How does the PC bubble house address the challenges of high temperatures and oppressive heat in summer?

    With the development of the tourism industry and people's pursuit of unique accommodation experiences, PC bubble houses are becoming increasingly popular. However, the problem of high temperatures and warmth in summer has always plagued users of PC bubble houses. So, how did PC bubble house solve this problem?

    Firstly, PC bubble house has a unique approach in material selection. It uses imported polycarbonate (PC) sheets, which have excellent thermal insulation properties. The thermal insulation performance of PC board is 7-25% higher than that of glass of the same thickness, with a maximum of 49%. The low heat transfer coefficient reduces the transfer of indoor and outdoor temperatures, effectively blocking external heat from entering the room and fundamentally alleviating the thermal problems caused by high temperatures in summer. For example, in some outdoor scenic spots, even if the outdoor temperature reaches 35 ℃, the temperature inside the PC bubble house can be maintained within a relatively comfortable range, allowing tourists to avoid the scorching heat.

    Secondly, the intelligent temperature control system of the bubble house is also crucial. Some high-end PC bubble houses are equipped with intelligent temperature control devices, which can monitor indoor temperature in real time and automatically adjust according to the set temperature value. When the indoor temperature rises, the system will automatically initiate cooling measures, such as turning on air conditioning, air coolers, and other equipment, to quickly reduce the indoor temperature. When the temperature drops to a certain level, the equipment will automatically adjust its operating status to maintain the stability of indoor temperature, which not only ensures the comfort of living, but also achieves energy conservation and environmental protection.

    The ventilation and shading design also reflects the effective response of PC bubble houses to summer heat problems. In terms of ventilation design, by cleverly arranging skylights, side windows, and adjustable ventilation openings, the flow of natural wind is fully utilized to achieve indoor and outdoor air exchange. Even in enclosed spaces, users can still feel fresh air, avoiding stuffiness caused by poor air circulation. Some bubble houses are also equipped with fresh air systems, which can continuously introduce fresh air without opening windows, filter pollutants such as dust and pollen, and further improve air quality. The sunshade design is also excellent, with built-in sunshades or blinds that can effectively block strong direct sunlight, reduce indoor temperature rise, and provide privacy barriers. Some bubble houses adopt intelligent sunshade systems, which can automatically adjust the opening and closing degree of sunshades according to the intensity and time of light, achieving the best balance between light and privacy.

    In practical applications, PC bubble houses have shown significant effectiveness in solving the problem of high temperature and warmth in summer. In some vacation destinations, tourists can stay in PC bubble houses during the summer, not only enjoying beautiful natural scenery, but also resting in a cool and comfortable environment. These bubble houses have attracted more tourists to the scenic area, enhancing its competitiveness and economic benefits.

    PC bubble house has successfully solved the problem of high temperature and warmth in summer through high-quality materials, intelligent temperature control system, and reasonable ventilation and shading design, providing users with a comfortable living experience. I believe that with the continuous advancement and innovation of technology, PC bubble houses will have better performance in the future and play a greater role in tourism, leisure and other fields.