Greenhouse Spraying Moisture System
Spray cooling technology and artificial fog technology, with their economic, high-efficiency, energy-saving, low-carbon, and environmentally friendly features, have been rapidly adopted in various industries. They offer functions for humidification, cooling, dust prevention, landscaping, and environmental beautification.
The greenhouse misting humidification system effectively controls the humidity and temperature inside the greenhouse, efficiently regulating the plant growth environment and promoting crop production. It utilizes a high-pressure misting system to address the cooling issue in greenhouses during hot seasons. The system cools through the cold mist ejected from high-pressure nozzles, with droplet diameters around 15μm. The cold mist evaporates quickly and does not wet the ground. Initial tests in greenhouses indicate that the use of this system can effectively lower the greenhouse temperature and improve the growth environment for crops.
Energy conservation, low carbon, and environmental protection are the themes of today's world. The current global energy crisis and the rising costs of oil and electricity in the domestic market have led to the emergence of energy-saving, low-carbon, and environmentally friendly technological products. Spray cooling technology and artificial fog technology have filled the demand for energy-saving and cooling.
Greenhouses require cooling to optimize plant growth; improving the working environment within the greenhouse enhances work efficiency. High-pressure mist cooling, also known as cold mist cooling, is a relatively advanced cooling method currently used in greenhouses. This cooling technology is applied in agriculture, industry, and more.
High-pressure Spray Cooling System Features
Fine Mist: The high-pressure micro-mist nozzle produces 5 billion mist droplets per second, with droplet diameters of only 3~10μm, resembling the mist in the mountains, offering excellent cooling effects.
Energy-saving: Atomizing 1 liter of water requires only 6W of power, which is one hundredth of traditional electric heat atomizing equipment and one tenth of centrifugal or air-water mixing cooling systems.
Reliable: The main unit of the high-pressure micro-fog cooling system uses an industrial-grade imported plunger pump, capable of continuous operation for 24 hours. The nozzles and water fog distributors have no powered moving parts, ensuring they do not get damaged even in high-dust environments.
High Efficiency: The system boasts a high cooling efficiency, reaching 100% indoors and over 90% within the air conditioning unit, which is unattainable by other equivalent enthalpy systems.
Sanitation: Water used in the high-pressure micro-fog system is sealed and non-recirculated, preventing bacterial growth. The spray range, from several tens to 1500 kg/h, is available in multiple models for free selection. It offers both on/off control mode and can accept 0-10V/4-20mA continuous adjustment or stepped branching control, thus catering to a wide variety of user requirements!
Spray System
Features:
Environmental Protection & Energy Saving: Operates for 12 hours daily with electricity and water consumption less than 3 yuan.
Creative Design: Improved traditional high-pressure spray system, professional-grade features.
Quick installation: With quick connectors, enjoy the fun of DIY design.
Control System: Equipped with dual timing regulators, allowing for precise on/off settings.
Water-Stop Shutdown: The motor automatically stops operating when water supply is unavailable, to prevent damage.
Built-in Filter Core: Enjoy clean atomization with a 5MU filter core, easy to replace.
Silent Motor: Low noise, low power consumption, utilizing DC direct current motor, achieving energy-saving effects.
Aesthetically pleasing: Can be hung on the wall, placed upright, or flat, saving space and exuding elegance in design.
External Water Tank: Full disinfection, sterilization, and optional fragrance infusion available.
Comparison of Cold Fog and Air Conditioning
1. Must be used in an enclosed space. The area大使cooling air transmission has certain limitations; multiple air conditioners are required to achieve even cooling, such as three rooms requiring three units, which is surprisingly costly.
1. Fully applicable in open and semi-open spaces. Simply install the nozzle to reduce the surrounding environment temperature by 3 to 7 degrees. One cold fog unit can cover a range of up to 100 meters.
2. A standard air conditioner consumes 1 kilowatt-hour of electricity per hour. The cost per kilowatt-hour is $0.6. Assuming it operates for 12 hours a day, the electricity cost would be $7.2.
2. One spray cooling system operates for 12 hours a day. The electricity and water cost is only ￥1!
3. When using in enclosed spaces, lack of air convection leads to dry indoor air. Susceptible to "air conditioning illness."
3. Open space usage allows for air convection, increases negative ions, and is beneficial for human development.
4. Air conditioners with outdoor compressors have high heat rejection and high power consumption, severely impacting ecological resources and the environment.
4. Cold fog machines without compressors, zero emissions, low power consumption, conducive to the development of ecological resources and the environment.
5. High cost of purchasing air conditioners, difficult installation and disassembly, high electricity bills, high repair costs, and depreciation as well.
5. Low purchase cost, easy installation, DIY assembly. Low utility consumption, nearly zero maintenance cost.
6. The advantage of the air conditioner is its rapid cooling.
6. Advantages of the cold fog system include: cooling, dust suppression, mosquito repelling, landscaping, humidity control, sterilization, and ionization enhancement.
