Wholesale Substation Potential Transformer - Global Power Equipment
Product Main Parameters
| Item | Unit | Value |
|---|---|---|
| Rated Voltage | Primary | kV 40.5 |
| Secondary | 2;0.69 | |
| Rated Current | High voltage circuit | A 400~1250 |
| Low voltage circuit | A 630~3150 | |
| Rated Frequency | Hz | 50 |
| Rated Power | kVA | 1250;1600;2000~20000 |
| Rated Insulation Level | High voltage side Power frequency | 95 |
| Impact | 185 |
Common Product Specifications
| Technical Parameter | Value |
|---|---|
| Rated Voltage | 40.5 kV |
| Rated Current | 400~3150 A |
| Rated Frequency | 50 Hz |
| Power | 1250-20000 kVA |
Product Manufacturing Process
The manufacturing process of our wholesale substation potential transformers involves high-precision engineering and adherence to industry standards. Utilizing advanced magnetic core technologies and high-grade insulation materials, these transformers are meticulously crafted to provide high accuracy and safety. Each unit undergoes rigorous testing for dielectric strength, thermal performance, and electromagnetic compatibility, ensuring that the final product performs reliably under varied environmental conditions. The combination of automation in winding processes and manual inspections ensures that each transformer is up to mark, contributing to the reliability and efficiency of power distribution.
Product Application Scenarios
Wholesale substation potential transformers play a pivotal role in modern power distribution systems. They are essential in smart grid applications, where accurate voltage measurement is critical for system efficiency and reliability. Their use spans across urban and rural substations, industrial facilities, and energy generation plants, where they aid in metering, protection, and control. By stepping down high voltages, they allow for safe and effective monitoring and control of energy distribution, while also supporting advanced features like load balancing and demand response through integration with smart grid technologies.
Product After-sales Service
We provide comprehensive after-sales support, ensuring our wholesale substation potential transformers meet your operational needs. Our service includes installation guidance, maintenance support, and a warranty covering manufacturing defects. Our dedicated team is available to assist with any technical queries and ensure the longevity and performance of your purchase.
Product Transportation
Our substation potential transformers are transported with utmost care, using reinforced packaging to prevent damage in transit. We offer both domestic and international shipping options, tailored to meet your logistical requirements. Insurance and tracking services are available to provide peace of mind during the delivery process.
Product Advantages
Our wholesale substation potential transformers stand out due to their precision in voltage measurement, robust construction, and adaptability to modern smart grids. They offer enhanced safety, reduce operational costs through efficient power management, and are designed to withstand harsh environmental conditions, making them a reliable choice for various applications in power distribution.
Product FAQ
- What is the primary function of a substation potential transformer?
A substation potential transformer is designed to step down high voltage levels for safe metering and relay applications, ensuring safety and accuracy in power systems.
- What are the main components of a substation potential transformer?
It consists of primary and secondary coils wound around a magnetic core, designed specifically for measurement purposes to ensure accuracy and reliability.
- How does the manufacturing process ensure quality?
Each transformer undergoes rigorous testing for dielectric strength and thermal performance, ensuring adherence to strict industry standards for safety and accuracy.
- Can these transformers be used in smart grids?
Yes, they are highly suitable for smart grids, offering features like dynamic load balancing and demand response, enhancing the overall efficiency of power distribution.
- What after-sales services are offered?
Our after-sales services include installation guidance, maintenance support, and a comprehensive warranty against manufacturing defects to ensure customer satisfaction.
- How is transportation handled?
Products are shipped with reinforced packaging for damage prevention and include tracking and insurance options for secure and reliable delivery.
- What is the typical lifespan of these transformers?
With proper maintenance and use within specified parameters, these transformers can have a lifespan of over 20 years, offering long-term reliability in applications.
- What's the standard voltage range these transformers cover?
They cover a voltage range suitable for medium to high-voltage applications, with ratings adjustable to suit specific operational requirements.
- Are custom configurations available?
Yes, custom configurations can be designed to meet specific operational needs, ensuring your transformer performs optimally for your application.
- What are the key benefits of choosing our transformers?
Our transformers offer precise voltage control, high safety standards, integration with modern grid technologies, and are built for durability and efficiency.
Product Hot Topics
- How Substation Potential Transformers Enhance Grid Efficiency
The integration of wholesale substation potential transformers into power grids significantly enhances grid efficiency by providing precise voltage measurements and enabling smart grid features. These transformers are crucial in monitoring and controlling energy distribution, reducing losses, and ensuring reliable operation. By communicating with other grid elements, they facilitate real-time load balancing and demand response, leading to an optimized power system.
- The Role of Substation Potential Transformers in Smart Grids
Wholesale substation potential transformers are at the forefront of smart grid technology. With built-in data handling and communication capabilities, they contribute to grid intelligence, enabling real-time monitoring and predictive maintenance. Their role in ensuring accurate voltage measurement supports innovative grid functionalities like dynamic load balancing, making them indispensable to modern power systems.
- Understanding the Design and Construction of Substation Potential Transformers
Manufacturing substation potential transformers involves meticulous design and construction focused on accuracy and durability. Using high-quality materials, these transformers are engineered to withstand environmental stresses while maintaining performance. Advanced winding techniques and rigorous testing ensure each unit delivers reliable voltage step-down, crucial for safe and efficient power distribution.
- Comparing Electromagnetic to Capacitive Potential Transformers
Electromagnetic potential transformers are traditional transformers used for stepping down voltages in medium to high-voltage applications. In contrast, capacitive potential transformers use a capacitive voltage divider, suitable for extra-high voltage scenarios. Understanding their differences helps in selecting the right transformer for application-specific needs, particularly in demanding electrical environments.
- The Safety Aspects of Using Substation Potential Transformers
Safety is a primary concern in power systems, and wholesale substation potential transformers play a critical role. By transforming high voltages to manageable levels, they eliminate the risk of exposure in substations, allowing operators to safely handle and measure voltages without the hazards of direct high-voltage contact, ensuring operational safety.
- Innovations in Substation Potential Transformer Technology
Recent advancements in substation potential transformer technology have focused on enhancing data capabilities and integrating intelligence. These innovations facilitate greater reliability and efficiency in power systems, supporting advanced grid features such as real-time monitoring, enhanced fault detection, and response strategies, paving the way for smarter energy solutions.
- The Importance of Accurate Voltage Transformation
Accurate voltage transformation is critical in maintaining the stability and reliability of power systems. Wholesale substation potential transformers ensure precise voltage measurements, which are crucial for metering, protection, and control functions. Without accurate transformation, power systems would face inefficiencies, potential overloads, and disrupted service.
- The Environmental Impact of Substation Potential Transformers
Substation potential transformers contribute to reducing environmental impact by optimizing energy distribution. Efficient power management and precise voltage control minimize energy waste and carbon footprints, aligning with sustainable energy practices. As part of renewable energy integrations, these transformers facilitate an eco-friendly power transition.
- Application of Substation Potential Transformers in Renewable Energy
In renewable energy systems, substation potential transformers are essential for stepping down voltages from power generation installations to distribution networks. They support grid stability and integration of renewable sources, ensuring sustainable and reliable energy supply even as renewable energy usage increases globally.
- Addressing Common Concerns with Substation Potential Transformers
Common concerns with wholesale substation potential transformers include questions about their lifespan, maintenance, and adaptability to advanced grid technologies. By addressing these queries through comprehensive documentation and support, we ensure clients are well-informed about the performance, reliability, and potential of these transformers in their power systems.
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