Exploration of Energy-Saving Technologies in Building Electrical System Design

Green energy conservation is the mainstream trend in the current development of the construction industry.The application of energy-saving technology in building electrical system design can effectively reduce energy consumption,avoid unnecessary energy consumption,and truly achieve energy conservation and environmental protection.Based on this,the article elaborates on the principles of energy-saving design in building electrical systems,and actively explores the application of energy-saving technologies from different perspectives such as optimizing power supply and distribution system design,adopting high-efficiency energy-saving lighting equipment,applying renewable energy,promoting smart home technology,and improving the efficiency of building electrical equipment.

Practice Exploration of Green Building Design in Prefabricated Residential Building Design

Prefabricated residential building design fully embodies the concept of green building and aligns with China’s strategic plan for sustainable development.However,there is a need to further optimize green building design methods,enhance the design quality of prefabricated residential buildings,and improve energy and resource utilization.Compared to traditional construction methods,prefabricated residential building design still faces several challenges during the actual construction process.These challenges include difficulties in design,material selection and processing,and the high demands for construction coordination.To strengthen the application of green building concepts in prefabricated residential design and effectively promote the sustainable development of the construction industry,this paper discusses practical measures for implementing green building design in prefabricated residential projects for reference.

Energy-saving Planning and Design of Urban Residential Buildings in Hanzhong Area

Energy-saving design of residential building is an important part of energy-saving architectural design. Planning and design of residential buildings in Hanzhong area should pay more attention to the building orientation, sunshine, summer ventilation and wind resistance in winter and so on, so as to create favorable conditions for energy-saving design of single buildings. The geographical location, climatic characteristics, residents living habits and indoor and outdoor thermal environment situation were analyzed in this paper, and combined with the existing problems of energy conservation in the planning and layout of residential buildings in Hanzhong area. Based on the investigation, this paper drew some conclusions to provide references for the energy-saving planning and design of urban residential buildings in the local area.

Research on Modem Passive Integrated Energy-saving Technology of the Residential Buildings under Green Building Background

This paper proposes the modem passive integrated energy-saving technology of the residential buildings under green building background. The essence of green building is to build a healthy and general environmentally friendly living environment under the premise of reducing the consumption of resources and improving the efficiency of resource utilization in the whole life cycle of construction activities. Green building bearing function is further diversified, integrated, and has a self-initiative. The development of the green building, local isolated from the original single building greening, greening, landscaping site platform, gradually developed for construction area and the surrounding green ecological system of comprehensive, three-dimensional stratified construction and network connection. Its model gradually shows the micro area of the construction of the ecological system and architectural space integration. This paper integrates the passive integrated energysaving technology to construct the novel construction paradigm.

Problems and Solutions to Planning and Design of Green Building

Green building is one of the important issues for human beings to face ecological and environmental crisis and to examine its own behaviors. To realize sustainable development of architectural industry,main problems in planning and design of green building are analyzed,ideas and suggestions for planning and design of domestic green building are put forward,under the guidance of green building evaluation standards,and on the following two aspects,including urban planning and design driven by shortterm benefits and different design emphases due to unilateral understanding of green building.

Research on the Development Direction and Trend of Interior Design Education under the Green Building Background

In this paper, we conduct research on the development direction and trend of interior design education under the green building background. Due to the development of the social economy and people living standard rise, the public has produced great changes to the requirement of the interior design, for interior designers professional ability is also put forward higher requirements. As the main position of interior design talent cultivation, universities of professional interior design must be according to these changes, corresponding education reform. Reform must be from the construction of curriculum system, teaching content and teaching method and so on as all aspects of interior design education to promote at the same time, in order to achieve their purpose. Our research proposes the novel paradigm for the interior design education which will enhance the current teaching mode.

Optimization and implementation strategy of ESCO driving force in the development of energy-saving transformation market of existing buildings

The development of the existing building energy-saving transformation market is inseparable from the internal driving force of ESCO.Giving full play to the driving role of ESCO scientifically is the internal requirement to promote the healthy and orderly operation of the existing building energy-saving transformation market.This paper summarizes the practical experience of developing ESCO driving force operation in foreign existing building energy-saving transformation market,analyzes the bottleneck of developing ESCO driving force operation in China’s existing building energy-saving transformation market,and puts forward useful practical enlightenment based on the comparison between home and abroad;According to the optimization principle of ESCO driving force operation in the development of existing building energy-saving transformation market,the optimization design framework of ESCO driving force is proposed,and the implementation strategy of ESCO driving force optimization in the development of existing building energy-saving transformation market is planned.In order to optimize and improve the effectiveness of the operation and development of the energy-saving transformation market of existing buildings with the internal driving force of ESCO.

Application of Green Building Design in Residential Buildings

In recent years,with the rapid development of the world economy,the environment and resources have been seriously damaged,and the global climate is changing quietly.People began to pay more and more attention to the protection of environment and resources.In the process of building residential buildings,the construction industry also needs to strengthen the application of green building design,so as to achieve the purpose of green environmental protection.The author makes an in-depth research and analysis on the characteristics of green building design,and puts forward the effective strategies for the application of green building design in residential buildings,hoping to help improve the green environmental protection of residential buildings.

Special Space and Plant Landscape Design of Urban Ecological Buildings

This paper mainly discusses the application of plant landscape design in special space of ecological buildings. From the concept of special space of ecological buildings,it elaborates social benefits and ecological benefits of greening projects in special space. It introduces the classification method for special space of ecological building with habitat as the major part combining characteristics of building form. On the basis of such classification,it discusses green design method and plant selection principle,to provide certain reference for garden designers in green design of ecological buildings.

Architecture Water-saving Design and Building Technique of Sponge Yard

The reclaimed water that we can use in daily life accounts for as much as 35 %,but we do not give it enough concern.The authors focus on the design methods and approaches of green buildings,which refer to water saving and environmental protection.In this paper,the authors illustrate the generating channels of reclaimed water in architecture design:rainwater collection integration design,sewage zero discharge of reclaimed water reused by biological technology,and sponge yard,thereby protecting environment.

Undergraduate Design and Analysis of a LEED Certified Building

In this technical and educational research endeavor, a diverse group of civil engineering students took on the role of creating the means and methods of producing a successful building design. Architectural, structural, and environmental designs were primarily performed. This was followed by detailed cost analysis with the intent of providing a realistic cost comparison by pricing the intended building, using traditional material and typical building methods, versus pricing the building using recycled material and new present-day technology. Some green features needed to achieve a LEED (Leadership in Energy and Environmental Design) gold certification were considered and applied. It is shown that producing a green building is more costly in present circumstances;however, the additional cost due to greenification pays itself off throughout the years giving in return saving features. Even though the design of a green building comes with detailed planning and costly material, it does generate benefits for the building owner, the society, and most importantly the environment.

Research on the Application of Green Design Concept in Interior Design

In recent years,with the rapid development of China’s economy and the accelerating process of urbanization,China’s construction industry has advanced by leaps and bounds,driving the building decoration industry into a golden period.As the key to urban construction and sustainable social development,the green concept has become a key requirement for the living environment of urban and rural residents,and the green concept and green life have become socially conscious.At present,green design has been widely used in the design and construction stage,but there are still many designers do not pay enough attention to it.Therefore,through the application of green design concept in interior design research,it is beneficial to realize the building indoor and outdoor ecological environmental protection as well as energy conservation and emission reduction,so as to fully meet the owner’s green ecological requirements for the indoor environment,and thus promote the healthy development of China’s building decoration industry.

绿色视角下的高铁站房腔体植入策略与模拟验证研究

由于体量和形式的特殊性,高铁站房的舒适度问题比一般建筑更为突出,以绿色视角审视其设计具有较大的优化潜力。近年来建筑学界对腔体的关注增多,而高铁站房方案设计中针对性地设置腔体、操作方法等方面的研究尚显不足。立足于方案设计阶段,针对空间特征与现存问题,从宏观层面上构建了对候车环境品质多重导控的腔体层级,探讨了“结构腔”、“功能腔”和“绿景腔”三类腔体的植入方式。构建典型模型并生成研究方案用于量化研究。通过性能模拟技术,验证了腔体植入对室内气流、采光质量有显著提升的效果。腔体植入策略打破了当前高铁站房固定的空间模式,为我国高铁站房的绿色创新提供参考,在实践中具有广泛的应用价值。

基于建筑本源的绿色建筑通风形式设计研究与实践

基于建筑本源的绿色建筑设计方法是以建筑本源理论创作为基础,以绿色建筑的显性要素与隐性要素协同为出发点,以建筑师的建筑创作为视角,强化通过显性要素的绿色技术创作、地域性建构、设计节能等内容,最大限度地建构与挖掘绿色建筑本源创作基础,并基于此形成适宜的隐性要素关联匹配的绿色建筑创作新方法。讨论了一种基于建筑本源的绿色建筑通风形式设计研究,提出绿色建筑是具备生态意义的显性要素和隐性要素的集合,剖面、平面和层间3类的通风原型是一种显性要素基础性生态装置,而合院建筑的通风则是一种复杂形体下的上述通风原型的集合呈现。以上海市某合院建筑为例,在项目实践中对其通风形式设计进行探讨,具备了实际的示范意义,为相关项目的设计提供参考。

基于BIM技术的全过程绿色建筑设计应用研究

旨在探索建筑信息模型技术在绿色建筑设计中的应用,推进建设绿色施工。通过对BIM在整个流程中的运用进行了剖析,并对其在各个阶段的实施进行了探讨。在建筑设计中,引入BIM可以提高设计效率,优化施工方案,实现设计全过程的集成,是实现建筑设计的重要手段。研究表明:BIM在全程绿色施工设计中的应用,对工程项目的整体品质有明显的提升。在此基础上,实现团队协作与信息共享,对能耗、物料选择及系统效能进行仿真优化,以达到更高的节能与环境保护目标。

解析建筑设计中绿色建筑技术优化结合

随着社会经济的快速发展,城市建设步伐加快,建筑行业在推动经济发展的同时,也带来了诸多环境问题。绿色建筑作为一种可持续发展的建筑理念,逐渐成为当今建筑设计的重要方向。本文将分析建筑设计中绿色建筑技术的优化结合,以期为建筑行业的可持续发展提供参考。

“双碳”目标下建筑节能设计探究

目前,在双碳目标与全球绿色低碳转型的大方向下,建筑产业的节能降碳仍面临着巨大挑战。因此,在建筑设计的过程中,考虑材料能耗、资源再利用以及空间使用的持续性成为建筑设计的重要指标。从建筑设计角度出发,结合低碳材料的节能效果,分析低碳材料应用,总结双碳目标下的建筑设计要素,从而提升人居空间的情感需求,提升空间的使用效率,从而达到节约资源、保护环境的目的。

基于“文绿一体”理念的文化建筑设计实践

本文提出在传承中国优秀传统建筑智慧,满足建筑地域性表达要求的同时,应采取先进的绿色建造技术,通过“被动优先、主动优化”的建筑主导型设计策略,将建筑的绿色设计技术融入建筑的文脉营造中,并在此基础上进行建筑设计创作实践,探讨新时代下文化建筑的传承创新路径。

中国绿色建筑设计中BIM技术应用研究综述

应用BIM技术极大地支撑了绿色建筑的发展。文章对近年来BIM技术在我国绿色建筑设计领域的应用现状、发展趋势和以及面临的困境进行总结研究。得出的主要结果表明,BIM技术在当前绿色建筑设计中的主要情况是覆盖面广、实际应用少、应用水平低,且当前绿色建筑设计中BIM应用方面主要面临的问题和局限性是由于缺乏相对应的实践标准以及基于中国国情的相关软件。本文希望能够为BIM技术在绿色建筑可持续性和信息化方面的发展提供有价值的参考建议。

我国绿色建筑的发展成果及环境效益

我国绿色建筑是在倡导可持续发展、低碳环保、循环经济的大背景下提出的科技环保营造概念。发展绿色建筑产业将为城乡建设及科技建筑产业的智能化发展基础。本文总结现阶段绿色建筑发展成果,明确发展方向,解读绿色建筑相关法规政策及内涵,阐述我国大力发展绿色建筑的意义,面对的挑战,现阶段产生的环境效益并提出政策建议。