Patio Misting System Other Features and Energy Costs

by cocofu
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A patio misting system is a modern outdoor cooling equipment that is widely used in outdoor areas of residences, restaurants, cafes, resorts, and various public places. This system uses a high-pressure pump to convert water into a fine mist, which can effectively reduce the temperature of the surrounding air without causing slippery floors or accumulation of water droplets. It provides an environmentally friendly and energy-saving cooling method and adds to the outdoor space’s aesthetics and comfort.

Low-Pressure Operation Patio Misting System Size

In response to the hot summer, the patio misting system uses fine water mist technology to quickly reduce the terrace’s temperature and create a fresh and pleasant environment. Whether alone in the morning or gathering with family and friends in the evening, this misting system can provide you with the best outdoor experience. The different sizes we offer (35FT, 50FT, 65FT, 80FT) can be chosen according to your specific needs, ensuring even and efficient coverage no matter the size of your patio. You don’t have to worry about technical problems with simple installation and easy maintenance.

Choose the patio misting system to enjoy a calm oasis in the summer and make your patio the most famous corner of your home. Here, every summer moment becomes extraordinary and unforgettable.

  • 35FT System: This is an excellent option for a small patio or use in a fan unit. It can cover an area of approximately 250 square feet,
  • 50FT system: suitable for medium-sized patios. This length can cover an area of roughly 350 to 400 square feet, making it ideal for mid-sized families or users with specific entertainment space needs.
  • 65FT System: This is the largest and is suitable for more oversized patios or when you need to cover a wider area. It can easily cover an area of over 500 square feet, making it perfect for large gatherings or commercial use.

Patio Misting System is How to Change The Operation of Air Conditioner.

ting device generates mist molecular particles (particle diameter is at the micron level), which are transported and diffused to the cooling area through the cooling fan. During the diffusion process, the misting cooling system continuously Evaporates and absorbs a large amount of heat energy in the area to achieve the purpose of cooling.

  • Outdoor-Indoor Temperature Balance: A patio misting system can help maintain a more consistent temperature between indoor and outdoor areas by cooling the outdoor space. This balance can reduce the thermal load on the air conditioner, especially if doors or windows are frequently opened.
  • Direct Cooling for Outdoor Units: If positioned appropriately, a misting system might indirectly aid the air conditioner by cooling the air around the outdoor unit of the air conditioner. This can potentially increase the efficiency of the heat exchange process in the outdoor unit, although care must be taken to avoid excess moisture, which could damage the unit.

To solve the problem of poor outdoor thermal environment for household air conditioners in summer, the misting system can be used to add a spray humidification device to the air conditioner to reduce the condensation temperature and thereby improve the performance and cooling capacity of the air conditioner. The impact of misting cooling system on air conditioner condenser outlet air temperature and refrigeration system performance. Actual measurement studies have found that after adding misting system humidification, the refrigerant pressure at the condenser outlet is reduced, and the performance coefficient EER of the refrigeration system can be increased by 2% to 7%, which is a significant effect.

The output of the air conditioner is blocked, increasing the power consumption of the air conditioner. To improve the air conditioner’s performance, a mister device is installed on the air conditioner’s outdoor unit. While ensuring the heat exchange area and ventilation volume are constant, the heat dissipation capacity of the condenser is enhanced, the air conditioning performance is improved, and the air conditioner’s power consumption is reduced. The purpose of reducing operating energy consumption

How to Evaluate the Feasibility of a Solution

he purpose of the Patio Misting System is to provide a comfortable and incredible outdoor space during the high temperature season in summer. According to the market application and promotion of the patio misting system, the system is currently widely used in two ways: fixed and mobile. Two sets of design plans were drawn up based on the actual conditions of the cooling area facilities.

  • Fixed
  • Mobile

Fixed form installs host equipment, mister terminals, pipes, and other equipment in a fixed area. Based on careful consideration of site conditions, mister terminals and pipelines are laid on the main beam on the top of the steel structure awning. The host is an integrated design and is installed on the ground inside the awning. Water and electricity need to be connected to the host equipment through pipelines.

Mobile form highly integrates a series of equipment such as the host, outdoor cooling system terminals, and pipelines, and the host equipment has no physical connection with the outside world. The motor in the central unit is driven by the built-in battery to complete the fog generation and patio misting system work. The equipment can be moved and placed manually by installing rollers on the chassis.

According to these two design plans, the construction process mainly involves basic construction costs such as installation, civil engineering, and equipment procurement. Market research found that since the mobile system is highly intelligently controlled, its internal components are more sophisticated. Therefore, in the same use area, the engineering cost of mobile products to achieve the same use effect is much higher than that of fixed products.

Energy Operating Costs

Energy operation cost analysis is based on two scenarios: running for 8 hours a day, the water fee is 5 yuan/m3, and the electricity fee is 1 yuan/(kW·h)


The motor capacity of the fixed system is 5 kW, and the opening mode is set to continuous opening mode. Therefore, the daily electricity consumption costs eight h × 5 kW × 1 yuan / (kW·h) = 40 yuan. The water consumption of a single nozzle at the spray terminal is 0.000 15 m3/min. Therefore, the daily water consumption cost is 0.000 15 m3/min × (60 × 8) min × 75 nozzles × 5 yuan/m3 = 27 yuan. Daily energy operating cost is $67

The mobile system motor capacity is 0.15 kW/unit and operates continuously for 8 hours. Therefore, the daily electricity consumption cost is eight h × 0.15 kW × 1 yuan / (kW·h) × 6 units = 7.2 yuan. The mobile system water tank capacity is 220 L, and the operating time of a single water tank is four hours. Therefore, the daily water consumption cost is 440/1 000 m3×5 yuan/m3×6 units =13.2 yuan. The daily energy operating cost is 20.4 yuan. Daily energy operating costs for mobile systems are approximately 31% of stationary systems. (This operation is only used for high-pressure large-area operation analysis; if low-pressure operation is used, the cost will be lower than high-pressure operation.)

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