The urgent task of mass construction of «passive houses» in Ukraine

Kostyantyn Holovatyuk
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Abstract

An analysis of energy consumption per m2 of housing showed that in the EU countries the average value of energy for heating is about 95 kWh/(m2) per year, while in Ukraine this value is about 200-250 kWh/(m2) per year. The main mechanisms for reducing energy costs for heating residential premises in the EU countries are shown and the dynamics of this decrease to the level of 15 kWh/(m2) per year is disclosed. The role of the «passive house» strategic building standard (nZEB) as a pioneer in reducing residential energy consumption is shown. Data on the number of "passive houses" built around the world, and data on single houses of this type in Ukraine are given. The urgent task need for the use of the "passive house" standard in Ukraine to reduce the consumption of thermal energy for heating housing, as well as harmful emissions into the atmosphere, has been identified. The topic of availability in our country of local constructive and heat-insulating building materials, technologies and engineering systems was discussed. The basic principles of creating a "passive house", its main digital technical characteristics are listed and it is shown that they are suitable for the climatic conditions of Ukraine. Recommendations are given on the use of structural and thermal insulation materials, special windows, air tightness, mechanical ventilation with exhaust air heat recovery and design of buildings without cold bridges. It has been determined that a "passive house" with simple engineering heating (cooling) systems is more sustainability and anti-crisis. The main methods for calculating a "passive house" are analyzed, the need to involve additional 3D modeling programs is determined to obtain more accurate numerical characteristics of the building and the choice of engineering systems. It is emphasized that the creation in Ukraine of entire eco-settlements from such houses will affect the general increase in the awareness of our society, broad awareness of new technologies and, as a result, the breakdown of the inertia of the entire system and the introduction of new, innovative building codes, which will entail the mass construction of "passive houses”, significant savings in energy resources throughout the country, reducing harmful emissions and improving the quality of life of people.
在乌克兰大规模建造“被动房屋”的紧迫任务
对每平方米住房能耗的分析表明,在欧盟国家,供暖能源的平均价值约为每年95千瓦时/(平方米),而在乌克兰,这一价值约为每年200-250千瓦时/(平方米)。显示了降低欧盟国家住宅供暖能源成本的主要机制,并披露了每年减少到15千瓦时/(平方米)水平的动态。“被动式房屋”战略建筑标准(nZEB)作为减少住宅能源消耗的先驱的作用被展示出来。提供了世界各地建造的“被动式房屋”数量的数据,以及乌克兰这种类型的单栋房屋的数据。已经确定,迫切需要在乌克兰使用“被动式房屋”标准,以减少用于加热住房的热能消耗以及向大气中排放有害物质。对我国本土建筑隔热材料、技术和工程体系的可获得性进行了探讨。创建“被动式房屋”的基本原则,其主要数字技术特征被列出,并表明它们适合乌克兰的气候条件。对结构和保温材料的使用、特种窗、气密性、带排风热回收的机械通风和无冷桥建筑的设计提出了建议。人们已经确定,具有简单工程供暖(制冷)系统的“被动式房屋”更具可持续性和抗危机性。分析了计算“被动式房屋”的主要方法,确定了需要涉及额外的三维建模程序,以获得更准确的建筑数值特征和工程系统的选择。需要强调的是,在乌克兰建立由这种房屋组成的整个生态住区将影响到我国社会认识的普遍提高,对新技术的广泛认识,并因此打破整个系统的惯性和采用新的、创新的建筑法规,这将导致大规模建造“被动房屋”,在全国各地大大节省能源资源。减少有害物质排放,提高人民生活质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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