Engineering logistics is a very important part of modern logistics. It can effectively solve the material transportation problems appeared in the construction of engineering projects and supporting and other aspects of some large-scale conferences. The characteristics of engineering logistics are high risk, timeliness and one-time completion of the project. In the process of its transportation and loading, there is a constant need for special equipment and the cooperation between several logistics enterprises which can offer different modes of transportation. Equipment dismantling, moving, packing, encasing, binding, customs clearance, sea transportation, air transportation, land transportation, unpacking and installation all belong to the service scope of engineering logistics. Because of its large scale, complex structure, wide range of design and strong uncertainty, engineering logistics has become a complex system engineering. In the process of its implementation, it is necessary to combine the theory of system engineering with the theory of logistics system planning, control and management to select the transportation scheme which should have good adaptability to deal with the uncertain factors appeared in the logistics chains.

前 言

工程物流是现代物流中很重要的组成部分，它能够很好的解决工程项目建设的物资运输以及一些大型会议、支援等方面的物资运输问题。工程物流的特点是风险性高、时效性强、项目一次性完成；其运输装卸过程中往往需要专用特殊设备，并且需要几种运输方式结合，协同多家物流企业联合操作。设备拆卸、搬移、包装、装箱、绑扎系固、通关、海运、空运、陆运、拆箱、安装等都属于工程物流的服务范围。工程物流因其规模庞大、结构复杂、设计范围广泛、不确定性强等特点，使其成为一项复杂的系统工程。在其实施过程中，需要采用系统工程理论方法结合物流系统规划、控制和管理理论选择运输方案，并要求所采用的运输方案有具有很好的适应性来应对物流链条中的不确定性因素。

建筑是人类从事各种活动的主要场所，建筑业的发展是现代经济社会发展的重 要推动力量，它对拉动经济发展，促进社会进步起到了关键作用。近年来，随着建 筑业的技术水平与管理能力不断提升，掀起了中国建筑工程的建设热潮，但是，建筑能耗高、能效低下的粗放型发展模式并未彻底改变，我国建筑行业弊端逐渐凸显， 绿色建筑理念成为建筑业发展的必然趋势，对于我国建筑工程管理有着重要的改革作用。 以人为本和生态文明建设是我国的一项基本国策。发展绿色建筑，建设资源节约型和环境友好型社会，走可持续发展的道路体现了人民意愿和国家意志，也是人类社会的发展方向。离开建筑的绿色化本质来谈论建筑的时代已经成为过去。以绿色化生态文明为标志的绿色建筑时代正在向我们走来。传统的建筑设计理念必然被 绿色建筑设计理念取而代之。 绿色建筑作为解决地球上日益严峻环境问题挑战的一种有效方式，旨在保证人们在健康、舒适和高效的人工环境基础上最大限度节约资源和保护环境生态系统， 以达到人与自然的和谐共生及可持续发展的目标。绿色建筑作为一种综合性理念， 要求设计者，施工者、使用者和维护管理人员等充分考虑建筑在全生命周期内对场地、能源、材料和水资源的高效利用以及室内环境、施工和运行的优化管理等各方 面影响因素。近年来，不断有研究指出绿色建筑在考虑以上因素之外，还应该重视 其对社会经济、文化和艺术等方面的影响，以便因地制宜地推进绿色建筑的产业化和市场化。 绿色建筑体现了人与自然和谐共存，顺应时代发展的潮流和社会民生的需求， 是建筑节能和建筑业可持续发展的迫切需要。不仅涉及老百姓的生活质量，而且也是关系国计民生的大事业，全面推进建筑节能与推广绿色建筑已成为我国住房和城 乡建设领域推进节能减排的重要战略措施之一。 绿色施工作为绿色建筑全寿命周期中的重要一环，是可持续发展思想在工程施工中的应用。它随着可持续发展和环境保护的要求而产生，并将整体预防的环境战 略持续应用到建筑产品的制造过程中，在做到质量优良、安全保障、施工文明等目标的同时，尽可能减少对环境的破坏及危害，以期达到降耗、增效和环保效果的最大化。

In the process of housing construction project, in order to ensure the orderly development of the project, reasonable cost control and comprehensive security guarantee, it is essential to pay attention to the development and optimization of management. The actual management work needs to adjust and match the materials, materials, personnel and technology of the construction site. Through the optimization of the overall project implementation effect, the efficiency and construction level of the project can be ensured.
       Civil engineering project management is a specific and detailed content. Through the analysis of the content of civil engineering structure, the actual economic structure changes and development optimization level are determined. The actual form and development level of civil engineering are promoted and promoted to expand the characteristics of economic development form. In depth analysis of the characteristics of human natural transformation forms, the scale effect of various buildings, modeling, the complexity of science and technology level are judged, the actual scientific and technological effect of various building materials in construction, the specific construction characteristics of traditional civil engineering, and the specific challenges of civil engineering project construction management are analyzed. Through the analysis of the specific characteristics of scientific and technological forms, innovative methods, starting from the demand, accurately judge the characteristics of civil engineering project management, clearly grasp the overall construction development trend of civil engineering, and strengthen the judgment of comprehensive economic knowledge and the analysis of the trend of the times.

前 言

在房屋建设的工程开展过程中，为了保证工程的有序开展，成本的合理控制以及安全性的全面保障，必不可少的要注重管理工作的开展与优化。实际管理工作的开展需针对施工现场的物资、材料、人员以及技术进行调整与搭配，通过整体工程开展效果的优化，保证工程的开展效率与建设水平。
        土木工程项目管理是一项具体细致的内容，通过完善的土木工程结构内容分析，确定实际经济结构变化，发展优化水平，对土木工程的实际形式，发展水平进行促进和提升，拓展经济发展形式特点。深入分析人类自然改造形式特点，对各类建筑物的规模效果，造型，科技水平的复杂程度进行判断，分析施工中各类建筑材料的实际科技效果，传统土木工程的具体施工特点，土木工程项目施工管理的具体挑战内容。通过分析具体的科技形式特点，创新作用方法，从需求出发，准确的判断土木工程项目管理特点，明确把握土木工程的整体施工发展趋势，加强综合经济知识的判断和时代走势的分析。

After General Secretary Xi Jinping’s important speech on September 18, the ecological protection and high-quality development of the Yellow River Basin has become a national strategy. Local governments at all levels have increased their efforts to protect and develop the Yellow River Basin. The new situation and new requirements presented new challenges to high-quality development of Dongping Lake. In order to strengthen the development of characteristic industries, the development of cultural tourism resources, the construction of urban and rural areas, and the layout of transportation facilities, the stability of the river must be the prerequisite. Ensure the concept of Dongping Lake’s flood prevention and safety barriers, establish the long-term goal of building a “happy river and lake”, and strive to provide Dongping Lake and surrounding areas with “high-quality water resources, healthy water ecology, livable water environment, and advanced water culture” to ensure Dongping lake can store water, drain water, hold floods, supply water, open to navigation, and maintain ecological diversity.

前 言

习近平总书记“9.18”重要讲话之后，黄河流域生态保护和高质量发展上升为国家战略，各级地方政府加快了对黄河流域治理保护与发展的工作力度，新形势新要求对东平湖事业高质量发展提出新的挑战。要筑牢特色产业发展、文化旅游资源开发、城镇乡村建设、交通设施布局等，必须以河势稳定为前提，确保东平湖防洪保安全屏障理念，树立致力于为东平湖和周边区域提供“优质水资源、健康水生态、宜居水环境、先进水文化”的“幸福河湖”长远目标，确保东平湖蓄得住、出得去，能容洪、能供水、能通航、能生态多样。

Energy is the material basis for the survival and development of human society, and its importance is self-evident. The increasingly prominent problems of energy shortage and environmental pollution greatly enhance the status of new energy and renewable energy in the field of energy. Solar energy, wind energy, water energy, biomass energy, geothermal energy, marine energy and other energy technologies have also developed rapidly in recent years. In order to overcome the difference between energy supply and energy demand in time and space, it is necessary to use certain methods, through certain media or devices, to directly or indirectly convert one form of energy into another form of energy for storage, and release it when energy is needed. Energy storage technology is a variety of methods to study energy storage.
         The traditional power system, which is a real-time balance system formed by a set of generation side variables and a group of power consumption side variables, has the characteristics of instant generation and use. There are generally large peak valley changes in the load on the power side, which brings great pressure to the power generation side and causes many disadvantages of the power system. By using energy storage technology, the surplus power can be stored and sent out at an appropriate time, so as to realize the function of energy storage “regulation, optimization, efficiency increase and protection” in the power system. This can make the power distribution flexible, optimize the system resource allocation, improve the operation efficiency and ensure the stable operation of the system. The development of energy storage technology is to ensure the continuous process of energy utilization. It is very important in human daily life and industrial production, such as electric power industry, new energy vehicles, solar thermal utilization and other fields, and it is of great significance to promote the sustainable development of energy.

前 言

能源作为人类社会生存和发展的物质基础，其重要性不言而喻。能源短缺和环境污染等问题的日益突出，极大地提升了新能源和可再生能源在能源领域的地位。太阳能、风能、水能、生物质能、地热能、海洋能等各种能源技术近年来也得到快速发展。为克服能量供应和能量需求在时间和空间上的差别，就需要采用一定的方法，通过一定的介质或装置，将某种形式的能量直接或间接转换成另一种形式的能量储存起来，在需要用能的时候释放出来。研究能量储存的各种方法，即储能技术。
       传统模式下的电力系统，即一组发电侧变量和一组用电侧变量所形成的实时平衡的系统，具有即发即用的特点。用电侧负荷普遍存在较大的峰谷变化，给发电侧带来了较大压力，造成了电力系统的诸多弊端。利用储能技术可以把多余的电力储存起来，在适当的时刻再发出去，从而在电力系统中实现储能“调节、优化、增效、保护”的功能，使电能灵活分配，优化系统资源配置，提高运行效率以及保障系统稳定运行等。储能技术的发展，是为了保证能量的利用过程能够连续进行，在人类的日常生活和工业生产等各方面，如电力工业、新能源汽车、太阳能热利用等多个领域，都非常重要，并对促进能源的可持续发展具有重要意义。