1. The energizes

2. Energy plus house Leusden

3. Index  Installations.  Geothermal power pump.  Cost calculation Geothermal power pump.  Solar collectors.  Solar panels.  drawings.  architectural.  H-tec.  benefits electric car.  Architect Johannes out.  General information.

4. Installations  Geothermal power pump.  Solar collectors.  Wind turbine.  Solar panels.

5. Geothermal power pump  The ground heat exchanger.  The heat pump.  Delivery system.

6. Costing Geothermal power pump Geothermal power pump € 7.000 source € 6.000 insulation € 3.500 LTV € 4.000 Installation € 2.000 total €22.500 off subsidy € - 5.000 Rest €17.500

7. Solar collectors  working solar collectors

8. Solar panels

9. Drawing

10. Architectural  Well isolated.  Materials with high rc (6.9)  Base.

11. The external walls

12. H-tec  Electric car.  1 to 100 8,0 seconds  Range 400 km  Battery lithium-ion  Type elektrisch  Topspeed 160 km/h  power 101 pk (75 kW)

13. Benefits electric car  No BPM  No addition  No road tax.  No CO 2 emissions  10.000 charing points  Super modern cars  No noise  Home charging electric car

14. Architect Johannes out  Fellow owner InnoConstruct B.V  Architict of his own house.

15. General information  Address: Railway Damreesche 22, 3832 KR Leusden Start of construction: September 2007 Completion: March 2009 Dwelling size: 1,000 cubic meters Construction cost: 600.000 to 700.000 euros Client: InnoConstruct BV + www.innoconstruct.nl User: John and partner Marianne Out Architect: John Out Building system: Styro Stone + www.styrostone.nl Foundation: Misapor + www.misapor.ch Mobility: Eneco + www.eneco.nl Wind: Everkinetiq + www.everkinetiq.n Home: Automation: Moeller + http://benelux.moeller.net Installation: Kath, Wolff & Partner + www.kath-wolff Partner. Energy Management: Nedap + www.nedap.nl Windows and heat pump: Schüco + www.schueco.com Climate: Siegmund + www.eht-siegmund.com Landscaping: Va + Voum www.vavoum.com Willow Fence: The Vlechterij + www.vlechterij.nl Mobility: Eneco + www.eneco.nl Calculation of energy efficiency: Consultancy Nieman + www.nieman.nl

16. Conclusion  Building materials  Outside wall  Piles

17. Made by: Jacob and Feike

18. Index - First project - Second project - Heating - Energy generation - Sustainable elements - Drawings of the house - Conclusion - End of the presentation

19. First project - First project was Czech Republic - House - Hotel - Had different sustainable facilities - Little of information about the energy plus house

20. Second project - Second project is Dortmund, Germany - Designed by a group of students - Build in 2007

21. Heating - Using blades with solarcells - No Geothermal - Using Heat pumps for hot water and heat indoors - Much insulation applied

22. Energy generation - Use of a second facade - Blades with solar cells on the South, East and West side - Solar panel on the roof - Connected to the mains, but only to the selling energy

23. Sustainable elements - North glass is four-layer - East- South and West side are three- layer

24. Drawings of the house Section wall with BladesFloor plan: first floor + second floor

25. Conclusion  Solar panels are nicely incorporated into the blades.  House produces more energy than it cosumes.

26. Made by: Jacob, Feike, Pieter and Bonne

27. Foreign project - Solar cells on blades - Using a heat pump for heating and making electricity - Has a veranda that saves heat - Modern look - Remaining energy is sold

28. Domestic project - There is an electric car drive on the remaining energy - Traditional look - Using geothermal and sun for making heat - Base is made by waste

29. Conclusion - Choice goes to Leusden - Leusden has a traditional look - The remaining energy is better spent - Base is made by waste