTRIT TREGTAR PËR TË DHËNAT E SUBJEKTIT “SHOQËRI AKSIONARE” GJENDJA E REGJISTRIMIT 1. Numri unik i identifikimit të subjektit L72320033P (NUIS) 2. Data e Regjistrimit 27/09/2017 3. Emri i Subjektit UJËSJELLËS KANALIZIME TIRANË 4. Forma ligjore Shoqëri Aksionare 5. Data e themelimit 27/09/2017 6. Kohëzgjatja Nga: 27/09/2017 Deri: 7. Zyra qëndrore e shoqërisë në Shqipëri Tirane Tirane TIRANE Rruga e Kavajës, Ndërtesa 133, Njësia Administrative 6, Kodi Postar 1027 8. Kapitali 6.792.760.000,00 9. Vlera e kapitalit të shlyer: 6792760000.0000 10. Numri i aksioneve: 6.792.760,00 10.1 Vlera nominale: 1.000,00 11. Kategoritë e aksioneve të shoqërisë të zakonshme me përparësi me të drejte pa të drejte vote vote 11.1 Numri për secilën kategori 12. Objekti i aktivitetit: 1.Objekti i shoqerise brenda territorit te bashkise se krijuar sipas ligjit nr.l 15/2014, "Per ndarjen administrative-territoriale te njesive te qeverisjes vendore ne Republiken e Shqiperise", dhe akteve te ndarjes, eshte: a) Sherbimi i furnizimit me uje te pijshem i konsumatoreve dhe shitja e tij; b)Mirembajtja e sistemit/sistemeve 1 te furnizimit me ujë te pijshem si dhe të impianteve te pastrimit te tyre; c)Prodhimi dhe/ose blerja e ujit per plotesimin e kerkeses se konsumatoreve; c)Shërbimi i grumbullimit, largimit dhe trajtimit te ujerave te ndotura; d)Mirembajtja e sistemeve te ujerave te ndotura, si dhe të impianteve të pastrimit të tyre. 2.Shoqeria duhet të realizojë çdo lloj operacioni financiar apo tregtar që lidhet direkt apo indirect me objektin e saj, brenda kufijve tè parashikuar nga legjislacioni në fuqi.
    [Show full text]
  • GTZ-Regional Sustainable Development Tirana 2002
    GTZ GmbH German Technical Cooperation, Eschborn Institute of Ecological and Regional Development (IOER), Dresden Towards a Sustainable Development of the Tirana – Durres Region Regional Development Study for the Tirana – Durres Region: Development Concept (Final Draft) Tirana, February 2002 Regional Development Study Tirana – Durres: Development Concept 1 Members of the Arqile Berxholli, Academy of Sci- Stavri Lami, Hydrology Research Working Group ence Center and authors of Vladimir Bezhani, Ministry of Public Perparim Laze, Soil Research In- studies Works stitute Salvator Bushati, Academy of Sci- Fioreta Luli, Real Estate Registra- ence tion Project Kol Cara, Soil Research Institute Irena Lumi, Institute of Statistics Gani Deliu, Tirana Regional Envi- Kujtim Onuzi, Institute of Geology ronmental Agency Arben Pambuku, Civil Geology Ali Dedej, Transport Studies Insti- Center tute Veli Puka, Hydrology Research Llazar Dimo, Institute of Geology Center Ilmi Gjeci, Chairman of Maminas Ilir Rrembeci, Regional Develop- Commune ment Agency Fran Gjini, Mayor of Kamza Mu- Thoma Rusha, Ministry of Eco- nicipality, nomic Cooperation and Trade Farudin Gjondeda, Land and Wa- Skender Sala, Center of Geo- ter Institute graphical Studies Elena Glozheni, Ministry of Public Virgjil Sallabanda, Transport Works Foundation Naim Karaj, Chairman of National Agim Selenica, Hydro- Commune Association Meteorological Institute Koco Katundi, Hydraulic Research Agron Sula , Adviser of the Com- Center mune Association Siasi Kociu, Seismological Institute Mirela Sula,
    [Show full text]
  • Strategjia E Zhvillimit Të Qendrueshëm Bashkia Tiranë 2018
    STRATEGJIA E ZHVILLIMIT TË QENDRUESHËM TË BASHKISË TIRANË 2018 - 2022 DREJTORIA E PËRGJITSHME E PLANIFIKIMIT STRATEGJIK DHE BURIMEVE NJERËZORE BASHKIA TIRANË Tabela e Përmbajtjes Përmbledhje Ekzekutive............................................................................................................................11 1. QËLLIMI DHE METODOLOGJIA...............................................................................................................12 1.1 QËLLIMI...........................................................................................................................................12 1.2 METODOLOGJIA..............................................................................................................................12 1.3 PARIMET UDHËHEQËSE..................................................................................................................14 2. TIRANA NË KONTEKSTIN KOMBËTAR DHE NDËRKOMBËTAR.................................................................15 2.1 BASHKËRENDIMI ME POLITIKAT DHE PLANET KOMBËTARE...........................................................15 2.2 KONKURUESHMËRIA DHE INDIKATORËT E SAJ...............................................................................13 2.2.1 Burimet njerëzore dhe cilësia e jetës......................................................................................13 2.2.2 Mundësitë tregtare dhe potenciali prodhues.........................................................................14 2.2.3 Transport...............................................................................................................................15
    [Show full text]
  • Albania: Average Precipitation for December
    MA016_A1 Kelmend Margegaj Topojë Shkrel TRO PO JË S Shalë Bujan Bajram Curri Llugaj MA LËSI Lekbibaj Kastrat E MA DH E KU KË S Bytyç Fierzë Golaj Pult Koplik Qendër Fierzë Shosh S HK O D Ë R HAS Krumë Inland Gruemirë Water SHK OD RË S Iballë Body Postribë Blerim Temal Fajza PUK ËS Gjinaj Shllak Rrethina Terthorë Qelëz Malzi Fushë Arrëz Shkodër KUK ËSI T Gur i Zi Kukës Rrapë Kolsh Shkodër Qerret Qafë Mali ´ Ana e Vau i Dejës Shtiqen Zapod Pukë Malit Berdicë Surroj Shtiqen 20°E 21°E Created 16 Dec 2019 / UTC+01:00 A1 Map shows the average precipitation for December in Albania. Map Document MA016_Alb_Ave_Precip_Dec Settlements Borders Projection & WGS 1984 UTM Zone 34N B1 CAPITAL INTERNATIONAL Datum City COUNTIES Tiranë C1 MUNICIPALITIES Albania: Average Produced by MapAction ADMIN 3 mapaction.org Precipitation for D1 0 2 4 6 8 10 [email protected] Precipitation (mm) December kilometres Supported by Supported by the German Federal E1 Foreign Office. - Sheet A1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Data sources 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 - - - 1 1 1 1 1 1 1 1 1 1 2 2 2 The depiction and use of boundaries, names and - - - - - - - - - - - - - F1 .1 .1 .1 GADM, SRTM, OpenStreetMap, WorldClim 0 0 0 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 associated data shown here do not imply 6 7 8 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 1 2 3 4 5 6 7 8 9 0 1 endorsement or acceptance by MapAction.
    [Show full text]
  • Tirana Area and Other Regions of Albania and Is Now Considered a Leading NGO in Albania in Supporting the Development of Sustainable Lifestyles and Green Economy
    Description of the organization: The Institute for Environmental Policy (IEP) is a non-governmental, non-profit environmental organization founded in November 2008. IEP's general objective is to enhance environmental sustainability in Albania through the implementation of projects aimed to raise awareness among the local population and to formulate environmentally friendly policies in collaboration with local and national authorities. IEP was founded by a group of young experts committed to bringing about positive change after years of environmental degradation and negligence in Albania. IEP members are highly motivated and have the required experience and education to influence the Albanian society towards a sound environmental protection and sustainable living. In its activities, IEP frequently cooperates with other NOGs, local and international experts and volunteers from the local youth. EP has implemented various projects and activities and has experience in awareness raising, trainings, seminars, campaigns and working with youth; this is done connecting different spheres of the Albanian society with a particular attention at the sustainability of activities and processes. IEP has also implemented several public actions on pollution and environmental sustainability with the help of young volunteers in the Tirana area and other regions of Albania and is now considered a leading NGO in Albania in supporting the development of sustainable lifestyles and green economy. IEP was a partner organization with Ethical Links during the "Developing green skills and behaviors" Youth Exchange, organized in Estonia in June 2013. IEP is currently working with local and international young volunteers in IEP, (currently there are two EVS volunteers from Italy, project 2014-3-IT03-KA105-005030), training them on how to manage projects, teaching them environmental management, and is also helping them in learning new foreign languages (in the case of foreign volunteers, the staff of IEP is teaching them Albanian).
    [Show full text]
  • Qarku Tiranë
    Qarku Tiranë © Guida e Qarkut Tiranë: Këshilli i Qarkut Tiranë Përgatiti: Elton NOTI Lorena TOTONI Punimet Grafike: Albert HITOALIAJ Fotografë: Albert CMETA Gentian ZAGORÇANI Kontribuan nga arkivat e tyre: Prof.Dr. Perikli QIRIAZI etj GUIDË Itineraret turistike: HighAlbania Mountain Club Printimi : Shtypshkronja " Mediaprint" Adresa: Rr. "Sabaudin Gabrani", ish-fabrika Misto Mame, Tiranë TIRANË 2012 Guida [shqip].pmd 2-3 5/19/2012, 10:02 PM KËSHILLI I QARKUT Guida [shqip].pmd 4-5 5/19/2012, 10:02 PM Rrethi i Tiranës VIZIONI Bashkia Tiranë VIZIONI Bashkia Kamëz Bashkia Vorë Komuna Baldushk Komuna Bërxullë Komuna Bërzhitë Komuna Dajt Komuna Farkë Komuna Kashar Vizioni ynë është që të ofrojmë shërbime sa më të Komuna Krrabë përgjegjshme dhe efikase, duke kontribuar për ta bërë Qarkun e Tiranës një vend të begatë për të Komuna Ndroq jetuar e punuar, në funksion të zhvillimit dhe mirëqenies së komunitetit. Ne besojmë se vlerat e mrekullueshme historike, kulturore, mjedisore Komuna Paskuqan dhe turistike që ka në një destinacion me të vërtetë tërheqës dhe që Komuna Petrelë ofron oportunitete të shumta për të gjithë. Komuna Pezë Komuna Prezë ky rajon do ta Komuna Shëngjergj Komuna Vaqarr Komuna Zall-Bastar shndërrojnë atë Komuna Zall-Herr Rrethi i Kavajës Bashkia Kavajë Bashkia Rrogozhinë Komuna Golem Komuna Gosë Komuna Helmës Komuna Kryevidh Komuna Lekaj Komuna Luz i Vogël Komuna Sinaballaj Komuna Synej Guida [shqip].pmd 6-7 5/19/2012, 10:02 PM në Veri. të malit të Dajtit, nga gryka e Skoranës në Ndodhet Juglindje, aty ku del lumi Erzen. Fshatrat pikërisht mes kryesorë të kësaj rrethine janë: Gurra, Brari, kodrave të Kavajës Priska e Madhe, Lanabregasi, Linza, Tujani, në Lindje dhe atyre të Zall-Herri, Priska e Vogël, Selita e Vogël etj.
    [Show full text]
  • Lista E Subjekteve Që Përfitojnë Nga Programi I Grantit Të Rindërtimit
    Aneks nr. 1 Lista e subjekteve që përfitojnë nga programi i grantit të rindërtimit Njësia Emër Mbiemer 1 Baldushk Aqif Ibraliu 2 Baldushk Çlirim Tresa 3 Baldushk Qemal Balla 4 Baldushk Olsi Stafa 5 Berzhite Fadil Kasa 6 Dajt Denis Gjoka 7 Dajt Ylli Qordja 8 Dajt Zyber Kuka 9 Dajt Hasan Hasa 10 Dajt Zyber Hasa 11 Dajt Leli Hasa 12 Dajt Elena Ramizi 13 Dajt Sali Hurdha 14 Dajt Ndoc Brahimi 15 Dajt Zyhdi Ahmetaj 16 Dajt Naim Koçi 17 Dajt Bihane Qordja 18 Dajt Erjon Qordja 19 Dajt Elfons Allushi 20 Farkë Pëllumb Bulku 21 Farkë Mustafa Kupa 22 Kashar Bajram Aluku 23 Kashar Pjerin Frroku 24 Kashar Ibrahim Sulaj 25 Kashar Shefike Cani 26 Kashar Agron Balliu 27 Kashar Xhevdet Hidri 28 Kashar Antuela Shkembi 29 Kashar Dashamir Avdiu 30 Kashar Halim Sorra 31 Kashar Nazmi Berexha 32 Kashar Ruzhdi Fuçija 33 Kashar Ferit Aluku 34 Lagjja 14 Rabije Shima 35 Lagjja 14 Perikli Shanaj 36 Ndroq Shkurt Leka 37 Ndroq Xhelal Dervishi 38 Ndroq Zylfije Dervishi 39 Petrelë Arben Xhepa 40 Petrelë Myslym Mahmutaj 41 Petrelë Zeqir Bici 42 Petrelë Lorenc Kondi 43 Petrelë Bujar Gapi 44 Petrelë Qazim Gapi 45 Peze Asllan Merepeza 46 Peze Abdullah Hajdari 47 Peze Arjan Lami 48 Peze Besim Çelmeta 49 ShëngjergjBesim Salceni 50 Vaqarr Agron Saci 51 Vaqarr Bardhyl Shima 52 Vaqarr Behar Gjokmeli 53 Zall-Herr Haxhi Qefalia 54 Zall-Herr Ilir Hoxha 55 Nr.1 Nazime Xhemollari 56 Nr.1 Lirije Beçoku 57 Nr.1 Emiljan Dapi 58 Nr.1 Ibrahim Spaja 59 Nr.1 Musa Bonjaku 60 Nr.1 Arben Sheshi 61 Nr.1 Lutfije Kaziu 62 Nr.1 Barjam Qordja 63 Nr.1 Bardhyl Çelmeta 64 Nr.1 Xheladin Dajti 65 Nr.1
    [Show full text]
  • ADRESA E E-MAIL Ilir Domi [email protected]
    Nr. SHKOLLA Lloji Drejtori ADRESA E E-MAIL 1 AHMETAQ 9-vjeçare Ilir Domi [email protected] 2 ARBANE 9-vjeçare Enkelejda Topalli [email protected] 3 BASTAR I MESEM 9-vjeçare Sadete Duka [email protected] 4 BERXULL 9-vjeçare Zyra Prençi [email protected] 5 BERZHITE 9-vjeçare Beqir Hyka [email protected] 6 FARKE E VOGEL 9-vjeçare Xhelal Qoku [email protected] 7 FERRAJ 9-vjeçare Dorina Llalla [email protected] 8 FUSHAS 9-vjeçare Dëfrim Aga [email protected] 9 FUSHE PREZE 9-vjeçare Dashamir Shamku [email protected] 10 GJOKAJ 9-vjeçare Fatmir Çali [email protected] 11 GROPAJ 9-vjeçare Artan Allgjata [email protected] 12 HAKI SHEHU 9-vjeçare Endri Hamzaraj [email protected] 13 IBE SIPER 9-vjeçare Alma Asllani [email protected] 14 KASEM SHIMA 9-vjeçare Hasime Lamaj [email protected] 15 KASHAR-KODER 9-vjeçare Rajmonda Halili [email protected] 16 KATUND I RI 9-vjeçare Arjan Gjoka [email protected] 17 KOÇAJ 9-vjeçare Erald Dapi [email protected] 18 KUS 9-vjeçare Enver Hidri [email protected] 19 LAGJE E RE 9-vjeçare Arben Rexhepi [email protected] 20 LALM 9-vjeçare Agron Banushi [email protected] 21 LUNDER 9-vjeçare Alma Kaziu [email protected] 22 MANGULL 9-vjeçare Saimir Qordja [email protected] 23 MARQINET 9-vjeçare Agim Korriku [email protected] 24 MEZEZ-FUSHE 9-vjeçare Valbona Jahja [email protected] 25 MJULL BATHORE 9-vjeçare Edmond Sogani [email protected] 26
    [Show full text]
  • Part Ii: Feasibility Study
    PART II: FEASIBILITY STUDY CHAPTER 1 INTRODUCTION Volume II Main Report, Part II Feasibility Study CHAPTER 1 INTRODUCTION 1.1 Background to the Project A long-term sewerage development program (up to the year 2022) was developed as a Master Plan (M/P) for the improvement of Greater Tirana’s sewerage system. The M/P identifies a priority project for immediate implementation. The aim of the priority project is to improve the water quality of Lana River running through the urban center of Tirana municipality. The priority project will treat sewage to a secondary level with trickling filter process at the proposed Kashar STP. The second stage project will further improve the rivers’ water quality through the expansion of the service area in Tirana municipality, communes of Kashar and Paskuqan. 1.2 Scope of Feasibility Study The purpose of the Feasibility Study (F/S) is to verify that the proposed priority project (First Stage Project) is technically, economically, financially, and environmentally feasible for immediate implementation. The scope of the F/S report is to prepare the preliminary engineering design for the prioritized sewage collection and treatment system, and to check whether the selected priority project is reasonable and feasible for implementation. F1 - 1 CHAPTER 2 PRIORITY PROJECT Volume II Main Report, Part II Feasibility Study CHAPTER 2 PRIORITY PROJECT 2.1 General This chapter describes the preliminary design of the proposed sewerage facilities in the Priority Project and prepares the necessary O&M plan. This chapter also discusses capacity building and public awareness programs. 2.2 Design Fundamentals The aim is to have the project in operation by the year 2013, in accordance with the phased development plan.
    [Show full text]
  • Lista E Subjekteve Përfituese Të Ndërtimeve Të Legalizuara - TIRANA RURALE-2 MUAJI PRILL 2021
    Lista e subjekteve përfituese të ndërtimeve të legalizuara - TIRANA RURALE-2 MUAJI_PRILL 2021 Të dhënat e pasurisë Vendimi I Leg. Nr. Emer Atësi Mbiemer Zona Rendor Adresa Nr. i pasurisë Nr. Date kadastrale 1 RUZHDI LATIF0 HIDRI 3866 NJESIA 6 310/36/1 570 4/6/2021 2 BEDRI XHEVIT MILLOSHI 3866 NJESIA 6 433/270 571 4/6/2021 3 ERVIS INJAS SHEME 3866 KASHAR 436/84/11 572 4/6/2021 4 INJAS LUTFI SHEME 3866 KASHAR 436/100 573 4/6/2021 5 VIOLETA/GENTIAN/IN ARIF/RAMI MAJMARI 2679 KASHAR 35/150 574 4/6/2021 6 DEMIR FETAH MUÇOLLI 3321 VAQARR 15/127 575 4/6/2021 7 JANI PANDELI HOXHA 2679 KASHAR 809/264 576 4/6/2021 8 MYSLIM/NEXHMIJE DEMIR/REXHEP QYRA 2679 KASHAR 79/162 577 4/6/2021 9 GURALI REXHEP GJONA 2119 KASHAR 225/200/1+1-2 578 4/6/2021 10 ALQI/AFRIM ELEZ DHENTILI/CINA 3866 NJESIA 6 306/348 579 4/6/2021 11 FESTIM ISLAM LAMI 2953 PEXE-HELMES 70/33/11 580 4/6/2021 12 XHEVIT MUSTAFA MICI 2625 KASHAR 70/18/1 581 4/7/2021 13 SOKOL XHEVDET ZEBI 2119 KASHAR 1184/18 582 4/8/2021 14 NEKI/BESTAR FAIK/NEKI ALKU 2679 KASHAR 208/120 583 4/8/2021 15 FATMIR HASAN LAMUCA 3321 VAQARR 65/20/1 584 4/8/2021 16 ENVER KASEM META 2679 KASHAR 41/60 585 4/8/2021 17 GANI ISUF GOGA 2776 NDROQ 591/261 586 4/8/2021 18 JORGO DHIMITER KOLKA 3866 KASHAR 367/2-1+4 587 4/8/2021 19 DORIAN, ENI NIKOLLAQ, ASTRIT MILE 3866 KASHAR 367/2-1-21 588 4/8/2021 20 FLORIAN SHABAN CENGA 3866 KASHAR 367/2+1-3 589 4/8/2021 21 ALEKSANDRA RAKO GJOSHI 3712 VAQARR 41/104/11 590 4/8/2021 22 4&+ 2105 KASHAR 78/50 591 4/8/2021 23 KONFORT-KONSTRUKSION SHPK 3866 KASHAR 305/400 592 4/8/2021 24 PASHK
    [Show full text]
  • Exploring the Development of a Strategic Communication on P/CVE in Albania: a Research Based Approach
    Exploring the development of a LOREM IPSUM strategic communicationDOLOR SIT AMET on P/CVE inCONSECTETUR Albania A Research Based Approach Exploring the development of a strategic communication on P/CVE in Albania: A Research Based Approach Authors Arjan DYRMISHI Mandrit KAMOLLI Mirsada HALLUNAJ Anila SHEHI (DOLLANI) Design and layout Ergys TEMALI © February 2021, Center for the Study of Democracy and Governance (CSDG) Acknowledgments This report is produced by the Center for the Study of Democracy and Governance with the support of Hedayah, the International Center of Excellence for Countering Violent Extremism and funding from the European Union. The report has greatly benefited from the review of Charlie Winter, Irene Belmonte and Sara Zeiger. Disclaimer The opinions in this publication are those of the authors. They do not purport to reflect the opinions or views of Hedayah or the European Union or the Albanian CVE Center. CONTENTS CHAPTER I Executive summary and key recommendations 1 CHAPTER II Introduction 7 CHAPTER III Key terms and concepts used in this study 11 Defining Radicalization and its drivers 12 Defining and Understanding Violent Extremism 15 Countering Violent Extremism and its propaganda (P/CVE) 17 CHAPTER IV Methodology 21 Data collection 24 CHAPTER V Radicalization in Albania: drivers, scale and countering efforts 27 Religion in Albania 28 Violent Extremism and Radicalization in Albania 30 Drivers of Radicalization in Albania 32 CVE in Albania 36 Repatriation efforts of the Government of Albania 40 The violent extremism
    [Show full text]