Green Building technology, as a new application cutting-edge technology for building a harmonious society, achieving sustainable building goals such as health, comfort, energy conservation and environmental protection, is bound to get great development in today and in the future when energy conservation and emission reduction are increasingly valued. However, due to its contents involving architecture, building environment, building environment and equipment engineering, water supply and drainage engineering, building materials and many other professional aspects, different professional background personnel have different understanding and focus on it. In fact,  the major of building environment and equipment engineering, as the leading major in the implementation of building environment technology and green building technology, has its unique advantages in its technical application. This book focuses on the application and evaluation of green building technology from the perspective of technology, using the basic theoretical knowledge of building environment and building thermal engineering. The main features of this book are as follows: (1) closely combining the application of green building technology and evaluation examples, to avoid empty technical introduction and theoretical analysis; (2) combining the contents of “Green Building Evaluation Standard” and “green building evaluation mark” closely, a systematic case study is carried out. The research content is practical and operable; (3) closely combining with building energy conservation, water resource recycling technology and mode, material recycling mode to introduce and analyze the application of technology, so as to avoid the unsystematic and emptiness of the content; (4) In the process of writing, we should not emphasize the advanced and high technology of green building application technology. The combination of mature technology and appropriate technology is conducive to the application and popularization of technology in engineering practice, and has a wider application. This book comprehensively expounds and analyzes the green building technology and cost from seven chapters, hoping to be helpful for the project development of relevant staff.

前 言
绿色建筑技术作为构建和谐社会、实现健康、舒适、节能、环保等可持续建筑目标的新型应用前沿技术， 在节能减排日益重视的今天和未来必将得到巨大的发展，然而由于其内容涉及建筑学、建筑环境学、建筑环境与设备工程学、给水排水工程学、建筑材料学等众多专业面，不同专业背景人员对其理解和掌握关注的重点有很大区别。实际上建筑环境与设备工程专业作为建筑环境技术和绿色建筑技术实施的主导专业，在其技术应用层面有其独特的优势。本书编写重点从技术角度出发，利用建筑环境学和建筑热工等基本理论知识，对绿色建筑技术的应用及评价展开详细的编写，本书编写的主要特点体现在以下几个方面： （1）紧密结合绿色建筑技术应用和评价实例展开编写，避免空洞的技术介绍和理论分析；（2）紧密结合《绿色建筑评价标准》和绿色建筑评价标识的内容展开系统的实例应用研究， 研究内容具有实用性和可操作性； （3） 紧密结合建筑节能、水资源再循环利用技术及模式、材料再循环利用模式等展开技术应用介绍和剖析，避免编写内容的不系统性和空泛性； （4）编写时不过分强调绿色建筑应用技术的先进性和高科技性，而着眼于成熟技术的组合和适宜技术的联合应用，有利于技术在工程实际中的应用和推广发展，具有较广的应用面。本书从七章内容对绿色建筑技术与造价进行全面的阐述与分析，希望能够有助于相关工作人员的项目开展。

Construction industry is one of pillar industries in China. For a long time, the extensive management of construction industry has caused a lot of waste of resources and serious environmental pollution. Green construction is one of ways to solve this problem. However, China’s construction industry has a weak awareness of environmental protection, imperfect relevant laws and regulations, imperfect supervision and evaluation system. To change the current situation, it requires efforts of relevant departments and the support of the government, and also requires the construction personnel to consciously implement the concept of green construction. This book will give a brief overview of the relevant content of green construction, green building materials, green building construction content, green building evaluation, etc.

前 言
建筑业是我国的支柱产业之一。一直以来，建筑业粗放经营的方式造成了大量资源的浪费和环境的严重污染。绿色施工是解决这一问题的途径之一。但是我国建筑业环保意识薄弱，相关法律法规不健全，监管评价体系不完善，改变现状需要相关部门的努力、政府的支持，同时也需要施工人员自觉贯彻绿色施工的理念。本书将通过对绿色施工的相关内容，绿色建材，绿色建筑施工的内容，绿色建筑评价等方面进行简单的概述。

Modern power engineering is closely related to each of us and affects all aspects of our lives. Automation control is also the dividend of the development of science and technology for the development of modern industry, especially for power engineering. The electric automation control technology can avoid the blind area or error in the traditional human control process, realize the time monitoring of the power engineering, ensure the safe and effective operation of the power engineering, reduce the work intensity of the staff, and also effectively improve the equipment operation efficiency.
    This paper explores power engineering and electrical automation control technology from multiple perspectives, including the system overview of power engineering; the working principle of electrical equipment, including high-voltage switchgear, high-voltage fuse, mutual inductor, electrical main wiring, etc. It expresses the contents of the rules and regulations of the electric power construction project; analyzes the supervision work related to the electric power construction project, including the quality evaluation method of the electric power construction project, the resume of the electric power equipment, the design supervision, etc. It explores the application of the new technologies and methods in the process of the electric power construction; lists the related concepts of the electric
automation technology; explores the starting point of electrical engineering and automation technology; and researches and prospects the intelligent technology in electrical automation engineering.

前 言

现代电力工程是与我们每个人都息息相关的、影响到我们生活方方面面的工程技术，而自动化控制同样也是科技发展对于现代行业发展所产生的红利，尤其是对电力工程，通过电气自动化控制技术能够避免传统人为控制过程中所存在的盲区或者误差，实现对于电力工程的时刻监控，确保电力工程的安全有效运行实施，降低工作人员工作强度的同时还可有效提升设备运行效率。
     本文从多个角度对于电力工程与电气自动化控制技术进行探究，包含对于电力工程的系统概述；对于电器设备工作原理进行探究，包含高压开关电器、高压熔断器、互感器，电气主接线等内容；对电力建设工程规程规范内容进行表达；对于电力建设工程的相关监理工作进行分析，包含对于电力建设工程质量评价方式、电力设备监理、设计监理等内容；对电力建设施工过程中所产生的新技术、新方法进行应用进行探究；对电气自动化技术的相关概念进行表达，探究电气工程与自动化技术的切入点；对电气自动化工程中的智能化技术进行研究与展望。

Why do we develop prefabricated buildings in China? Although the existing traditional technology in China has made great contribution to the rapid development of urban and rural construction, its disadvantages are also very prominent: the first is extensive type, with serious waste of steel and cement; the second is excessive water consumption; the third is dirty, disorderly and poor construction site, which is often an important pollution source of urban inhalable particles; the fourth is serious common quality problems, cracking and leakage; the fifth is soaring labor cost, difficult recruitment management and quality control (this is the most essential one). This shows that the traditional technology has to be changed. In addition to the requirements of energy conservation and emission reduction, we must accelerate the transformation and vigorously develop prefabricated buildings.
   This book summarizes the experience of domestic prefabricated building construction and other aspects, which is clear-cut, easy to understand, and convenient for readers to quickly understand the relevant knowledge of prefabricated building. In the process of writing this book, we have referred to a large number of literature, as well as a large number of domestic and foreign enterprises’ achievement experience and classic cases. We are thankful for relevant enterprises in the book for their great help and support. Prefabricated technology is not a one-to-one technology, nor a closed and conservative technology. Only when all enterprises in the whole society work hard and strive for it and break the barriers of experience technology, can this cause of benefiting mankind be developed.
    Due to the limited level of editors, there will inevitably be omissions and deficiencies in the book. Readers are sincerely welcome to criticize and correct them.

前 言

我国为什么要发展装配式建筑？我国现有的传统技术虽然对城乡建设快速发展贡献很大，但弊端也十分突出：一是粗放式，钢材、水泥浪费严重；二是用水量过大；三是工地脏、乱、差，往往是城市可吸入颗粒物的重要污染源；四是质量通病严重，开裂渗漏问题突出；五是劳动力成本飙升，招工难管理难、质量控制难（这一条恰恰是最本质的）。这表明传统技术已非改不可，加上节能减排的要求，必须加快转型，大力发展装配式建筑。
  本书总结了国内装配式建筑施工等方面的经验，层次分明，通俗易懂，便于读者快速了解装配式建筑的相关知识。本书的编写过程中，参考了大量的文献资料，也参考了大量的国内外企业的成果经验与经典案例，感谢书中相关企业的大力帮助与鼎力支持。装配式技术并非一家一门的技术，也不是封闭和保守的技术，只有全社会各家各企业共同为之努力和奋斗，打破经验技术的壁垒，才能将这项造福人类的事业发展起来。
  由于编者的水平有限，书中难免会有疏漏， 不足之处，恳请广大读者批评指正。

Machinery manufacturing industry is one of the most important sectors of the national economy. It can not only directly provide consumer goods for people’s life, but also provide technical equipment for all sectors of the national economy. It is an important foundation and pillar industry of national economy. Its development scale and level have a great restriction and direct influence on the development of national economy, and it is an important sign of a country’s economic strength and the level of scientific and technological development. Therefore, all countries in the world regard the development of machinery manufacturing industry as one of the strategic priorities for the revitalization and development of national economy. 

The development and progress of machinery manufacturing industry, to a large extent, depends on the level and development of machinery manufacturing technology. Today, with the high development of science and technology, modern industry puts forward higher and higher requirements for machinery manufacturing technology, which promotes the continuous development of machinery manufacturing technology. At the same time, the development of cience and technology also provides opportunities and conditions for the development of machinery manufacturing technology. In particular, the development of computer technology makes it easier to combine conventional mechanical manufacturing technology with precision detection technology, numerical control technology, sensor technology, etc. It brings many new technologies and concepts to the field of mechanical manufacturing, and greatly improves product quality and production efficiency. The development of mechanical manufacturing technology has laid a solid foundation for the development of other high-tech and provided a reliable guarantee. Both of them promote each other and improve together, making a great contribution to the rapid development of society and economy. 

In the process of compiling this book, we have read a large number of domestic and foreign textbooks, treatises and other documents. Due to the limited space, we will not list them one by one. We sincerely thank these authors of these documents. At the same time, due to the limited level and ability of editors, there are inevitably mistakes and omissions in the book. We sincerely hope that experts, scholars and readers can criticize and correct them, so as to further improve them in the future.

前 言

机械制造工业是国民经济最重要的部门之一，它不仅能直接提供人民生活所需的消费品，而且为国民经济各部门提供技术装备，是国民经济的重要基础和支柱产业，其发展规模和水平对国民经济的发展有很大的制约和直接的影响，是一个国家经济实力和科学技术发展水平的重要标志，因而世界各国均把发展机械制造工业作为振兴和发展国民经济的战略重点之一。

机械制造工业的发展和进步，在很大程度上取决于机械制造技术的水平和发展。 在科学技术高度发展的今天， 现代工业对机械制造技术提出了越来越高的要求，推动着机械制造技术向前不断发展，同时科学技术的发展也为机械制造技术的发展提供了机遇和条件。特别是计算机技术的发展，使得常规机械制造技术与精密检测技术、数控技术、传感技术等有机结合更易于进行，给机械制造领域带来许多新技术、新概念，使产品质量和生产效率大大提高。而机械制造技术的发展又为其他高新技术的发展打下了坚实的基础，提供了可靠的保证，两者互相促进，共同提高，为社会和经济的快速发展做出了极大的贡献。

在本书的编写过程中，我们参阅了大量国内外教材和论著等文献资料，由于篇幅有限，恕不一一列出，在此对这些文献的作者一并表示诚挚的谢意。同时，由于编者水平和能力有限，书中难免存在错误与遗漏，我们诚恳地希望各位专家、学者和读者批评指正，以便今后进一步完善。