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Custom YBM (P) 35kV-Class High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation

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  • YBM (P) 35kV-Class High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation
  • YBM (P) 35kV-Class High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation
  • YBM (P) 35kV-Class High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation
  • YBM (P) 35kV-Class High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation

YBM (P) 35kV-Class High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation

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  • Description
  • The Integral Type Transformer for Wind Power Generation is a specialized power equipment that integrates the step-up transformer, high-voltage fuse, load switch, low-voltage switchgear, and related auxiliary equipment. Our company has designed and developed the YBM (P) 35F/0.69kV High/Low Voltage Prefabricated Transformer Substation series products, specifically for wind power generation. These substations step up the 0.69kV voltage generated by wind turbines to 35kV and transmit it to the grid through 35kV cable lines, making them ideal auxiliary equipment for wind power generation systems.
    These products fully comply with the standard of GB/T17467 High/Low Voltage Prefabricated Transformer Substation. Developed to meet the special requirements of wind power generation, this system is a novel prefabricated transformer substation with features such as a complete set of strong components, easy installation, a short construction cycle, low operational expenses, high structural strength, and anti-corrosive properties. It is suitable for challenging natural environments such as beaches, grasslands, or deserts. The performance of this system fully meets the usage requirements of wind farms.

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About Us
Nantong Shengyang Electric Co., Ltd.
Nantong Shengyang Electric Co., Ltd.., is a comprehensive enterprise, that combines research, manufacture, sales, and service as a whole; has offices in Beijing, Shanghai, and Hong Kong; and has built up a complete service system. Our production base is located in Shuanglou industrial zone, Haian City, Jiangsu province which lies north of the beautiful and rich Yangtze River delta, east of the Yellow Sea, south of Yangtze, and also close to Nantong, Yangzhou, and Taizhou airports. Xinchang Railway, Ningqi Railway, G15 Shenhai Highway, and Qiyang Highway intersect here. 204 and 308 national ways are passing through our factory. All of the above prove that we have obvious regional advantages that are suitable for water, land, and air transportation.
We are a professional China ODM Transformer for Wind manufacturers and High/Low Voltage Switchgear suppliers, Our factory specializes in the manufacture of power transformers, rectifier transformers, Box-type transformer substations, wind power transformers, and its complete sets of products. We occupiers an area of 26500m2, of which the construction area is 13800m2; the fixed investment is RMB 35,800,000; We have many main product equipment and full sets of inspection equipment, such as vacuum drying system, automatic vacuum casting system, corrugated oil tank product line, slitting line, horizontal cutting line and automatic foil winding machine and son on. Our technology is strong, the manufacture process is advanced, and equipment and testing modes are complete.
Certificate Of Honor
  • Enterprise Legal Person Business License, Tax Registration Certificate, Organization Code Certificate (Three Certificates In One)
  • Account Opening Permit
  • A 10kv Transformer With Safe Closing
  • The Invention Relates To A Photovoltaic Power Generation Device
  • The Utility Model Relates To An Automatic Grounding Conductive Device For Transformer Leakage Current
  • The Invention Relates To A Noise Reduction And Cooling Dry Type Transformer
  • The Utility Model Relates To A Transformer Sheet Type Heat Dissipation Device
  • The Utility Model Relates To A Dry Transformer Fan Assembly Structure
  • The Utility Model Relates To A Low Pressure Foil Coil Head Copper Bar Fixed Structure
  • The Utility Model Relates To A Multifunctional Power Cabinet
  • The Utility Model Relates To A Complete Set Of Switchgear Having A Waterproof Structure
  • The Utility Model Relates To A Switch Cabinet For Overheat Protection With Automatic Cooling And Cooling
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YBM (P) 35kV-Class High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation Industry knowledge
How does the design of High/Low Voltage Prefabricated Transformer Substation For Wind Power Generation impact overall energy efficiency?

The design of High/Low Voltage Prefabricated Transformer Substations for Wind Power Generation plays a crucial role in determining overall energy efficiency. Several factors contribute to this impact:
Transformer Efficiency: The choice of transformers and their design specifications directly influence energy losses during the conversion and transmission process. Efficient transformers help minimize energy dissipation.
Voltage Regulation: Proper voltage control and regulation within the substation design are essential to prevent over-voltage or under-voltage conditions. Maintaining optimal voltage levels improves the overall efficiency of power transmission.
Cable and Conductor Selection: The selection of high-quality cables and conductors, with consideration for their capacity and resistance, affects energy losses during transmission. Efficient materials can help reduce power dissipation.
Integration of Smart Technologies: Incorporating smart grid technologies, such as advanced sensors and control systems, enables real-time monitoring and adjustment of the substation parameters. This enhances operational efficiency and minimizes energy wastage.
Losses in Switchgear and Circuit Breakers: The efficiency of the switchgear and circuit breakers within the substation affects the overall energy efficiency. Well-designed and properly maintained equipment can minimize energy losses during switching operations.
Harmonics Mitigation: Wind power generation can introduce harmonics into the electrical system. Designing the substation to handle harmonics and employing mitigation techniques helps maintain a clean power supply and improves overall efficiency.
Cooling Systems: Efficient cooling systems for transformers and other critical components prevent overheating, ensuring that the equipment operates at optimal temperatures. This helps in minimizing energy losses associated with heat dissipation.
Layout and Configuration: The physical layout and configuration of the substation impact the efficiency of operations and maintenance. Well-organized layouts facilitate easier access for maintenance activities, reducing downtime and improving overall efficiency.
Transformer Load Management: Properly sizing and managing the transformer load based on the wind power generation capacity contribute to optimal efficiency. Overloading transformers can lead to increased losses and decreased efficiency.
Environmental Considerations: Considering the environmental conditions, such as ambient temperature and humidity, during the substation design ensures that the equipment operates within specified parameters, promoting efficiency.
In summary, a well-thought-out design for High/Low Voltage Prefabricated Transformer Substations that considers transformer efficiency, voltage regulation, smart technologies, quality materials, harmonic mitigation, cooling systems, layout, and environmental factors can significantly impact the overall energy efficiency of wind power generation systems. This, in turn, contributes to a more sustainable and cost-effective operation of wind energy projects.