solar refrigeration

The experimental study results of LiBr absorption refrigeration and heating dual-usage system working in refrigeration cycle and type ⅱ heat pump cycle are presented. The power of the system is supplied by 65-75 ℃ hot water from a simulated solar energy collector system.

报道了溴化锂吸收式制冷和供热两用装置在由模拟太阳能集热器提供的65&75℃热水驱动下，实施制冷循环及Ⅱ型热泵循环的试验研究结果。

The experiment has practical significances in the resolvent of the solar semiconductor refrigeration/ heating. Meanwhile, the experiment can promote the general adoption of the market principle of the solar semiconductor refrigeration/ heating system with great use and market value.

本实验可以为太阳能半导体制冷/制热的解决方案提供很好的指导意义，可以推动太阳能半导体制冷/制热系统的市场化，具有很高的实用价值和市场价值。

Study on a new absorption refrigeration cycle using solar energy

一个用太阳能驱动的新型吸收制冷循环

Thermodynamic calculating model of adsorption bed in the adsorption solar refrigeration equipment was established.

建立了吸附式太阳能制冷装置的吸附床热力计算模型。

With the shortage of electrical energy 、 the rising demand of green buildings and the improvement of ejector refrigeration system, solar ejector system has a great future.

通过分析认为，随着电力紧缺以及绿色建筑的兴起，喷射制冷系统COP的提高，太阳能喷射制冷系统有着广阔的应用前景。