Wuxi Yuda Heat Exchanger Co., Ltd. began to develop aluminum plate-fin heat exchangers for wind power generation in 2006, and after 10 years of accumulation, Yuanda has gradually become the leader in heat exchangers for wind power industry. With the development of the electric power industry, more and more efficient heat transfer products are used in the closed cooling system, thermal system and heat recovery system of power plants. These products provide the basis for the power plant based on corrosion, heat recovery and utilization. System optimization program to improve the wind power industry, power generation efficiency. Our products are 100KW water cooler, 82KW wind turbine water cooler, 45KW and 50KW inverter water cooler, 65KW growth gearbox oil cooler, the cabinet heat exchanger, and so on. The largest products can be mature to support 7MW wind power models.Our products can adapt to different environments, whether it is the general atmospheric environment, or coastal areas, high humidity and severe atmospheric industrial areas, and even offshore platforms, we can provide a reliable solution.Product Features:1、Core:plate structure aluminum2、Good heat transfer efficiency,good temperature control3、Large heat transfer area4、High heat transfer efficiency,large heat transfer area,withstand high pressure.heat low noise5、Production process: vacuum brazingdesign serviceOur company is produced the aluminum plate fin Heat Exchangers with the required design due to the demand of our customers within the National and International Standard Regulations.design exampleThis is a converter outside the cabinet cooler (for 3MW) designed for a known fan manufacturer.STep 1: Customers provide the relevant design requirements:1, the cooling capacity - KW; 2, the cooling water flow - L / min; 3, the pressure drop requirements ≤ - bar; 4, temperature requirements: water temperature and ambient temperature difference requirementsStep 2: We design according to customer requirements calculation, to determine the performance requirements to achieve the required core size;Step 3: According to the size of the core structure design, taking into account the strength of sheet metal parts, lifting and installation methods;Step 4: Make the plan diagram (including: fan, motor, sheet metal, bracket, etc.) to highlight the structure and installation dimensions, and customer confirmation;Step 5: Cost accounting and quotation;Step 6: Sample preparation and validation (performance testing by our performance test platform to ensure that the cooling performance in line with customer requirements).Product parameter contentThe design information of the air cooler is as follows1, the cooling power (that is, how much heat the device needs to be distributed)2, the maximum ambient temperature (the cabinet can provide the highest temperature allowed);3, medium flow (such as antifreeze flow, gear oil flow, etc.);4, the medium allows the maximum temperature or temperature;5, pressure loss requirements (maximum allowable pressure loss);6, altitude.ApplicationsProduct Application: Speed-increasing Gearbox Lubrication System Oil-air Radiator, Converter Outside-cooling Water-wind Heat Exchanger, Converter Cabinet Water-wind Heat Exchanger, Generator Water-wind Heat ExchangerProduct PrecautionsInstallation and Selection Notice of Wind Turbine1, the stent design should avoid the hot air backflow (from the air-cooled machine into the exhaust outlet 1 m shall not affect the entry and exit of the obstacles;2, the installation of the cooler should avoid the installation of stress, such as the installation found stress, should be eliminated and then installed.
