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An advanced cooling solution designed to ensure efficient heat dissipation and stable operation of high-power frequency conversion equipment. Optimized for 5-10MW wind turbines, this water-cooled pump station provides precise temperature control and enhanced system reliability, minimizing thermal stress and extending equipment lifespan.
The system features a pump set, three-way actuator, and dual expansion tank, delivering efficient coolant circulation and pressure regulation. Additionally, integrated air coolers further enhance cooling performance by effectively dissipating excess heat, preventing overheating, and ensuring continuous, high-efficiency operation under varying environmental conditions.
As a factory-direct product, this cooling system is manufactured under strict quality control standards, guaranteeing consistent performance, durability, and cost-effectiveness. With its robust construction, advanced thermal management technology, and reliable temperature regulation, it is an ideal solution for maintaining the efficiency and longevity of frequency converters in large-scale wind power applications.
Standardized filtration technology testing center, the cleanliness of which is up to 10000 standard, equipped with advanced contamination analyzer, and has undertaken the company's scientific research, production, filtration technology inspection and testing.
Seven test items for evaluating filtration performance of hydraulic filter can be completed by the center.
ISO16889 Hydraulic fluid power - filters - Multi-pass method for evaluating filtration performance of a filter element.
ISO2941 Hydraulic fluid power-Filter elements-Verification of burst resistance.
ISO2942 Hydraulic fluid power - Filter elements-Verification of fabrication integrity.
ISO2943 Hydraulic fluid power-filter elements-Verification of material compatibility with fluids.
ISO3723 Hydraulic fluid power - Filter elements-Method for end load test.
ISO3724 Hydraulic fluid power - Filter elements-Verification of fluid fatigue.
ISO3968 Hydraulic fluid power-Filters-Evaluation of differential pressure versus flow characteristics.
