ENERGY CONCEPT AND ENERGY ACTION PLAN IN THE ZLÍN REGION. Tomáš Perutka, Bilbao, 14/10/2014

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1 ENERGY CONCEPT AND ENERGY ACTION PLAN IN THE ZLÍN REGION Tomáš Perutka, Bilbao, 14/10/2014

2 STRUCTURE Brief outline of the Energy Concept of the Zlín Region Outline of the Energy Agency Action Plan Achievements arising from the Energy Agency Action Plan Case study of some of the key projects Future issues/challenge

3 ENERGY CONCEPT OF THE ZLÍN REGION Elaborated in 2004, updated 2014 Structured by land districts of particular municipalities (307 municipalities) 2 parts Analytic part Projection part

4 ENERGY CONCEPT OF THE ZLÍN REGION Overview of annual primary energy sources consumption in towns and villages of the Zlín region by sectors

5 Sources of pollution according to REZZO database (registry of air polluting sources) Comparison between 2012 and 2001 ENERGY CONCEPT OF THE ZLÍN REGION

6 ENERGY CONCEPT OF THE ZLÍN REGION Total energy consumption - 36 PJ/region/year (10 TWh)

7 ENERGY CONCEPT OF THE ZLÍN REGION Contribution of RES according to towns districts 98 % of the populated area is covered by natural gas pipelines 28 Central heating systems (21 natural gas; 2 coal, 5 biomass)

8 ENERGY CONCEPT OF THE ZLÍN REGION Reduction in CO2 monitored between 2012 and 2001 in amount of 332 kt kt in kt in 2012 Emissions of CO2 in Zlín region by districts 600, , , , , ,000 0 Bystřice pod Hostýnem Holešov Kroměříž Luhačovice Otrokovice Rožnov pod Radhoštěm Uherské Hradiště Uherský Brod Valašské Klobouky Valašské Meziříčí Vizovice Vsetín Zlín

9 ENERGY CONCEPT OF THE ZLÍN REGION Overview of air pollutants according to 13 municipal districts of the Zlín Region Název ORP Tuhé emise Oxid siřičitý (SO2) Oxidy dusíku (NOx) Oxid uhelnatý (CO) Oxid uhličitý (CO2) [t] [t] [t] [t] [t] Bystřice pod Hostýnem Holešov Kroměříž Luhačovice Otrokovice Rožnov pod Radhoštěm Uherské Hradiště Uherský Brod Valašské Klobouky Valašské Meziříčí Vizovice Vsetín Zlín Celkem Zlínský kraj

10 GJ/Year ENERGY CONCEPT OF THE ZLÍN REGION Renewable energy sources available - potential estimated 4,6 PJ/year 3,000,000 2,500,000 RES in the Zlín region 2012 and potential RES in the Zlín region 2012 GJ/year 2,000,000 1,500,000 1,000, ,000 Primary energy sources POTENTIAL GJ/year 0 Solar thermal systems Photovoltaic systems Hydropower Wind energy Geothermal energy (heat pumps) Sources Biomass Biogas

11 ENERGY CONCEPT OF THE ZLÍN REGION Structure of individual renewable energy sources forecast Biomass 64% Solar energy 18% Biomass 58% Solar energy 17% Wind energy 0,03% Wind energy 0,03% Hydro energy 2% Geothermal 5% Hydro energy Biogas 2% 16% Biogas 15%

12 GJ ENERGY CONCEPT OF THE ZLÍN REGION 5 scenarios of the future development were elaborated Starting point Target year scenarios - predicted consumption (GJ) 35,000,000 30,000,000 25,000,000 20,000,000 15,000,000 10,000,000 5,000,000 RES Electricity Gas fuels Liquid fuels Solid fuels S S S3-2032

13 ENERGY CONCEPT OF THE ZLÍN REGION 5 scenarios of the future development were elaborated Starting point Target year 2032

14 OUTLINE OF THE ENERGY AP Main objectives Energy planning of the region Solar systems promotion Promotion of biomass utilization Low energetic housing and building promotion RES and energy efficiency projects identification and development Establishment and promotion of energy management Support to education of students, architects, designers, building administrators and students Zlín Region

15 OUTLINE OF THE ENERGY AP Energy planning Energy concepts developed for 3 towns of the Zlín Region Initiation, consultancy, workshops, coordination, finance raising Rožnov pod Radhoštěm Valašské Meziříčí Uherský Brod

16 OUTLINE OF THE ENERGY AP Energy management Spotřeba plynu SŠIEŘ Rožnov 116 facilities included in this monitoring system (schools and other organizations established by the Zlín region) m Municupalities are joning 10 new by October Monitoring of electricity, gas, heat and water consumption Monthly evaluation of data obtained Leden Březen Květen Červenec Září Listopad Měsíc Znázornění vlivu přidání izolačních skel na internátě v Rožnově pod Radhoštěm na spotřebu energie na vytápění Přepočtem na denostupně eliminován vliv rozdílu venkovních teplot na spotřebu Rok 2006 Rok Identification of potential savings by both operational changes and investment suggestions 20 0 GJ -20 Před přidáním izolačních skel Po přidání izolačních skel Oblast zvýšené spotřeby energie Oblast úspor energie -40 At the objects with history of monitoring longer than 3 year considerable savings up to 8 % were recorded just because of measurements Přepočítané měsíční navýšení či úspora energie v porovnání se stejným obdobím přechozího roku před a po přidání izolaních skel vztažené na denostupně Leden Únor Březen Duben Květen Červen Červenec Srpen Září Říjen Listopad Prosinec leden 07 únor 07 březen 07 duben 07 Měsíc

17 ACHIEVEMENTS projects on RES utilisation, energy efficiency and energy savings initiated and realized in total value EUR in the period between MWh converted to biomass from fossil fuels 281 projects on buldings refurbishment realised - introducing low-energy standards into old public buildings Reduction of CO2 emissions = t/year 130 seminars,workshops and conferences have been organised for more than 3300 participants from all types of targets groups so far Organising and coordinating of public procurement of bulk energy for organisations established by the Zlín Region brought savings EUR till 2013

18 CASE STUDY CHS ON BIOMASS Lead partner: Brumov-Bylnice (Czech Republic) Project partner Horné Srnie (Slovakia) Reconstruction of central heating plant in Brumov Bylnice Služby města Brumov-Bylnice: New biomass boiler room installed power 3MW Budget raised by the Energy agency of the Zlín Region Horné Srnie: Solar system solar water heating system on the building of local sportshall Budget raised by the EA)

19 Reconstruction of central heating plant in Brumov Bylnice - impacts and benefits Two new green jobs and preservations of 6 existing ones (region with the high unemployment rate and low income) Old 6,7 MW boiler replaced with the new one on biomass 3 MW heat for 13 objects of the town + 20 apartment houses ROI = 4 years Annual heat production from biomass = GJ (5.600 MWh) long term contracts for biomass (woodchips) delivery with Slovak partners part were agreed (15 years) Annual CO2 reduction = 926 tons CASE STUDY CHS ON BIOMASS

20 Lead partner: Pitín (Czech Republic) Project partners: Šajdíkove Humence (Slovakia), Hostětín (CR), ZO ČSOP Veronica Brno (CR) Pitín: Complete recostruction Budget CASE STUDY PASSIVE STANDARD BUILDING Introducing of the passive standard to the Kindergarten in Pitín Šajdíkové Humence: Solar water heating system installation in the village hali (first ever) Budget Hostětín: Heat insulation of the village hall Budget ZO ČSOP Veronica: Solar water heating system installation

21 CASE STUDY PASSIVE STANDARD BUILDING Introducing of the passive standard to the Kindergarten in Pitín Adaptation carried out by the project heat insulation by using natural materials completely new lighting equipment installed windows exchange reconstruction of the boiler room solar systém installation (heat x hot water) heat recuperation The results: introduction of passive standard (less than 15kWh/m2year) reduction of energy consumption by 80% reduction of CO2 emissions by 64t/year

22 Třída Tomáše Bati Zlín Tel.: Thank you Miroslava Knotková director Tomáš Perutka EU projects Jan Vidomus Energy specialist