Product Main Parameters
| Rated Voltage | 40.5kV |
|---|---|
| Rated Current | Up to 2000A |
| Frequency | 50/60Hz |
Common Product Specifications
| Rated Short-Circuit Breaking Current | 20, 25, 31.5kA |
|---|---|
| Short-Time Withstand Current | Up to 80kA |
| Protection Level | P3X, P2X |
Product Manufacturing Process
The manufacturing process of the KYN61-40.5(Z) main transformer involves precision engineering to ensure high efficiency and reliability. Adhering to IEC 62271-200 standards, the process includes coil winding, core assembly, and rigorous testing to minimize energy loss. The use of advanced materials, such as amorphous metal cores, enhances performance and reduces environmental impact. Continuous innovation and quality checks ensure durability and operational excellence.
Product Application Scenarios
Main transformers like the KYN61-40.5(Z) are integral to power plants and substations, where they handle voltage transformation and load balancing. Their robust design allows them to operate under various weather conditions and load demands, ensuring stable and efficient power distribution. The equipment is critical in high-demand sectors such as industrial plants, urban residential grids, and renewable energy integrations.
Product After-Sales Service
We offer comprehensive after-sales support, including installation guidance, maintenance services, and technical support to ensure optimal product performance and customer satisfaction.
Product Transportation
Our logistics team ensures safe and timely delivery of the KYN61-40.5(Z) switchgear, employing secure packaging methods to prevent damage during transit. We coordinate with reliable carriers for global shipping.
Product Advantages
- Wholesale pricing makes it cost-effective for large-scale projects.
- High reliability with robust construction and advanced technology.
- Compliance with international standards ensures safety and performance.
Product FAQ
1. What is the main transformer used for?
The main transformer is crucial for voltage transformation in power distribution, ensuring efficient electricity transmission from generation sources to end-users.
2. Can this switchgear be used in renewable energy setups?
Yes, the KYN61-40.5(Z) switchgear is suitable for renewable energy applications due to its adaptability to fluctuating loads and integration capabilities.
3. How does the main transformer enhance load balancing?
It helps distribute power efficiently across the grid, maintaining balance by stepping up or down voltage levels as needed for residential and industrial demands.
4. What are the voltage ratings for this model?
The KYN61-40.5(Z) model has a system voltage rating of 40.5kV, accommodating various current requirements up to 2000A.
5. Is the main transformer energy-efficient?
Yes, the use of advanced materials and design innovations ensures high efficiency, reducing energy loss and supporting sustainable energy systems.
6. Are there any specific installation requirements?
Installation should be performed by qualified professionals, adhering to safety standards and guidelines specified in the product manual.
7. What type of protection mechanisms are integrated?
The switchgear includes protective devices like circuit breakers and fuses to safeguard against faults and ensure operational safety.
8. How does this product comply with international standards?
It adheres to IEC 62271-200 standards, ensuring reliability, safety, and performance in various power distribution scenarios.
9. What maintenance services are available?
Routine maintenance and emergency repair services are available through our after-sales support, ensuring prolonged product lifespan and performance.
10. How can I order this product in bulk?
Contact our sales team for wholesale inquiries, and we'll provide detailed information on pricing, shipping, and delivery.
Product Hot Topics
1. The Role of Main Transformers in Smart Grids
Main transformers are pivotal in smart grid technology, enhancing energy distribution efficiency and reliability. By adapting to changing energy demands, they facilitate the incorporation of renewable energy sources and support the transition to smarter, more sustainable energy infrastructures.
2. Innovations in Transformer Design
Recent innovations in transformer design, such as the use of amorphous metal cores and advanced insulation materials, are reducing energy loss and improving performance. These advancements are crucial for meeting the growing demands of modern power systems, ensuring efficiency and sustainability.
3. Ensuring Energy Stability with Voltage Regulation
Voltage regulation is key to maintaining energy stability across power grids. Main transformers equipped with tap changers can make fine adjustments to output voltage, ensuring consistent supply despite fluctuating demands and load variations.
4. The Impact of Load Balancing in Power Distribution
Effective load balancing by main transformers optimizes power distribution, preventing overloads and ensuring reliable delivery to various sectors. This efficiency is vital in reducing operational costs and enhancing grid reliability for both industrial and residential areas.
5. Enhancing Safety with Integrated Protection
Main transformers with integrated protection mechanisms, like circuit breakers and fuses, play a crucial role in safeguarding power systems from faults. These protections ensure not only the safety of the equipment but also the overarching electrical grid from potential hazards.
6. The Importance of Compliance with IEC Standards
Compliance with international standards like IEC 62271-200 ensures that main transformers meet rigorous safety and performance criteria. This adherence is essential for global market acceptance, fostering trust and reliability in power equipment.
7. Cost-Effectiveness of Wholesale Main Transformer Purchases
Purchasing main transformers at wholesale prices offers cost advantages for large-scale projects. Bulk buying reduces per-unit costs and ensures the availability of standardized, high-quality equipment for extensive power distribution needs.
8. Maintaining Transformer Efficiency Over Time
Regular maintenance and monitoring are key to sustaining transformer efficiency. By utilizing real-time data and preventive practices, operators can minimize downtime and extend the operational life of their main transformers.
9. Addressing Environmental Concerns in Transformer Use
The shift towards environmentally friendly materials and designs in transformers addresses both efficiency and ecological impact. Innovations are reducing the carbon footprint of power equipment, aligning with global sustainability goals.
10. Advancements in Smart Grid Integration
The integration of main transformers into smart grids represents a significant advancement in energy management. Enhanced control and real-time data optimize grid operations, paving the way for smarter and more adaptive energy networks.
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