CAJ | 학술논문

随着我国城市化的建设，高耗能建筑引起的能源与环境问题日益突出，利用物联网技术对建筑进行节能系统设计已经刻不容缓。文章提出了一种基于物联网多传感器技术的嵌入式楼宇节能控制系统，详细的叙述了系统的结构及控制理论。该系统利用STC89C52芯片结合热释电红外微波双鉴传感器、温度传感器、光强传感器的监测数据对照明+窗帘光控系统、空调+风扇温控系统、防盗+防火安保系统进行实时节能控制。文中还对该系统进行了节能测试，试验的中型多媒体教室每年可省电45.4%，节省3042度电，节能效果显著。文章最后对系统进行了可行性分析，证明该系统具有成本低，收益高，易操作的特点，值得推广应用。
수착아국성시화적건설，고모능건축인기적능원여배경문제일익돌출，이용물련망기술대건축진행절능계통설계이경각불용완。문장제출료일충기우물련망다전감기기술적감입식루우절능공제계통，상세적서술료계통적결구급공제이론。해계통이용STC89C52심편결합열석전홍외미파쌍감전감기、온도전감기、광강전감기적감측수거대조명+창렴광공계통、공조+풍선온공계통、방도+방화안보계통진행실시절능공제。문중환대해계통진행료절능측시，시험적중형다매체교실매년가성전45.4%，절성3042도전，절능효과현저。문장최후대계통진행료가행성분석，증명해계통구유성본저，수익고，역조작적특점，치득추엄응용。
With the urbanization and the depletion of energy in China, the issues about environment and energy of building attach more and more attention in society. So it is necessary for us to take measurements of energy-saving control system design based on internet of things and multi-sensor technology for building. The passage combines the predecessors' theories with our ideas to propose a system based on internet of things and embedded energy-saving building control. It is about to elaborate the structure and control theory in four aspects such as lighting and curtain system based on light control, air-condition and fan system based on temperature control, security system for preventing theft and fire and software control. The passage also test the system's ability in energy-saving, the result that multi-media classrooms can save energy in the degree of 45.5 percent each year, up to 3042kW·h, is impressive. In the last part, a feasibility analysis had been taken to prove the proposed system which is worth to popularize has great features like cheap price, high profit and simple control.