CAJ | 학술논문

本文分析了物理相变储能技术在设备发热量大的通信基站建筑中的应用,该技术结合室外自然冷源的利用实现基站内降温。同时,通过室外低温时自然冷源在相变材料内的存储,室外高温环境时将冷量释放出来,大大减少空调的运行时间,从而降低空调系统的能耗。本文对我国五个气候区域典型代表城市沈阳、郑州、昆明、长沙、广州进行能耗模拟,并分析该技术相对于传统空调节能性能。最后,综合室外气象参数分析该技术的节能潜力及其影响因素。
본문분석료물리상변저능기술재설비발열량대적통신기참건축중적응용,해기술결합실외자연랭원적이용실현기참내강온。동시,통과실외저온시자연랭원재상변재료내적존저,실외고온배경시장랭량석방출래,대대감소공조적운행시간,종이강저공조계통적능모。본문대아국오개기후구역전형대표성시침양、정주、곤명、장사、엄주진행능모모의,병분석해기술상대우전통공조절능성능。최후,종합실외기상삼수분석해기술적절능잠력급기영향인소。
This paper analyzes the application of physical phase change energy storage technology in telecommunication base station with higher heat dissipation. This technology combined with natural cold resource brings down the temperature in TBS. And the natural cold resource is stored in phase change material when outside temperature is lower and is released when outside temperature is higher, reducing the running time of air conditioner resulting in substantial energy saving. The energy consumption of air conditioner in Shenyang, Zhengzhou, Kunming, Changsha, and Olaangzhou in five representative climate zones has been simulated to analyze the energy saving characteristic of this technology compared with conventional air conditioner. And the impacting factors and energy saving potential of physical energy change energy storage technology has been studied.