Although traditional high-end sunrooms can add style to the space, in actual use, many pain points affect people's experience.

In terms of temperature control, the insulation and heat preservation performance of traditional sunrooms is not good. In summer, sunlight passes through the glass and accumulates a large amount of heat, causing the indoor temperature to soar. Even if the air conditioner is turned on, it is difficult to cool down quickly. This not only greatly reduces comfort but also leads to high electricity bills. In winter, ordinary glass cannot effectively prevent heat loss, making the room extremely cold and requiring additional heating, which increases energy consumption.

Lighting and shading are also irreconcilable contradictions. Traditional sunrooms often reduce shading facilities to ensure good lighting. However, intense direct sunlight not only causes glare but also accelerates the aging and fading of furniture and decorations. However, after installing sunshades, they will block the light, making the room dim and losing the advantage of the sunroom's transparency.

There are also hidden dangers in structural safety and sealing. After long-term use, the sealing strips of the sunroom frame age, leading to frequent leakage and air intake problems. During rainy and snowy weather, water may accumulate inside the room, damaging the floor and furniture. Some sunrooms are designed and constructed with unreasonable load-bearing structures. When encountering extreme weather conditions such as strong winds and heavy rain, the risks of glass self-explosion and frame deformation increase, posing a threat to personal safety.

Corresponding solutions can be adopted for these pain points. In terms of heat insulation and preservation, Low-E insulating glass is adopted. Its coating can effectively block ultraviolet and infrared heat. Combined with inert gas filling, the heat insulation performance is significantly improved. In winter, double-layer glass can be installed or insulation film can be added to reduce heat loss. For the challenge of lighting and shading, the electric intelligent shading system is a good choice. It can automatically adjust the Angle of the shading curtain according to the intensity of light, which can not only block strong light but also ensure sufficient lighting.

In terms of safety and sealing performance, a frame made of broken bridge aluminum alloy with multiple sealing strips is chosen to enhance structural stability and sealing performance. Regularly inspect and maintain, and promptly replace aged rubber strips and damaged components. Through these measures, the user experience of traditional high-end sunrooms can be effectively improved, making them truly comfortable and safe quality Spaces.