Product Main Parameters
| Parameter | Specification |
|---|---|
| Voltage Level | 132 kV |
| Phase | Three |
| Service Voltage | 6-35 kV |
| Rated Capacity | 30-5000 KVA |
| Cooling System | Oil or Air |
Common Product Specifications
| Specification | Detail |
|---|---|
| Core Material | Laminated Silicon Steel |
| Windings Material | Copper/Aluminum |
| Installation Type | Outdoor |
| Ambient Temperature | -25°C to 40°C |
| Relative Humidity | ≤80% |
Product Manufacturing Process
The manufacturing process of 132 kV transformers involves several critical stages, each meticulously designed to ensure the final product meets the highest industry standards. The process begins with the selection of high-grade raw materials. Silicon steel sheets are chosen for the core due to their excellent magnetic properties, which help minimize energy loss. The winding process utilizes electrolytic grade copper that ensures optimal electrical conductivity. State-of-the-art insulation materials are used to protect transformers from electrical stresses. Advanced computer-aided design (CAD) systems are employed to achieve precise design specifications, which help in reducing noise levels and ensuring compact design. Each unit undergoes rigorous quality checks at different stages to adhere to international standards such as IEC/60076. The final step involves thorough testing in simulated operational conditions to ensure reliability and durability.
Product Application Scenarios
132 kV transformers play a crucial role in various application scenarios. In utility substations, they are integral for connecting transmission networks to distribution networks, ensuring efficient energy transfer. In industrial zones, these transformers provide the necessary high voltage for powering heavy machinery, thus supporting manufacturing and production processes. With the ongoing shift towards renewable energy, 132 kV transformers are increasingly used in integrating wind and solar energy sources into the main electrical grid. Their ability to handle high voltage transfers makes them indispensable in stabilizing power supply and enhancing grid reliability. This adaptability across different applications underscores the importance of partnering with a reliable supplier for 132 kV transformers.
Product After-Sales Service
Our company is committed to providing comprehensive after-sales service for our 132 kV transformers. We offer installation assistance, routine maintenance checks, and emergency repair services to ensure our transformers operate efficiently throughout their lifespan. Our team of experts is available 24/7 to assist with any technical issues, guaranteeing minimal downtime and ensuring customer satisfaction. Additionally, we provide training sessions for your team to ensure proper handling and maintenance of the equipment.
Product Transportation
Transporting 132 kV transformers requires careful planning and execution to prevent damage and ensure safety. Our logistics team specializes in the safe and efficient transportation of these units to any global location. We use specialized vehicles equipped with climate control and hydraulic lifting systems to handle the heavy weight and sensitive components of transformers. Upon arrival, our team oversees the unloading and setup, ensuring that the transformer is in optimal condition for immediate use.
Product Advantages
- High efficiency: Advanced design minimizes energy loss, ensuring optimal performance.
- Durability: Constructed from high-quality materials for enhanced longevity and reliability.
- Cost-effective: Competitive pricing without compromising quality or performance.
- Versatile applications: Suitable for diverse sectors, including renewable energy and industrial settings.
Product FAQ
- Q: What is the role of a 132 kV transformer in an electrical grid?
A 132 kV transformer is crucial for stepping up or stepping down voltage levels in an electrical grid, facilitating efficient electricity transmission over long distances. They ensure that power is distributed reliably from generation sites to various end-users.
- Q: How often should maintenance be performed on a 132 kV transformer?
Regular maintenance is essential for ensuring the longevity and performance of a 132 kV transformer. It is recommended to conduct routine inspections and servicing every six months, along with more comprehensive assessments annually.
- Q: What cooling methods are used in 132 kV transformers?
132 kV transformers generally use either oil or air cooling systems. Oil cooling utilizes transformer oil to dissipate heat, while air cooling relies on airflow to maintain temperature levels. The choice of cooling method depends on the transformer application and environmental conditions.
- Q: Can 132 kV transformers be used in renewable energy projects?
Yes, 132 kV transformers are ideal for renewable energy projects. They efficiently integrate energy generated from wind and solar farms into the main electrical grid, supporting the transition to sustainable energy solutions.
- Q: Are your 132 kV transformers compliant with global standards?
Yes, our 132 kV transformers adhere to international standards such as IEC/60076, ensuring they meet the stringent requirements for performance, safety, and reliability.
- Q: How do 132 kV transformers reduce energy loss during transmission?
By operating at high voltage levels, 132 kV transformers reduce current flow in the transmission line. This minimizes I²R losses, making the transmission process more efficient and reliable.
- Q: What materials are used in manufacturing 132 kV transformers?
High-grade materials such as laminated silicon steel for the core and electrolytic copper or aluminum for the windings are used, ensuring minimal energy loss and enhanced durability.
- Q: What is the delivery time for a 132 kV transformer order?
The delivery time for a 132 kV transformer depends on order specifications and location. Generally, we aim to deliver within 8 to 12 weeks after order confirmation, aligning with our commitment to timely service.
- Q: How do you ensure the quality of your 132 kV transformers?
Our transformers undergo rigorous quality checks at every production stage, ensuring each unit meets international quality standards. Advanced testing methods simulate operational conditions, guaranteeing performance and reliability.
- Q: What support do you offer if a transformer faces operational issues?
Our dedicated support team is available around the clock to address any operational issues with our 132 kV transformers. We provide quick response times, on-site technical assistance, and comprehensive repair services when necessary.
Product Hot Topics
- The Importance of Transformer Efficiency in Modern Grids
Efficiency in transformers, particularly those operating at 132 kV, is paramount in reducing operational costs and ensuring environmental sustainability. High-efficiency transformers minimize excess heat generation, which in turn lessens the cooling requirements and energy consumption. As a leading supplier of 132 kV transformers, we focus on innovations that enhance efficiency and lower system losses, providing long-term economic benefits and supporting green initiatives in power distribution.
- Advancements in Transformer Cooling Technologies
Cooling technology is a critical aspect of transformer design, especially for high-voltage models like our 132 kV units. Recent advancements have seen the integration of hybrid cooling systems combining both oil and air cooling methods, allowing for enhanced temperature regulation and extended transformer life. As a prominent supplier, we prioritize adopting these cutting-edge technologies, ensuring our transformers deliver exceptional performance even under extreme operational demands.
- Renewable Energy Integration Using 132 kV Transformers
The push towards renewable energy sources requires robust infrastructure, and 132 kV transformers are key components in this transition. They enable efficient energy transfer from solar and wind farms to the grid, facilitating a smooth integration of sustainable power. As a trusted supplier, our transformers are designed to handle the unique challenges presented by variable renewable outputs, ensuring grid stability and supporting global sustainability goals.
- Innovations in Transformer Core Materials
Transformer efficiency hinges largely on the materials used in its core. Recent innovations have seen the use of nanocrystalline alloys which offer superior magnetic properties compared to traditional silicon steel. These materials help in significantly reducing core losses, thereby enhancing overall transformer performance. As a leading supplier of 132 kV transformers, we continuously explore and adopt such innovations to provide products that meet and exceed industry standards.
- Challenges and Solutions in Long-Distance Electricity Transmission
Long-distance electricity transmission presents several challenges, including power losses and voltage stability issues. 132 kV transformers play a crucial role in addressing these challenges by stepping up or stepping down voltage levels as required, minimizing losses and maintaining transmission efficiency. As a key supplier, we ensure our transformers are equipped with the latest technology to tackle these transmission challenges effectively, delivering consistent and reliable power supply across vast distances.
- The Role of Supplier Reliability in Power Sector
In the power sector, the reliability of suppliers can significantly impact project success and operational continuity. As a leading supplier of 132 kV transformers, we understand the importance of providing dependable products and timely services. Our commitment to quality and customer satisfaction ensures our partners receive high-performance transformers that adhere to global standards, fostering long-term relationships and successful power projects.
- Emerging Trends in Power Transformer Design
The design of power transformers, particularly those operating at high voltages like 132 kV, is constantly evolving to meet the demands of modern electrical networks. Key trends include the development of more compact designs and the integration of smart monitoring systems, which enhance performance and facilitate predictive maintenance. As an innovative supplier, we stay at the forefront of these trends, ensuring our transformers incorporate the latest advancements for superior functionality and reliability.
- Strategies for Minimizing Transformer Downtime
Minimizing downtime in transformers is critical for maintaining uninterrupted power supply, and several strategies can be employed to achieve this. Regular maintenance, real-time monitoring systems, and quick-response support from suppliers play a vital role in addressing potential issues before they lead to failures. As a proactive supplier of 132 kV transformers, we offer comprehensive support services and advanced diagnostics to prevent and swiftly resolve any operational disruptions, ensuring smooth and continuous grid operations.
- The Impact of Environmental Conditions on Transformer Performance
Environmental conditions, including temperature and humidity, can significantly affect the performance and longevity of transformers. It is crucial to design transformers that can withstand harsh conditions, ensuring they operate efficiently across diverse settings. Our 132 kV transformers are engineered to handle extreme environmental factors, reflecting our dedication as a supplier to deliver resilient products that perform optimally worldwide. This adaptability ensures they meet the demands of varying climatic regions, supporting reliable power distribution in all conditions.
- The Future of High-Voltage Transformer Technology
The future of high-voltage transformer technology lies in enhancing energy efficiency, reliability, and integration with digital networks. Upcoming trends focus on smart grid compatibility, where transformers communicate real-time data to optimize grid operations. As a forward-thinking supplier, we are investing in research and development to align our 132 kV transformer offerings with these technological advancements, preparing for a future where seamless power management is crucial for sustainable development.
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