Traditional high-end sunrooms have many pain points in terms of functional realization and cost maintenance, which restrict them from realizing their due value.

Poor ventilation and air exchange are common problems. The ventilation of traditional sunrooms mainly relies on the top skylight, which has poor air circulation. On hot and muggy days or when there are many people inside, the air is difficult to circulate effectively, easily creating a stuffy and damp feeling. If this continues for a long time, it may also breed mold, affecting the health of the residents.

The adaptability of the appearance design also has limitations. Many traditional sunroom frames have fixed styles and are difficult to blend with different architectural styles. For instance, a Chinese-style courtyard paired with a metal-framed sunroom would look out of place. Moreover, for the customization of irregular-shaped structures, not only is the cost high and the construction difficulty great, but the construction period will also be significantly prolonged.

High maintenance costs are also a headache for users. The cleaning of the glass top surface is difficult and often requires professional personnel to carry out high-altitude operations, which poses safety hazards and is not cheap. Metal frames are prone to rust, while wooden frames require regular anti-corrosion treatment. Frequent maintenance not only consumes energy but also increases the cost of use.

To solve these problems, an intelligent ventilation system can be installed on the ventilation and air exchange. The indoor environment is monitored through temperature and humidity sensors, and the electric skylight and ventilation fan are linked to automatically adjust the ventilation volume to ensure fresh air. In terms of appearance design, modular customized design is adopted. According to the architectural style and structural requirements, different materials and styles of frames are customized. For instance, in the Chinese style, solid wood composite profiles can be used in combination with traditional window lattice designs, while in the modern style, minimalist frameless glass curtain walls are adopted.

To address maintenance challenges, self-cleaning glass and corrosion-resistant materials are used. The nano-coating on the self-cleaning glass surface enables rainwater to automatically carry away stains, reducing the frequency of cleaning. The metal frame adopts fluorocarbon spraying process, and the wood undergoes professional anti-corrosion treatment to extend the service life and reduce maintenance costs. These solutions can enable high-end sunrooms to better meet users' demands, being both practical and aesthetically pleasing.