Passiv Haus
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PassivHaus is a German construction standard that focuses on maximizing energy efficiency. It involves super insulation of walls, roofs, and floors, insulated window glazing to resist heat flow, and an air-tight design balanced by a heat recovery ventilation system to maintain air quality and temperature control without excess energy usage. The buildings are designed to be excellent in regulating temperature in all weather conditions through passive solar techniques and ultra-high insulation standards.
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Passive construction presentation dc
Passive construction involves building techniques that minimize the need for active heating systems through excellent insulation, air-tightness, and passive solar design. Passive solar design considers factors like window placement and size to maximize natural light and heat from the sun. A case study describes renovating a home to passive house standards through steps like increased wall and roof insulation, triple-glazed windows, and an HRV system. Commercial buildings can also use passive design, as shown by a Tesco in Tramore with an insulated porch and air curtain to minimize heat loss from frequent door opening.
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The document discusses several innovative building solutions for energy efficiency including:
1) Using technologies like floor heating/cooling and efficient windows to optimize heat distribution and reduce losses.
2) Producing energy efficiently through renewable technologies like geothermal energy, solar energy, and biomass.
3) Geothermal solutions involve using the stable underground temperature to heat and cool buildings via a heat pump and distribution system connected to probes buried underground.
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The presentation addresses the thermal comfort requirements of the NSW Building Sustainability Index (BASIX) and how lightweight wood-based construction systems can be easily used to meet these requirements. Emphasis is placed on simple techniques to insulate walls, roofs and sub-floor areas of suspended floors for new construction as well as alterations and additions. The presentation will highlight cost effective design and building details, ventilation issues and smart use of thermal mass.
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The document discusses the Passive House energy design standard, which aims to achieve a 90% reduction in space heating needs and 70% reduction in total building energy usage. It provides examples of Passive House buildings constructed in Europe and discusses the key design principles, which include superinsulation, airtight construction, and heat recovery ventilation. Compact building designs that minimize surface area are emphasized to reduce energy demands. The Passive House Planning Package (PHPP) is used to calculate and optimize building designs to meet the rigorous Passive House criteria.
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- Earth tubes buried deep underground provide naturally heated and cooled air to buildings.
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- Various sustainable design features like natural ventilation and solar power allow the center to produce 110% of its annual energy needs.
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This document summarizes a presentation about passive design strategies for homes in hot humid climates like Texas. It provides examples of over a dozen case studies of homes designed by the presenter to utilize passive strategies like shading, ventilation, thermal mass, and daylighting to reduce energy usage and increase comfort. Owners of these passive homes reported rarely needing to use mechanical cooling or heating except when entertaining guests. The presentation aimed to teach architects the importance of passive design and demonstrate that approaches beyond conventional wood frame construction can create sustainable, resilient homes.
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This document discusses solar building design principles and provides examples of solar homes. It begins by explaining how ancient civilizations oriented buildings toward the sun and discusses how modern passive solar design is practical and affordable. It then describes four solar home projects: 1) An award-winning passive solar home in Northern California that needs no fuel for heating or cooling. 2) A five-story solar tower house with a solar-heated hot tub. 3) A barn with a 3 kW integrated solar roof that powers a home and apartment. 4) A 2,000 square foot home combining passive solar and solar collectors for heating and a roof-integrated PV system. It provides details on orientation, thermal mass, insulation and the energy savings of the
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Passive construction presentation dc
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1) Using technologies like floor heating/cooling and efficient windows to optimize heat distribution and reduce losses.
2) Producing energy efficiently through renewable technologies like geothermal energy, solar energy, and biomass.
3) Geothermal solutions involve using the stable underground temperature to heat and cool buildings via a heat pump and distribution system connected to probes buried underground.
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- The center was built using 70% wood from trees sustainably harvested on the original Leopold family property.
- Earth tubes buried deep underground provide naturally heated and cooled air to buildings.
- A long, south-facing corridor acts as a passive solar thermal flux zone to gain and radiate heat.
- Various sustainable design features like natural ventilation and solar power allow the center to produce 110% of its annual energy needs.
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This document summarizes a presentation about passive design strategies for homes in hot humid climates like Texas. It provides examples of over a dozen case studies of homes designed by the presenter to utilize passive strategies like shading, ventilation, thermal mass, and daylighting to reduce energy usage and increase comfort. Owners of these passive homes reported rarely needing to use mechanical cooling or heating except when entertaining guests. The presentation aimed to teach architects the importance of passive design and demonstrate that approaches beyond conventional wood frame construction can create sustainable, resilient homes.
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The document describes Kirkstyles, a complete sustainable building system that provides affordable, energy efficient construction. It offers:
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2) Integrated renewable energy harvesting and storage, as well as intelligent control systems to actively reduce energy consumption and costs.
3) Numerous benefits for developers and occupants such as lower costs, reduced waste, healthy indoor environments, and long-term energy and cost savings.
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The slideshow contains a lot of full-screen images but no subtitles, therefore omitting some of the information which would have been given verbally during the presentation.
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Shipping container architecture
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What are passive solar building
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System involved
Material consideration
Benefits
Usages among countries
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Advantages
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Passivehaus . 3.20.09. Positive Vibration
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Architype presentation given at the inaugural South Pacific Passive House Conference in Auckland, February 2015. Architype are unique as an architectural practice working at the forefront of sustainable design that have delivered a multitude of passivhaus projects that are not single family residences. Seven passivhaus project types are covered - Library, School, Housing, Church, Archive, University and Village.
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Indira Paryawaran Bhawan
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The document describes two buildings that utilize solar passive design strategies appropriate for their climates. The Punjab Energy Development Agency building in Chandigarh, India experiences wide temperature swings so it is designed with features like floating slabs, cavity walls, light vaults, and water bodies to control solar heat gain and naturally ventilate air. The Himachal Pradesh State Co-operative Bank in Shimla, India experiences good winter sunshine. Its design includes sunspaces, a solar wall, and roof collectors to harvest solar heat and a duct system to distribute warm air without mechanical heating. Both buildings demonstrate energy-efficient and climate-responsive architectural design.
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→ 【关于价格问题（保证一手价格）
我们所定的价格是非常合理的，而且我们现在做得单子大多数都是代理和回头客户介绍的所以一般现在有新的单子 我给客户的都是第一手的代理价格，因为我想坦诚对待大家 不想跟大家在价格方面浪费时间
对于老客户或者被老客户介绍过来的朋友，我们都会适当给一些优惠。
选择实体注册公司办理，更放心，更安全！我们的承诺：可来公司面谈，可签订合同，会陪同客户一起到教育部认证窗口递交认证材料，客户在教育部官方认证查询网站查询到认证通过结果后付款，不成功不收费！
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