开采期间加热点隔热状况的热成像检查

Gintautas Austynas, Laima Ignatavičienė, Deividas Nesovas
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引用次数: 0

摘要

促进技术进步是降低建筑物能耗和促进可持续能源的必要措施。重要的是,不仅要有效利用建筑物内的热量,还要减少供热网络和供热点的能量损失。热成像技术可以更准确地评估隔热状况,并有助于识别和确定热量损失较小但很重要的区域。增加隔热层的预期效果最多可节省 1% 的热能。不过,考虑到非隔热元件的温度相对较高,且供暖季节较长(持续时间长达 200 天左右),预计也会产生经济效益。关键词:传热、热成像、加热点、集中供暖。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermographic Examination of the Thermal Insulation Condition of the Heating Point during Exploitation
Promoting technological progress is a necessary measure to reducing the energy consumption of buildings and contributing to sustainable energy. It is important, not only to efficiently use heat in the building, but also to reduce energy losses in heat supply networks and heating point. Thermography allows for a more accurate assessment of the state of thermal insulation and can help identify and determine small but important areas of heat loss. The expected effect of additional thermal insulation could be up to 1 % of saved heat energy. However, considering the relatively high temperatures of non-insulated elements and long heating seasons (duration varies up to around 200 days), an economic effect can also be expected. Keywords: heat transfer, thermography, heating point, central heating.
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