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Energizing Sustainable Homes: Geothermal Power and Solar Solutions in Leusden

Discover the eco-friendly installations like geothermal power pump, solar collectors, and panels in this sustainable house in Leusden. Explore the benefits of electric cars and architectural designs. Get insights on costing and energy efficiency. Learn about the project details and how the remaining energy is utilized in the house. Witness the blend of modern technology and traditional aesthetics in this energy-efficient home.

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Energizing Sustainable Homes: Geothermal Power and Solar Solutions in Leusden

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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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