The experience in Bosnia and Herzegovina

Transcription

1 Promotion of RE in BiH The experience in Bosnia and Herzegovina Form of Government: Governmental System: Republic Parliamentary democracy Area: 51,209 km 2 ; a total of 1,538 km of shared borders with Croatia (932 km), Montenegro (249 km), Serbia (357 km) Population: 3.8 million Capital: Sarajevo (population of some 400,000) Administration: Federation of Bosnia and Herzegovina (10 cantons, 79 municipalities), Republika Srpska (63 municipalities) and Brčko District GDP (2012): EUR 13.1 billion Per capita GDP (2012): EUR 3,419 Currency: BAM/EUR = BAM/USD = Convertible mark (ISO-code: BAM), Nihad Harbas, MSc.eng. GIZ BA +387 (0) nihad.harbas@giz.de page 1

2 Bosnia and Herzegovinia/GIZ/RES Advisory in BiH BiH Energy mix Transpor t 19% Electricit y 28% Heating and cooling 53% BIOMA SS 7% SOLAR 2% BiH RES 2020 Incentives WIND 27% HYDRO 64% Overall target for the share of energy from renewable sources in gross final consumption of energy in for the baseline year and 2020, for Bosnia and Herzegovina Share of electricity production in BiH page 2

3 Current situation in solid biomass i BiH ESCO MODEL (B)ESCO FACTS Energy mix in residental sector Fuel oil, 9.0% Electricity, 1.9% Coal, 23.1% Energy supply cont. Hospital Schools No. of projects Installed capacity Type of energy fuel > 50 ~ 50 MWth Solid biomass Services Coogenerati on 0 Wood, 39.4% Natural gas, 26.6% DHS Available feed in for biomass ~ 5 MWel page 3

4 DHS in urban places DHS in energy utilities Local DHS from local factory Heat plant TPP/HP Non operate page 4

5 In operation Developing phase page 5

6 ESCO PILOT PROJECTS IN BiH Technical assistance (Energy Audit/Feasi bility Study) Tender evaluation ESCo offer/ bid/ proposal Awarding & signing of contract Zenica Hospital Mostar Hospital Sokolac - DHS page 6

7 ESCO PILOT PROJECTS IN BiH Zenica Cantonal Hospital Mostar Cantonal Hospital Sokola c District Heating System m m m2 Investment: 5-7m Investment: 0,5m Investment: 7,5m page 7

8 Qstv CHALLENGES FOR ESCO MODEL IN BUILDINGS ΔQ; Qth1 Qstv (Qstv) Stvarna potrošnja energije (18 ºC) Real energy consumpion (Qth1) Toplotne potrebe objekta prije sanacije (21 ºC) ( Qth2) Toplotne potrebe objekta poslije sanacije (21 ºC) Energy needs before Energy needs after Qth2 page 8

9 Stvarna Real energy potrošnja consumpion energije Toplotne Energy potrebe needs MWh Deviation 33% 0 5,000 10,000 15,000 page 9

10 Future development Lack of regulations for ESCO & budget issue ESCO Model PPP Model page 10

11 Lessons Learned Pilot project: Biomass cogeneration for district heating system based on PPP model page 11

12 Baseline District heating dating back from 1980 Owner Sokolac municipality; System managed by the public enterprise Toplane Sokolac Service for m² (collective housing and public buildings) Boiler capacity 14,2 MW (6,52 MW in use) Biomass consumption bulk m³ Biomass cost KM per year Smooth biomass procurement Individuals 1.0 KM/m² per month during 12 months Public buildings 3.0 KM/m² per month during 12 months Hospital, schools 1.6 KM/m² per month during 12 months Energy consumption measuring and tariff based on heat consumption not available Collection rate around 90% Source: CETEOR Sarajevo page 12

13 Project proposal Installation of CHP plant powered by waste biomass (1 MWe and 4.1 MWth) 8000 MWh Peak load from the existing boiler (first three years), installation of the new one of 4 MW after third year Reconstruction and enlargement of the network (potentially m² new users, according to survey m²) Network connection feasible (according to Pale energy supply company) Free quote for feed-in tariff Necessary amount of biomass for peak boilers t/a Necessary amount of biomass for CHP plant t/a CHP 1 MWe Existing steam boiler TPK Zagreb New hot water boiler powered by biomass 4,1 MWt 6,52 MW 4 MW Network MWh USERS OF DISTRICT HEATING Source: CETEOR Sarajevo page 13

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15 Thank you for your attention! Nihad Harbaš, MSc.dipl.ing. GIZ National Bioenergy Expert +387 (0) Promotion of RES in BiH page 15