重庆建筑
重慶建築
중경건축
CHONGQING ARCHITECTURE
2014年
10期
13-15,19
,共4页
冰蓄冷系统%最佳蓄冷率%寿命周期总费用%步长加速法%负荷率%电价政策
冰蓄冷繫統%最佳蓄冷率%壽命週期總費用%步長加速法%負荷率%電價政策
빙축랭계통%최가축랭솔%수명주기총비용%보장가속법%부하솔%전개정책
ice storage system%best cool storage rate%life cycle cost%step-accelerating method%load factorload%electrovalence policy
该文首先介绍了确定冰蓄冷系统蓄冷率的方法，并对采用江水源热泵与冰蓄冷复合系统的重庆市江北城CBD区域2号能源站进行了详细阐述，通过计算该项目在不同蓄冷率下2号能源站设备初投资、运行费用及在寿命周期内的总费用，绘出蓄冷率与寿命周期总费用的关系曲线，从而确定出最佳蓄冷率。
該文首先介紹瞭確定冰蓄冷繫統蓄冷率的方法，併對採用江水源熱泵與冰蓄冷複閤繫統的重慶市江北城CBD區域2號能源站進行瞭詳細闡述，通過計算該項目在不同蓄冷率下2號能源站設備初投資、運行費用及在壽命週期內的總費用，繪齣蓄冷率與壽命週期總費用的關繫麯線，從而確定齣最佳蓄冷率。
해문수선개소료학정빙축랭계통축랭솔적방법，병대채용강수원열빙여빙축랭복합계통적중경시강북성CBD구역2호능원참진행료상세천술，통과계산해항목재불동축랭솔하2호능원참설비초투자、운행비용급재수명주기내적총비용，회출축랭솔여수명주기총비용적관계곡선，종이학정출최가축랭솔。
The determination methods for ice storage rate of ice storage system are introduced, and the No.2 energy station in CBD of Jiangbei district in Chongqing, where the multiplexed system of river water source heat pump and ice storage is applied, is expounded in detail. Based on the project's initial investment, operating cost and the total cost under life circle with different cool storage rates, the relation curve of cool storage rate and life circle is drawn to determine the best cool storage rate.
