This document summarizes a presentation on the Progetto Botticelli, a smart NZEB passive house project in Sicily. The presentation discusses the passive house and NZEB standards met by the project, its energy efficiency and renewable energy features, and its integrated design approach tailored for the Mediterranean climate. It then discusses the vision of transitioning to a distributed energy economy model based on passive houses and renewable energy according to the Third Industrial Revolution framework. This would create a new urban and economic model focused on efficiency, renewables, and natural cycles.
The document discusses the Passive House standard and its applicability in Mediterranean climates. It notes that Passive Houses can be achieved nearly everywhere through techniques like night ventilation, ground cooling using subsoil heat exchangers, and bypassing heat recovery ventilation systems in the summer. Case studies of Passive Houses in Greece show that they remain comfortably cool in the summer without active cooling. The document argues for a transition to more efficient, low-energy buildings using Passive House principles to address climate change and energy challenges.
This document describes a three-storey passive house building in Lefkonas, Serres, Greece designed by architect Leonidas Nassis. It provides details on the building location, orientation, mechanical and civil engineers, passive house verification, plans, sections, and the five passive house principles with a focus on high levels of insulation. Key insulation details include exterior wall insulation of 0.143-0.171 W/(m2K) and roof insulation of 0.157 W/(m2K) to achieve the passive house standard of heating demand less than 15 kWh/m2a.
The document compares the thermal performance of passive houses with and without thermal mass in a hot climate. It presents temperature data from July and September for an outdoor temperature sensor and sensors in the living room and master bedroom of a passive house built with a timber frame (no thermal mass) in Tseri, Cyprus. The document notes there is no single winner when comparing thermal mass vs no thermal mass and that user behavior, manuals, and pre-conditioning of the house are very important factors. It concludes with the author providing his contact information.
This document summarizes a presentation on the Progetto Botticelli, a smart NZEB passive house project in Sicily. The presentation discusses the passive house and NZEB standards met by the project, its energy efficiency and renewable energy features, and its integrated design approach tailored for the Mediterranean climate. It then discusses the vision of transitioning to a distributed energy economy model based on passive houses and renewable energy according to the Third Industrial Revolution framework. This would create a new urban and economic model focused on efficiency, renewables, and natural cycles.
The document discusses the Passive House standard and its applicability in Mediterranean climates. It notes that Passive Houses can be achieved nearly everywhere through techniques like night ventilation, ground cooling using subsoil heat exchangers, and bypassing heat recovery ventilation systems in the summer. Case studies of Passive Houses in Greece show that they remain comfortably cool in the summer without active cooling. The document argues for a transition to more efficient, low-energy buildings using Passive House principles to address climate change and energy challenges.
This document describes a three-storey passive house building in Lefkonas, Serres, Greece designed by architect Leonidas Nassis. It provides details on the building location, orientation, mechanical and civil engineers, passive house verification, plans, sections, and the five passive house principles with a focus on high levels of insulation. Key insulation details include exterior wall insulation of 0.143-0.171 W/(m2K) and roof insulation of 0.157 W/(m2K) to achieve the passive house standard of heating demand less than 15 kWh/m2a.
The document compares the thermal performance of passive houses with and without thermal mass in a hot climate. It presents temperature data from July and September for an outdoor temperature sensor and sensors in the living room and master bedroom of a passive house built with a timber frame (no thermal mass) in Tseri, Cyprus. The document notes there is no single winner when comparing thermal mass vs no thermal mass and that user behavior, manuals, and pre-conditioning of the house are very important factors. It concludes with the author providing his contact information.
The document summarizes the design and construction of Villa Velanidi, a Passivhaus home in Corfu, Greece built in 2015. The goals were to simplify mechanical systems, focus on Passivhaus principles, and use natural materials, while creating a beautiful family home and vacation rental. Key aspects discussed include the insulation and air-tightness strategies, mechanical ventilation system using an air-to-ground pipe, inclusion of thermal mass, glazing and shading design, and heating/cooling systems. Performance results showed a total energy demand of 18 kWh/m2 for heating and cooling, with temperature fluctuations well controlled throughout the house.
This document discusses whether a single 2kW mini-split air conditioner can provide heating and cooling for a 100m2 passive house. It presents a case study of a 114m2 passive house in Athens, Greece that uses a mini-split for heating and cooling. Performance data from the winters of 2016-2018 is shown, indicating the mini-split was able to maintain indoor temperatures between 20-21属C while keeping heating costs low. The document concludes that a single 2kW mini-split can meet the heating and cooling demands of small passive houses up to 100m2 by taking advantage of the house's thermal mass and passive design.
Test Bank for Medical Surgical Nursing 10th Edition by Lewisgulombahoum
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Population and Community Health Nursing 6th Edition Clark Test Bank
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