论文代写：建筑能源消耗
对建筑专业人士和专家来说，改善电力的最终用途和减少建筑物能源消耗是一项具有挑战性的重要任务。能源需求和需求的一个重要部分可以通过通风，供暖，照明系统和空调作为商业建筑节电的可能性来扩大。研究人员已经做出了许多努力并引入了技术来改善建筑物的能源消耗和照明系统。为建筑设计和开发的能源效率技术只是为了改进现有技术并改进实际应用的方法。因此，需要制定长期和系统的能源政策来实现能源效率（Lowry，2016）。
论文代写：建筑能源消耗
根据研究，建筑能源的精通消耗可以通过利用当今技术在建筑运营和设计中实现。首尔，韩国室内热环境行为控制加热和冷却系统进行了检查，并与以前的研究结果进行比较。在这项研究中，检查了冬季的36栋房屋，秋季的六栋房屋和夏季的四栋房屋。结果表明，暖通空调系统的发展增加了对舒适性的期望，并且夏季热舒适区冷却器和冬季更加温暖（Park and Krarti，2016）。
论文代写：建筑能源消耗
It is a challenging and essential task for the building professionals and experts to improve the end use of electricity and decreasing consumption of energy in buildings. An important portion of energy demand and needs can be expanded by ventilating, heating, lighting systems and air conditioning as the probability for saving electricity in commercial buildings. The researchers have made a number of efforts and introduced technologies to improve energy consumption and lightning system in buildings. The energy efficiency techniques designed and developed for buildings are only to improve the present techniques and enhance approaches for practical use. Therefore, there is a need for designing a long-term and systematic energy policy to achieve energy efficiency (Lowry, 2016).
论文代写：建筑能源消耗
According to the research, proficient consumption of energy in the building can be accomplished by utilizing the present day technologies in building operation and design. In Seoul, Korea indoor thermal environment behavior control of heating and cooling systems are examined and compared with the outcomes of previous studies. In that study, 36 houses in the winter, six houses in the autumn and four houses in the summer are examined. The result shows that the development of the HVAC system has increased the expectation of comfort and also shifted the thermal comfort area cooler in summer and warmer in winter (Park and Krarti, 2016).
