Rezultati projekta STRATEGO. Multi-level actions for enhanced Heating & Cooling plans

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1 Rezultati projekta STRATEGO Multi-level actions for enhanced Heating & Cooling plans

2 CILJEVI: 1. Razgovarati o strategijama urbane obnove 2. Educiranje djelatnika u javnoj upravi 3. Olakšanje primjene Direktive o Energetskoj Učinkovitosti PRISTUP: 1. Poboljšati komunikaciju između svih dionika i pronaći zajednička rješenja 2. Treninzi za javne djelatnike u svim nacionalnim klasterima 3. Razmjena najbolje prakse i znanja 4. Međusobno povezivanje i osnaživanje postojećih radnih skupina 2

3 Glavni ciljevi projekta: 1) uspostava strukture i izgradnja kapaciteta za provedbu SEAPa na lokalnoj razini 2) identificirati i pripremiti 23 projekta u suradnji s lokalnim zajednicama 3) pomoć pri implementaciji ostalih akcija iz SEAPa FSB team će podržati lokalne zajednice u Hrvatskoj Velika Gorica Kogeneracija na biomasu i centralni toplinski sustav Dubrovačko-neretvanska županija OIE te električna vozila i infrastruktura Voditelj hrvatskog udjela u projektu: Doc. dr.sc. Goran Krajačić, goran.krajacic@fsb.hr Wind energy Solar energy Eco living Water energy Efficiency 3

4 4DH Research Centre Sudjelovanje industrije, sveučilišta i javnog sektora sa ciljem razvoja i promicanja 4. generacije centraliziranih toplinskih sustava 4

5 Biomass heating Solar heating Excess heat Power-to-heat Power-to-cold Cooling sources Heat storage Heat pumps Cold storage Small modular RE district heating grid Heating/ Cooling Consumers Small modular RE district cooling grid 5

6 HRE 1 HRE 2 HRE 3 HRE 4 6

7 IEE projekt 15 partnera 12 država Osnovni ciljevi Razmjena iskustva Mapiranje Scenariji 7

8 Heat & Cooling Demand (HU) Energy Efficiency Costs (Ecofys & AAU) Modelling Alternatives Renewable Energy Resources (PE) Mapping Surplus Heat (HU) Mapping Demands & RE (UF) 8

9 Czech Republic Croatia Italy Romania United Kingdom 9

10 Mapping Methodology for Croatia Geoportal location and area of buildings Height (number of floors) Average energy consumption per type of building 10

11 Matrix (1.36X1.36m) Broj katova Tip zgrde Toplinska mapa Osijek 100X100m 11

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14 Resources Conversion Exchange and Storage Demand Engines Power Exchange Mobility Electricity Fuels Power Plants Cooling Heat-Only Boilers Heating 14

15 Resources Conversion Exchange and Storage Engines & Motors Demand Fuel Storage Wind etc. Fluctuating Electricity Electrofuels Power Exchange Mobility (Vehicles) Flexible Electricity Electricity Storage Fuels CHP (or Quad) Heat Pump Cooling Thermal Storage Heating Solar etc. Fluctuating Heat 15

16 Final Levels of Each Energy Efficiency Measure in the Low-Carbon Heating and Cooling Strategies Heat Roadmaps Heat Savings District Heating Reduction as a Percentage of the BAU 2050 Heat Demand % of Total Heat Demand after Heat Savings (vs. % today) Individual Heating Technology Primary Technology District Heat Supply form Renewable Heat & Excess Heat* % of District Heat Production Czech Republic 40% 40% (25%) Heat pumps are 60% Croatia 40% 40% (15%) recommended as the primary technology with 45% Italy 30% 60% (<5%) small shares for biomass boilers, and 35% Romania 50% 40% (20%) solar thermal. The exact mix of each 45% United Kingdom 40% 70% (<5%) technology is not optimised. 40% *Doesn t include excess heat from thermal power plants. 16

17 Change for the Heating, Cooling, and Electricity Sectors Change in HR Scenarios Heat Roadmap Scenario in 2050 Compared to a Business-As-Usual Energy System for the Year 2050 Czech Republic Croatia Italy Romania United Kingdom 0% -10% -20% -30% -40% -50% -60% -70% -80% Primary Energy Supply Carbon Dioxide Emissions Total Annual Costs 17

18 Change in Total Investments in the Heat Roamdap Scenarios Compared to Today (Billion ) Heat savings Individual Heat Pumps DH - Combined Heat & Power Solar PV, CSP, and Tidal DH - Heat Pumps District Heating Substations DH - Fuel & Electric Boilers Offshore Wind Onshore Wind Hydro District Heating Pipes Individual Solar Thermal DH - Solar Thermal DH - Geothermal DH - Industrial Excess DH - Thermal Storage Individual Biomass Boilers Individual Coal and Oil Boilers Individual Gas Boilers Condensing Power Plants Total Investments vs. Today All Five STRATEGO Countries Combined New & Growing Investments Declining Investments Status of Some Key Technologies in the Heat Roadmap Compared to the Ref 2010 Scenario 18

19 1. Creating National Energy Models for 2010 and Creating Hourly Profiles to Model both Demand and Supply 3. Quantifying the Cost of Heat Savings in EU Member States 4. Quantifying the Heating and Cooling Demand in Europe 5. Mapping the Heating and Cooling Demand in Europe 6. Quantifying the Potential for District Heating and Cooling in EU Member States 7. Quantifying the Excess Heat Available for District Heating in Europe 8. Estimating the Renewable Energy Resources Available in EU Member States 9. Mapping the Renewable Heat Resources in Europe 19

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21 Financial support from the European Union s Intelligent Energy Europe project STRATEGO (grant agreement EE/13/650) is gratefully acknowledged. 21

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