Noran Technology Integrated Evaporative Cooling Chiller

When industrial production, data centers, and commercial buildings impose higher requirements on energy efficiency, adaptability, and operation & maintenance costs of refrigeration systems, traditional air conditioning equipment is plagued by low efficiency under high temperatures, inaccurate performance in high humidity, and complicated installation procedures. Against this backdrop, Anhui Noran Technology Co., Ltd. presents a powerful solution. Its independently developed Integrated Evaporative Cooling Chiller has been granted an invention patent by the National Intellectual Property Administration of China. As an innovative achievement in the field of air conditioning technology, this product features intelligent adaptive regulation and a highly integrated design. It has reset the performance benchmarks for evaporative cooling units and fully demonstrated Noran Technology’s strength in driving industrial upgrading through technological breakthroughs.
Breaking Traditional Limitations: A Refrigeration Revolution from Passive Adaptation to Active Response
Deficiencies of conventional refrigeration units have long restricted industrial development. Under high-temperature conditions, insufficient heat dissipation causes the Coefficient of Performance (COP) of air-cooled units to drop below 2.5, with energy consumption surging by 30%. In high-humidity environments, ordinary evaporative cooling units fail to precisely control the water film, leading to over 20% decline in heat and moisture exchange efficiency and drastic fluctuations in cooling capacity. Furthermore, split-type units require separate installation of fans, cooling towers, heat exchange cabinets, and other components. The installation cycle lasts 20 to 30 days. Excessive pipeline connections raise the risk of refrigerant leakage by 60%, resulting in heavy annual operation and maintenance costs for enterprises.
This patented product from Noran Technology fundamentally addresses the above pain points. Built around an integral frame, it highly integrates core components including fans, evaporation cabinets, heat exchange cabinets, water pumps, and cold water storage tanks. Innovatively equipped with water film thickness adjusting assemblies, atomizers, and dual temperature & humidity sensors, it forms an intelligent refrigeration system capable of real-time response to ambient changes. This design is not merely component integration, but also creates a complete technological loop covering environmental perception, dynamic adjustment, and efficient heat exchange.
Core Advantages
1. Intelligent Adaptive Regulation for Precise Temperature & Humidity Control Across All Scenarios
The combination of water film thickness adjusting assemblies and dual temperature & humidity sensors stands out as a core patented feature, enabling the unit to shift from fixed operation mode to dynamic adaptation. Sensors inside the evaporation cabinet collect real-time environmental data and transmit signals to the control system.
High-temperature conditions: The system adjusts the assemblies to thicken the water film, expanding the contact area between air and water film to enhance evaporative heat absorption. This keeps the COP steadily between 4.0 and 4.3, cutting energy consumption by more than 35% compared with traditional units.
High-humidity conditions: The assemblies thin the water film accurately to avoid blocked heat and moisture exchange caused by excessive water thickness. Meanwhile, the atomizer generates micron-level water mist to evenly cover the packing materials inside the evaporation cabinet and optimize heat and mass transfer efficiency. The fluctuation of cooling capacity is controlled within ±5%, thoroughly solving the industry-wide problem of insufficient cooling capacity in high-humidity working conditions.
Thanks to the on-demand regulation design, the unit is no longer restricted by regional climates. It maintains optimal operating performance whether in humid plum rain seasons in southern China or dry and hot summers in northern China.
2. Integrated Structure to Cut Costs and Boost Efficiency from Installation to Maintenance
Adopting the patented frame integration solution, Noran Technology assembles all discrete components, including fans, evaporation cabinets, heat exchange cabinets, water pumps, and cold water storage tanks onto a single steel frame. Air circulation is realized via pre-designed air ducts connecting fans and evaporation cabinets, making the whole unit a complete refrigeration system.
Higher installation efficiency: Traditional split units require equipment hoisting, pipeline welding, and interface commissioning, which takes 15 to 30 days. In contrast, this integrated unit only needs positioning, fixing, and connection of water and power supply on site, and the whole installation can be completed within 3 to 5 days.
Reduced floor space: Different from the traditional combination of water-cooled chiller and independent cooling tower, the integrated design saves extra space for cooling towers, making it ideal for space-constrained scenarios such as urban commercial buildings and high-density industrial parks.
Lower operation and maintenance costs: The integrated structure greatly reduces external pipeline connections and effectively lowers the risk of refrigerant leakage. In addition, the compact layout of cold water storage tanks and heat exchange cabinets shortens the cold water circulation path, reducing water pump power consumption and annual maintenance expenses.
Brand Strength: Practicing the Commitment to Green Refrigeration via Technological Innovation
This invention patent embodies Noran Technology’s dedication to the air conditioning industry. Located in the Supporting Industrial Park for Green Coatings, Mingguang City, Chuzhou, Anhui Province, the company adheres to the core strategy of driving green refrigeration with technology. Led by patent inventor Ma Chao, the R&D team completed more than 300 working condition simulations and over 150 rounds of component optimization. They finally made breakthroughs in two key technical bottlenecks: intelligent water film regulation and high integration, and successfully turned laboratory achievements into market-ready products.
At present, the chiller has been widely applied in multiple industries, with its energy efficiency ranking among the leading levels of domestic refrigeration systems for data centers. Compared with traditional equipment, it greatly reduces monthly electricity bills during peak summer periods and delivers substantially higher annual energy-saving benefits. The superior performance proves the practical value of the patented technology and reflects Noran Technology’s commitment to helping enterprises cut operational costs through innovation and advancing the dual carbon goals with technology.
Endorsed by the national patent certification and verified by practical market application, Noran's integrated evaporative cooling chiller breaks environmental limitations with intelligent adaptive control, lowers overall costs with integrated design, and fulfills the vision of green development with outstanding energy-saving performance. If you are troubled by high energy consumption, poor adaptability, and complicated maintenance of existing refrigeration equipment, choose this patented product from Noran Technology. We deliver technically reliable solutions certified by authoritative institutions, all-scenario adaptable systems, and solid support for enterprises to achieve efficient refrigeration and low-carbon development.