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The energizes

The energizes. Energy plus house Leusden. made by: Bonne Postma&Pieter Zuidema. Index. Installations . Geothermal power pump. Cost calculation Geothermal power pump. Solar collectors. Solar panels. drawings . architectural . H-tec. benefits electric car . Architect Johannes out.

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The energizes

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  1. The energizes

  2. Energy plus house Leusden made by:Bonne Postma&Pieter Zuidema

  3. Index • Installations. • Geothermal power pump. • CostcalculationGeothermal power pump. • Solar collectors. • Solar panels. • drawings. • architectural. • H-tec. • benefitselectriccar. • Architect Johannes out. • General information.

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

  5. Geothermalpowerpump • The ground heat exchanger. • The heat pump. • Delivery system.

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

  7. Solarcollectors • working solar collectors

  8. Solarpanels

  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 CO2 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 LeusdenStart of construction: September 2007Completion: March 2009Dwellingsize: 1,000 cubic metersConstruction cost: 600.000 to 700.000 eurosClient: InnoConstruct BV + www.innoconstruct.nlUser: John and partner Marianne OutArchitect: John OutBuilding system: Styro Stone + www.styrostone.nlFoundation: Misapor + www.misapor.chMobility: Eneco + www.eneco.nlWind: Everkinetiq + www.everkinetiq.nHome: Automation: Moeller + http://benelux.moeller.netInstallation: Kath, Wolff & Partner + www.kath-wolff Partner.Energy Management: Nedap + www.nedap.nlWindows and heat pump: Schüco + www.schueco.comClimate: Siegmund + www.eht-siegmund.comLandscaping: Va + Voumwww.vavoum.comWillowFence: The Vlechterij + www.vlechterij.nlMobility: Eneco + www.eneco.nlCalculation of energy efficiency: Consultancy Nieman + www.nieman.nl

  16. Conclusion • Buildingmaterials • Outside wall • Piles

  17. Made by: Jacob and Feike Energy-Plus-House Dortmund

  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 Blades Floor 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 Foreign project to domestic project

  27. Foreign project • Solar cells on blades • Using a heat pump for heating and making electricity • Has a veranda that saves heat • Modern look • Remainingenergy 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

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