Condenser Factory

Home / Product / Condenser

Providing Effective Solutions Of Refrigeration Compressor For Customers

Condenser Manufacturer

    The cabinet is a steel plate with plastic spray, corrosion proof, and pleasant looking.
    Mechanically expanded pipes with AL fins have good heat transfer performance.
    2.8MPa gas pressure tested pollution clear is done before delivery.
    Suitable for refrigerants of R22, R134a, R404A, R407C etc.
    With external fans and, a good heat transfer effect, the FNV is suitable for big-capacity units.

    Ningbo Ouyu Import & Export Co., Ltd.is the exporting branch of Briliant Refrigeration Equipment Co., Ltd. It is a manufacturer and factory specializing in the research, development, and design of large-scale refrigeration equipment, with more than 100 talented employees, including masters, researchers, engineering, and technical engineers.

    As a professional OEM/ODM/OBM Condenser manufacturer and Condenser factory with more than 30 years, Ouyu has multiple modern industrial factories equipped with advanced production and processing equipment and complete manufacturing processes. We sell various brands of compressors, condensers, evaporators, condensing units, large and medium-sized parallel units as well as refrigeration accessories with good quality and competitive prices.

    We have a complete production line and our products have been awarded ISO9001:2008 quality system certification, CE certification, National Industrial Product Manufacture Licence and Combined Refrigerated Agricultural Machinery Certificate.

    • Products Integration

    • 30+ Industrial Experience

    • Export To Over 30 Countries

    • 7*24 Hours Customer Service

    Certificates We Have Obtained

    • honor1
    • honor2
    • honor3
    • honor4
    • honor5
    • honor6
    Message Feedback

    Condenser Industry Knowledge Extension

    What specific performance does Condenser have in improving the energy efficiency of power systems?

    The specific performance of capacitors in improving the energy efficiency of power systems mainly includes the following points:
    Reduce reactive power loss: In the power system, inductive loads such as motors and transformers consume a large amount of reactive power during operation, resulting in the capacity of the power supply equipment not being fully utilized and line losses increasing. Condenser helps compensate for the reactive power required by inductive loads by providing the necessary reactive power to the system, thereby reducing line losses caused by transmitting reactive power, improving the power factor of the power system, and thereby improving the energy efficiency of the system. .
    Improve voltage quality: Condenser can improve the voltage distribution of the power system and improve voltage stability. Especially at the end of long-distance transmission lines and power grids, Condenser can effectively compensate for the voltage drop on the line to maintain the voltage within an appropriate range and avoid adverse effects on power equipment and users due to too low or too high voltage. The improvement of voltage quality also helps to improve the operating efficiency of power equipment and further reduce energy consumption.
    Optimize equipment performance: By reducing harmonics and voltage fluctuations in the system, Condenser helps reduce thermal stress on power equipment, reducing equipment failure rates and maintenance costs, thereby extending its service life. At the same time, stable voltage and current conditions also help improve the operating efficiency of the equipment and further reduce energy consumption.
    Improve system stability: The application of Condenser helps enhance the stability of the power system and reduce the risk of system collapse due to load fluctuations or failures. A stable power system can better respond to various emergencies and ensure the continuity and reliability of power supply, thereby avoiding economic losses caused by power outages or voltage instability.
    To sum up, Condenser effectively improves the energy efficiency of the power system by reducing reactive power losses, improving voltage quality, optimizing equipment performance, and improving system stability. In the design and operation of power systems, the reasonable selection and configuration of Condenser is of great significance for improving the economy, reliability and environmental protection of the system.