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将蓄热地面与柴灶散热器热水采暖系统结合,利用蓄热地面的热惰性和散热器的即热性改善农村室内热环境。对柴灶散热器单独供暖系统和蓄热地面与柴灶散热器互补供暖系统的热工性能和室内热环境进行对比实验研究,通过分析散热器和蓄热地面的散热特性以及围护结构内表面温度,探究蓄热地面的加入对于室温的影响。结果表明,蓄热地面的加入使得整体室温有明显提升,并且加快室温升高的速度、减缓室温降低的速度,明显改善了室内热环境。
Combine the heat storage floor with the hot water heating system of wood stove radiators to improve the indoor thermal environment in rural areas by utilizing the thermal inertia of the heat storage ground and the instant heat of the radiator. By comparing the thermal performance and the indoor thermal environment of the independent heating system of the stove with the stove and the complementary heating system of the regenerative floor and the stove with the stove, the article analyzes the thermal characteristics of the radiator and the regenerative ground and the inner surface of the enclosure Temperature, to explore the impact of heat storage on the ground at room temperature. The results show that the addition of regenerative ground makes the overall room temperature significantly improved, and accelerates the rate of room temperature increase, slowing the rate of room temperature reduction, significantly improving the indoor thermal environment.