Conference Home energy systems

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1 Conference Home energy systems Catalogue of Best Practice Examples This project is implemented through the CENTRAL EUROPE Programme co-financed by the ERDF. PORSENNA o.p.s. WROCLAW, March 6 th 2014

2 Why RES and savings? EU directive Price of energy Security Environment

3 Catalogue of Best Practice Examples Catalogue serves as source of information about the projects realized in the area of energy savings measures and RES. Examples contain all necessary and relevant information. The Catalogue is made in electronic form and is available on the project website

4 Catalogue of Best Practice Examples Project Characteristic The project characteristic contains key technical and economic figures of the project. The data presented in this part of the catalogue is not only allowed mutual comparison of the same types of projects, but also the comparison of different solutions (for example heating systems). Technical Data The technical data includes basic technical parameters of the project, such as the installed electrical/heat capacity, energy generation, efficiency etc. These parameters are nominal, i.e. are taken from the data sheet or project documentation of the system. The actual values achieved in the monitored time period will be stated in the part Operating Data. Economic Data The economic data includes basic economic parameters of the project, such as the total capital expenditure, total annual operating costs, annual revenues, period of return of investment, etc. Operating data are considered here as anticipated, i.e. according to the project documentation. The actual values achieved in the monitored time period will be stated in the Operational Data section. Operating Data As noted above, this part of the catalogue sheet may include selected technical and economic figures that are actually achieved in practice. Comments (national specifications and additional information) Comments may contain additional project information comments on the calculation, limitations (if any), additional technical data, etc.

5 Catalogue of Best Practice Examples The Catalogue of Best Practice Examples is divided into three categories according to the type of energy efficiency measures or of efficient use of energy resources: RES projects generating primarily electricity RES projects generating primarily heat Energy efficiency projects Good practice examples will be made to the particular project types. Examples will be from Germany, Czech Republic, Poland and Slovenia.

6 Catalogue of Best Practice Examples CATEGORY A RES Projects Generating Primarily Electricity A1 (01) small hydroelectric power plant A2 (02) wind farm A3 (03) photovoltaic system A4 (04) agriculture biogas plant A5 (05) landfill biogas plant A6 (06) other methods of generating energy from biomass

7 Catalogue of Best Practice Examples CATEGORY B RES Projects Generating Primarily Heat B1 (07) heating plants combusting energy crops B2 (08) heating plants combusting residual biomass B3 (09) solar thermal systems

8 Catalogue of Best Practice Examples CATEGORY C Energy Efficiency Projects C1 (10) heat pump C2 (11) energy efficiency measures for heating (low-cost) C3 (12) energy efficiency measures for heating (high-cost) C4 (13) modernization of street lighting C5 (14) fuel savings C6 (15) energy efficiency measures leading to electricity savings

9 "Starý Harcov" The family house is located in Liberec. The building combine traditional and modern technical and technological elements. Perimeter walls are made of timber, wooden structures with sufficient thermal insulation and mineral insulation. The family house is build on the principle of passive wooden buildings. The proposed heat source for heating and hot water works in the trivalent regime; the largest portion of energy consumption are covered by the heat pump with a surface collector, and at the request of the investor modern stove with heat exchanger are installed in the interior which provide energy mainly in the winter. The supplementary energy required is supplied by two electric cartridges which are normally part of the storage tank IZT -U TSE To this tray can be alternatively connected solar thermal systems instead of proposed heat pump. Address (project implem.): GPS: Year of construction: 2014 ul. Jizerská, Liberec - Starý Harcov 50 46' 24,56" N 15 5' 20,08" E

10 "Starý Harcov" Local climatic conditions Average temperature of outside air Basic technical parameters of the heat pump 7,2 C Heat pump type ground - water, ground collector Manufacturer Atrea; TCA 3.1 Operational mode bivalent with temperature 45 C Number of installed heat pumps 1pc. Total installed heat capacity 3,1kW Average annual coefficient of performance 3,6-2,8 Basic technical parameters of the stove Type Number of installed heat pumps Total installed heat capacity Basic technical parameters of the heating coil Total installed heat capacity Haas+Sohn, Eboli 1ks 8,8kW 2 x 4,0kW

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13 "Starý Harcov" Operational data Heat requirement - unpaid 31,8 GJ/year 8,8MWh/year Energy consumption - paid 25,9 GJ/year 7,2MWh/year Total energy consumption 50,4 GJ/year 14,0MWh/year Heat pump Tiled Stove Heating coil Heating Hot water Heating Hot water Heating Hot water Share of generation % Heat requirement GJ/year 13,7 10,2 3,6 2,5 0,7 1,1 MWh/year 3,8 2,8 1,0 0,7 0,2 0,3 Heat consumption GJ/year 4,9 5,5 7,0 5,7 1,0 1,8 MWh/year 1,4 1,5 2,0 1,6 0,3 0,5 Total heat consumption GJ/year 18,6 16,3 7,0 5,7 1,0 1,8 MWh/year 5,2 4,5 2,0 1,6 0,3 0,5

14 Economic data "Starý Harcov" Capital expenditure EUR * Operating costs 243,0EUR/year Cost savings 767,0EUR/year Return of investment 25,8years Investment costs Components Price EUR Heat pump 9480 Tiled Stove 1721 Heating system 3200 Floor heating 5400 Heating element 2800 Energy costs in the first year Total energy consumption Type of fuel Heating Hot Water Generation Price kwh/year kwh/year EUR/kWh EUR/year Electricity , Firewood , Energy from Environment ,

15 Photovoltaic System and Thermic System in "Kladno" It is a simple two-story house with a garage. In the ground floor are meeting facilities represented by a living room, dining room and kitchen, 2nd floor is designed as a private area, bedroom, etc. The structure of the building consists of the solid wood panels, layers are designed to be open to diffusion. The house is heated by electric floor mats regulated by PI controllers. On the roof is installed 20 pieces of photovoltaic panels with a total output of 4.7 kwp. Hot water is prepared in the storage tank DZD OKC 300 NTR / BP of 300 liters in which the electric immersion heater is fitted and using three pieces of the thermal collectors Logasil Buderus SKS 4.0. The facility is equipped with ventilation with heat recovery. Address (project implem.): GPS: 218/26, Kladno 50 9' 57,24" N 14 7' 21,36" E Altitude: 360 m Garage, flat roof 25 (S), pitched roof 20 Panel location: (W) Garage, flat roof 45 (S) Operation mode: grid-on Year of construction: 2011

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17 Photovoltaic Evropský zemědělský fond pro rozvoj System venkova: Evropa investuje and do venkovských Thermic oblastí" Local average solar radiation Average hours of sunshine Average amount of insolation Electricity generation potential Heat generation potential System in "Kladno" 1 573h/year 1 150kWh/(m2.year) 716kWh/kWp 2 472kWh/year Basic technical parameters of photovoltaic panels Panel type poly-cristalic Manufacturer Canadian Solar SC6P 235 Wp Number of installed panels 20pc. Panel surface 32m2 Panel inclination 25 (20) Azimuth 0 (90) Total installed capacity 4,7kWp Total electricity generation efficiency 10,2% Electricity generation 3,3MWh/year (693,2 kwh/kwp) Utilization of installed capacity 1 416h/year Basic technical parameters of thermic panels Panel type plate collector fitted by argon Manufacturer Buderus Logasol SKS 4.0 Number of installed panels 3pc. Panel surface 6,3m2 Panel inclination 45 Azimuth 0 Heat needed for hot water generation 11,7GJ/year 3,3MWh/year Generated heat 8,0GJ/year 2,2MWh/year (68 %)

18 Photovoltaic Evropský zemědělský fond pro rozvoj System venkova: Evropa investuje and do venkovských Thermic oblastí" System in "Kladno" Economic data for photovoltaic panels Economic data for thermic panels Capital expenditure 7230,769 EUR Capital expenditure 5448 EUR Operating costs 15,0 EUR/year Operating costs 28,0 EUR/year Revenues from sale of electricity 235,0 EUR/year Revenues from sale of electricity 190,0 EUR/year Return of investment 31 years Return of investment 29 years

19 Photovoltaic Evropský zemědělský fond pro rozvoj System venkova: Evropa investuje and do venkovských Thermic oblastí" System in "Kladno" Operational data - photovoltaic panels Operation parameter / year of operation Generated electricity (MWh/year) - - 3,2 Electricity consumption (MWh/year) - - 6,7 Utilization of inst. capacity (h/year) Operating costs (EUR/year) ,0 Revenues from el. sales (EUR/year) - - own consumption Operational data - thermic panels Operation parameter / year of operation Generated heat (MWh/year) - - 3,4 Electricity consumption (MWh/year) - - 2,2 Utilization of inst. capacity (h/year) Operating costs (EUR/year) ,0

20 Thank you for your attention