The placement of air vents in a ventilation system can make a huge difference in its effectiveness! Have you installed yours correctly? As people become more concerned about indoor air quality, ventilation systems have become standard in modern homes. However, many users find that the performance doesn't meet their expectations after installation. In fact, besides the equipment's inherent performance, the design of the vent locations is also a crucial factor affecting ventilation efficiency. Poorly positioned vents can reduce airflow, create dead zones in the room, and even impact comfort. Today, let's explore the secrets of vent placement in ventilation systems and see how scientific design can maximize their effectiveness.

The importance of air outlet position: the key to ventilation effectThe core function of the fresh air system is to achieve indoor and outdoor air exchange through air supply and exhaust, thereby improving indoor air quality. The air supply vent is responsible for sending the filtered fresh air into the room, while the air exhaust vent is responsible for discharging the dirty air. If the air vent position is not designed properly, the following problems may be caused: 1. Uneven ventilation: Fresh air cannot cover the entire room, and the air quality in some areas is still poor. 2. Air flow short circuit: The air supply vent and the exhaust vent are too close, and fresh air is discharged as soon as it enters the room and cannot be fully circulated. 3. Noise problem: The air outlet is located close to the rest area, causing noise during operation, affecting the comfort of life. 4. Uneven temperature: The air supply temperature is low in winter. If the air outlet blows directly on the human body, it is easy to cause discomfort. Therefore, scientifically designing the air outlet location is the key to ensuring the efficient operation of the fresh air system.Air outlet position design principle: scientific layout, efficient ventilation1. Diagonal arrangement of air supply vents and exhaust vents The air supply and exhaust ports should be arranged diagonally in the room as much as possible, so as to form a good air flow path and ensure that fresh air can cover the entire room. For example, the air supply vent can be set in the upper left corner of the room, while the air exhaust vent can be set in the lower right corner, so that air can flow from one end to the other, avoiding short-circuiting of the air flow. 2. Keep air supply outlets away from pollution sources The air supply vent should be kept away from pollution sources such as kitchens and bathrooms, and avoid sucking oil smoke and odor into the room. At the same time, the air supply vent should also be kept away from the exhaust vent to prevent dirty air from being resucked in. 3. Air supply vents are preferred in living areas Living areas such as living rooms and bedrooms are the places where people are most active and require high air quality. Therefore, air supply vents should be placed in these areas first to ensure that fresh air can be delivered directly. The exhaust vents can be arranged in secondary areas such as corridors and bathrooms.

4. Avoid blowing the body directly on the air outlet The air supply vent has a high wind speed. If it blows directly on the human body, it can easily cause discomfort, especially in winter. Therefore, the air supply vent should be avoided facing the rest area such as sofas and beds. It can be improved by adjusting the angle of the air outlet or installing a windshield. 5. Consider room structure and furniture layout The design of the air outlet location also needs to consider the room structure and furniture layout. For example, if there is a large furniture block in the room, it may affect air flow. Therefore, when designing, you should plan in advance to ensure that the air outlet position is not blocked.How to optimize the air outlet position?1. Professional design, customized The air outlet location design of the fresh air system needs to be personalized planning based on the house structure, area and usage needs. It is recommended to choose a professional fresh air system installation team to formulate the optimal solution through field measurement and simulation. 2. Flexible adjustments to meet demand If the fresh air system has been installed but the effect is not ideal, you can improve it by adjusting the air outlet position or increasing the number of air outlets. For example, add air vents in areas with poor air quality, or add air vents in areas with poor air flow. 3. Regular maintenance to ensure results After the air outlet position is designed reasonably, regular maintenance is required to ensure the normal operation of the system. For example, clean the filter regularly to check whether the air duct is blocked, so as to avoid affecting the ventilation effect due to equipment problems.Conclusion: Scientific design allows the fresh air system to maximize its effectivenessThe air outlet position design of the fresh air system seems to be a small detail, but it directly affects the ventilation effect and living comfort. Through scientific layout, not only can the ventilation efficiency be improved, but also the problems of airflow short circuit and noise can be avoided, making the fresh air system truly a powerful tool to protect the health of the family. If your home is preparing to install a fresh air system, or it has been installed but the effect is not ideal, you might as well start from the air outlet position and re-plan it so that every breath is full of freshness and health!