In order to bring fresh air and reduce temperature effects to enterprise workshops, public places, commercial entertainment, and other occasions, people have adopted a method that is both energy-saving and environmentally friendly – water curtain fans. The wet curtain fan cooling system is currently the most cost-effective and effective cooling system for large-scale production facilities in China, with outstanding effects in cooling and humidification. The editor felt it necessary to explain the design features and advantages of the water curtain fan cooling system.
Fresh air: By using the physical process of natural humidification and cooling through the cooperation of fans and water curtains, fresh air is continuously pumped in to purify the working environment, improving the comfort of the environment.
The cooling effect is obvious: generally, the reduction can reach 10-15 ℃
Low cost: Due to the simple structure of the wet curtain cooling system and the relatively low cost of the materials used, the cost is low, accounting for 1/30 of the investment in air-conditioning equipment
Quiet and comfortable: Large air volume, no vibration, low noise, and large cooling capacity.
Energy conservation and environmental protection: Freon free refrigeration enzymes, non polluting environmental protection products, equivalent to compressors and air conditioners, operating costs are much lower. Power consumption is only 1/20 of that of a compressor air conditioner, and its unique ventilation and ventilation effect makes traditional air conditioners even more incomparable.
Design and select fans based on the total ventilation required for the greenhouse. The wet curtain fan cooling system generally adopts negative pressure longitudinal ventilation, and its fan layout has the advantages of saving equipment and operating costs, good overall cooling effect, and uniform wind speed. According to actual needs, determine the number or matching method of fans according to the total ventilation volume and performance parameters of the fans.
In large and medium-sized shopping malls, waiting rooms, and large indoor entertainment venues, as well as places with strong polluting odors and heavy dust, using this water curtain fan cooling system has a significant effect and is a good choice to improve environmental conditions. Therefore, if you are operating such places, the water curtain fan cooling system is a good choice for you.
Water evaporation and heat absorption are a common physical phenomenon in nature, and cooling with water curtains also applies this principle. The comprehensive application of wet curtain cooling systems and negative pressure fans utilizes the thermal principle of water evaporation and heat absorption to cool the air, fully demonstrating the three main elements of the principle of water evaporation and heat absorption:
1. Surface area in contact with water and air
2. Air circulation speed
3. Introduction to the advantages of using water curtains and wet curtains in aquaculture farms based on the temperature of the water itself
And the heat absorption efficiency of water evaporation is directly proportional to the above factors
Under the action of water pump and gravity, water flows from top to bottom, forming a wrinkled water film with a total area equivalent to more than 10 times the surface area of the water curtain on the corrugated fiber surface of the wet curtain. Therefore, the contact area between the water film and air is very large.
2. Due to the “pressure difference” caused by the suction of negative pressure fans, outdoor air will quickly detour through the cooling water curtain and collide with the water film of the water curtain, facilitating the rapid absorption of heat in the air by a wide area of water film.
3. As the water temperature rises, evaporation intensifies, and as evaporation intensifies, the heat carried away by water increases. That is, the cooling effect becomes more obvious.
Product description for fan and pad cooling system for greenhouse
Introduction
In the pursuit of optimizing greenhouse environments for plant growth, the Fan and Pad Cooling System stands as a transformative solution. This advanced system leverages the synergy of fans and evaporative pads to create a controlled microclimate, ensuring optimal temperature and humidity levels. In this comprehensive guide, we delve into the attributes, functions, and unmatched advantages of the Fan and Pad Cooling System—a game-changer in modern greenhouse climate control.
Attributes that Define Excellence: The Core of Fan and Pad Cooling System
At the heart of the Fan and Pad Cooling System lies a fusion of cutting-edge engineering and precise control mechanisms. These attributes collectively shape a product that sets the standard for effective greenhouse climate control.
High-Efficiency Fans: The Fan and Pad Cooling System incorporates high-efficiency fans designed to move large volumes of air efficiently. These fans ensure consistent air circulation, preventing temperature stratification and stagnant air pockets within the greenhouse.
Quality Evaporative Pads: Central to the system’s effectiveness are the evaporative cooling pads. Constructed from high-quality materials, these pads facilitate the evaporative cooling process by efficiently absorbing water and promoting efficient heat exchange.
Advanced Control System: The system features an advanced control interface that allows growers to precisely regulate fan speed, water flow, and other parameters. This level of control empowers growers to fine-tune the climate conditions to match the specific requirements of different crops.
Energy-Efficient Design: Sustainability takes center stage with the Fan and Pad Cooling System’s energy-efficient design. By utilizing state-of-the-art components and intelligent control strategies, the system optimizes energy consumption while delivering exceptional results.
Functions that Redefine Greenhouse Climate Control: Unleashing Potential
Beyond its remarkable attributes, the Fan and Pad Cooling System boasts functions that transcend conventional climate control methods. By fusing technology with intelligent design, this system empowers growers to achieve consistent and optimal greenhouse conditions.
Evaporative Cooling Process: The system’s core function is the evaporative cooling process. As air passes through the moistened evaporative pads, it undergoes a natural cooling process, reducing the overall greenhouse temperature while increasing humidity levels—a boon for plants’ growth.
Temperature Regulation: The Fan and Pad Cooling System effectively addresses temperature fluctuations. By adjusting fan speed and water flow, growers can regulate the internal climate, maintaining temperatures ideal for various plant species.
Humidity Management: Precise control over humidity is critical for greenhouse success. The system ensures that the humidity levels remain within the desired range, preventing moisture stress and optimizing plant health.
Air Circulation Enhancement: Stagnant air pockets can lead to uneven temperature distribution and create microclimates within the greenhouse. The system’s powerful fans ensure consistent air circulation, minimizing temperature differentials and promoting uniform plant growth.
Advantages that Shape Progress: A Controlled Microclimate
Embracing the Fan and Pad Cooling System translates into a host of unparalleled advantages that resonate across the realm of greenhouse cultivation. These advantages extend beyond mere functionality, encapsulating a commitment to plant health, productivity, and resource efficiency.
Optimized Plant Growth: The controlled microclimate created by the system directly contributes to optimal plant growth. By maintaining the ideal temperature and humidity conditions, growers can cultivate healthier, more robust plants.
Energy and Water Efficiency: The system’s energy-efficient design minimizes energy consumption, leading to reduced operational costs. Additionally, the evaporative cooling process is water-efficient, making the most of available water resources.
Reduced Stress and Pest Impact: Stress due to unfavorable climate conditions can render plants more susceptible to pests and diseases. The Fan and Pad Cooling System’s precise climate control minimizes stress factors, contributing to a healthier plant environment.
Enhanced Crop Yield: A controlled environment positively influences crop yield. With the Fan and Pad Cooling System, growers can extend growing seasons, optimize crop cycles, and achieve higher yields.
