CAJ | 학술논문

基于温湿度独立控制思路，提出了一种将冰蓄冷、毛细管辐射及地源耦合的冰蓄冷辐射空调系统，以实现电力负荷“削峰填谷”、降低能耗和更好的热舒适性。建立了冰蓄冷辐射空调系统的运行优化模型，以杭州地区某办公楼为实例，进行了负荷计算、运行方案优化以及能耗分析，结果表明冰蓄冷辐射空调系统与常规空调系统相比，具有显著的节电和节省运行费用优势。实际应用中需综合考虑蓄冰容量的限制以最终确定系统运行方案。
기우온습도독립공제사로，제출료일충장빙축랭、모세관복사급지원우합적빙축랭복사공조계통，이실현전력부하“삭봉전곡”、강저능모화경호적열서괄성。건립료빙축랭복사공조계통적운행우화모형，이항주지구모판공루위실례，진행료부하계산、운행방안우화이급능모분석，결과표명빙축랭복사공조계통여상규공조계통상비，구유현저적절전화절성운행비용우세。실제응용중수종합고필축빙용량적한제이최종학정계통운행방안。
Based on the idea of temperature and humidity independent control, a radiation air conditioning system with ice storage was presented, which combined ice storage system, capillary radiation air conditioning, and ground-source heat exchanger;the new system may realize the power load peak load shifting, the reduction of energy consumption and good thermal comfort. Operation optimization model is established for the ice storage air conditioning system. Taking an office building in Hangzhou area as an example, the load calculation, operation strategy optimization and energy consumption analysis have been conducted. The results show that, the ice storage air conditioning system has the remarkable advantages for saving electricity and operation cost than the conventional air conditioning system. In the practical application, ice storage capacity constraints are considered in order to determine the system operation scheme.