Bioenergy for the Region - House 2020
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Presentation of PhD students participating in the Integrated Programme for PhD Students' Development. Presentation was given on 7th June 2011
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Nowadays the concept of Net ZEB is well-known
and widespread in the scientific community. The European
Union has set ambitious targets for 2020 and even more
ambitious for 2050. In order to reduce the domestic GHG
emissions by 80-95%, compared to 1990 levels- till 2050, the
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restructure. Therefore, it is grown the interest in design and
technical solutions for achieving a zero or nearly zero energy
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“enhanced saving” (parsimonious) building, which can strive for
the objective of NetZEB. Moreover the economic analysis of the
feasibility of the NZEB target has been developed.
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This document describes a project to generate electricity from waste materials. Heating panels collect heat from burning waste materials and convert it to electricity. The electricity is stored in batteries which power LED lights. When the heating sensor detects sufficient heat, the LED lights turn on, demonstrating that electricity has been successfully generated from waste and stored. The goal of the project is to show that waste materials can be used to generate usable electricity as an alternative energy source.
Ne zer+ d2+2+nzebr+success+cases
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Practical guide to energy efficient design
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Early Energy Analysis
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- 1. HOUSE 2020 Zero-energy building Smart house, smart region 7 th June 2011 PhD Students: Andrzej Klimek, M.Arch. - architecture Marcin Janicki, M.Sc. – construction materials Eliza Tkacz, M.Sc. Łukasz Adrian, M.Sc. Katarzyna Znajdek, M.Sc. Marta Jabłońska, M.A. – monitoring system installations
- 6. Bioclimatic design in ‘HOUSE 2020’ Ground Floor First Floor Cross-section 7 th June 2011
- 8. Passive house concept 7 th June 2011
- 10. Positive wall example 7 th June 2011 Month Vapour condensation January NO February NO March NO April NO May NO June NO July NO August NO September NO October NO November NO December NO Number of layers: 4 R = 7.855 [m 2 K/W] U = 0.127 [W/m 2 K] No. Material type d [m] [W/mK] s d [m] Exterior 1 External plaster coated with mineral film 0.015 0.180 6 0.09 2 Mineral wool FASTROCK 0.300 0.041 1 0.30 3 Silica brick 0.240 0.900 20 4.80 4 Internal cement-lime plaster 0.015 0.820 10 0.15 Interior
- 11. Negative wall example 7 th June 2011 Month Vapour condensation Monthly condensation [kg/m 2 ] Accumulated condensation [kg/m 2 ] January YES 0.07937 0.21454 February YES 0.06754 0.28208 March YES 0.05221 0.33428 April NO -0.00819 0.32609 May NO -0.04933 0.27676 June NO -0.08919 0.18757 July NO -0.08848 0.09908 August NO -0.09665 0.00244 September NO -0.05060 0.00000 October YES 0.00910 0.00910 November YES 0.04937 0.05847 December YES 0.07670 0.13517 Number of layers: 5 R = 7.855 [m 2 K/W] U = 0.127 [W/m 2 K] No. Material type d [m] [W/mK] s d [m] Exterior 1 Acrylic plaster thin film 0.001 0.200 10000 10.00 2 External plaster 0.015 0.180 6 0.09 3 Mineral wool FASTROCK 0.300 0.041 1 0.30 4 Silica brick 0.240 0.900 20 4.80 5 Internal cement-lime plaster 0.015 0.820 10 0.15 Interior
- 12. Installation s Combined heat and power system Solar hybryd system PV inverter 7 th June 2011
- 16. Solar hybrid system Solar hybryd system PV inverter 7 th June 2011
- 19. Ventilation, air conditioning and heating system Solar hybryd system PV inverter 7 th June 2011
- 20. Ventilation, air conditioning and heating system 7 th June 2011
- 21. Ventilation, air conditioning and heating system 7 th June 2011
Editor's Notes
- The concept will also include the idea of smart grids, making communication among the set of buildings possible. The energy consumption user profile will be analysed and optimized in a way that maximizes the use od Renewable Energy Resources installed in a building or a set of buildings.