CAJ | 학술논문

为降低加温日光温室生产成本，提高经济效益，对日光温室保温层苯板进行节能优化。研究在确定能够满足使用要求的保温层苯板厚度基础上，引入了核心经济参数f，客观反映节能效果与建造成本投入的的关系，提供了以乌鲁木齐为例的详细计算方法。结果表明，核心经济参数f存在最大值，并且可以通过材料的性能与市场的关系确定，通过计算可知，乌鲁木齐地区加温日光温室保温层厚度最佳值为0.082 m。
위강저가온일광온실생산성본，제고경제효익，대일광온실보온층분판진행절능우화。연구재학정능구만족사용요구적보온층분판후도기출상，인입료핵심경제삼수f，객관반영절능효과여건조성본투입적적관계，제공료이오로목제위례적상세계산방법。결과표명，핵심경제삼수f존재최대치，병차가이통과재료적성능여시장적관계학정，통과계산가지，오로목제지구가온일광온실보온층후도최가치위0.082 m。
In order to reduce the heating cost of solar greenhouse and improve economic efficiency, we optimized the insulation layer's thickness of heated solar greenhouse. We introduced the core economic parameters f to reflect the relationship between energy saving efficiency and construction investment, and we provided a detailed calculation method by taking Urumqi as an example. The results showed that, the core economic parameters f had maximum value, and the optimum thickness of the insulation layer of solar greenhouse was 0.082 m in the region of Urumqi.