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Geothermal district heating in the city of Kecskemét MLEI GeoKec – City of Kecskemét (HU) 21/03/2013-20/03/2016 IEE/12/064/SI2.645706 20/03/2016.

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Presentation on theme: "Geothermal district heating in the city of Kecskemét MLEI GeoKec – City of Kecskemét (HU) 21/03/2013-20/03/2016 IEE/12/064/SI2.645706 20/03/2016."— Presentation transcript:

1 Geothermal district heating in the city of Kecskemét MLEI GeoKec – City of Kecskemét (HU) 21/03/ /03/2016 IEE/12/064/SI 20/03/2016

2 Municipality of Kecskemét - General economic data
Capital of Bács-Kiskun county Economic, administrative, educational, and cultural centre Population: (2011), number of households: Important investors (e.g., Mercedes-Benz factor opened in 2012) Economic structure: 48.3% service 41.39 % industry 10.31% agriculture Perfect location M5 Motorway 85 km from Budapest 70 km from the airport NATO airbase to be transformed for civil use

3 Scheme of the Existing district heating system
Distribution System Heating Company Proprieraty Two independent distribution system Total heated space: m3 No. of heated flats: Supplied heat amount: GJ No. of heat transfer stations: 309 Heat provider: Termostar Kft. Owners: 69.5% - Municipality 30.5% - EDF DÉMÁSZ Zrt. Széchenyiváros System Capacity requirement: MW Hot water requirement: 3 MW Árpádváros System Capacity requirement: MW Hot water requirement: 1,5 MW Gas Engines Covers hot water heat requirements Capacity: 6,6 MW thermal capacity 6,2 MW electric capacity

4 District heating system – Future plans
Connection of the two separate networks financed by the Environment and Energy Operational Programme (Structural Funds) - executed Use of geothermal energy in the district heating system Installation of efficient gas boilers replacing the old ones Further extension of the district heating system with residential and industrial consumers is possible and considered

5 Project plan

6 Layout of the geothermal system

7 Temperature distribution chart Produced geothermal heat
Installed Geothermal Capacity Temperature distribution chart Length of the heating season: 182 days Peak time capacity is required in very few days a year Produced heat amount is not linear in function of the installed capacity Optimal capacity Optimal capacity Produced geothermal heat

8 Execution Phases (1) Phase 1 Advantages Phase 2
Safety – Reduce drilling risk Adapted milestones Earlier operation Income Subsidy Advantages Install geothermal heat plant in heat transfer station no. 202. Drill 1+1 wells Pre-heat secondary loop return water Phase 1 Connect Széchenyiváros system into geothermal heat plant Drill 3+3 wells (total 4+4 operates) Pre-heat primary loop return water Phase 2 Connect Árpádváros system into geothermal heat plant Drill 2+2 wells (total 6+6 operates) Phase 3 Energy produced Phase 1: 3,5 MW capacity; GJ heat Phase 1+2: 18,3MW capacity; GJ heat Phase 1+2+3: 28,2 MW capacity; GJ heat 3 parallel pipeline is installed (2 small + 1 large) Large pipeline is unused in phase 1 2 small pipelines reinject in phase 3 Supply and Reinjection Pipeline

9 Actors involved End users Municipality of Kecskemét Termostar
(present and future consumers of the heat) Actors involved Municipality of Kecskemét Termostar (district heating company) 69% municipality of Kecskemét 31% EDF EU-FIRE Ltd. Financial investors Kecskeméti Termálrendszer Beruházó Ltd. (project company) 7% Municipality of Kecskemét 93% EU-FIRE Ltd. Additional professional investors Contractors Contractual relation Ownership relation

10 Financing of the proposed investments (1)
Investment Cost Phase 1 Phase 1+2 Phase 1+2+3 Drilling 3 000 000 € 11 900 000 € 17 800 000 € Execution 8 375 000 € 10 275 000 € 12 575 000 € Total Investment Cost 11 375 000 € 22 175 000 € 30 375 000 € Yearly Net Income Phase 1 Phase 1+2 Phase 1+2+3 Heat Amount 40 000 GJ 250 000 GJ GJ Revenues Sale price: 2500 HUF/GJ €/year €/year €/year Expenditures 601 000 €/year 1 388 000 €/year 2 006 000 €/year Operating income Discount rate is less than 15% The project is feasible, if the following criteria can be fulfilled Sale Price: greater than 2500 HUF OR Financial Results with 15% discount rate Subsidy Sale price: 2500 HUF/GJ 20% NPV IRR 20,8 %

11 Overview of the workplan
1: Management 2: Preliminary studies 3: Licensing and permitting 4: Technical and financial engineering of the geothermal plant and system 5: Procurement 6: Financing 7: Communication 8: EACI Dissemination Activities

12 Partners & Contacts Name of the beneficiary Contact person E-mail
Municipality of Kecskemét Kecskemét Megyei Jogú Város Önkormányzata Zoltán BALOGH EU-FIRE Ltd. EU-FIRE Kft. Péter KOVÁCS Project Company (KTRB) Kecskeméti Termálrendszer Beruházó Kft. Imre KOVÁCS


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