Description
Description of 12500KVA Transformer
The 12500KVA Transformer stands as a core pivotal equipment in high-voltage power transmission and distribution networks, engineered to deliver exceptional stability and efficiency in large-capacity power scenarios. Unlike conventional transformers, this model is tailored to tackle the rigorous demands of high-power transfer, integrating advanced structural design and reliable electrical performance to ensure uninterrupted power supply for scenarios where power continuity directly impacts operational safety and productivity. It serves as a critical link between power generation endpoints and large-scale load centers, bridging the gap between high-voltage transmission and medium-voltage distribution with remarkable precision.
Parameter of 12500KVA Transformer
The 12500KVA Transformer is designed with high efficiency and reliability at its core, boasting the following key technical specifications to meet industrial standards and customized operational needs:
Parameter Category | Detailed Specification |
|---|---|
Rated Power | 12500KVA |
Primary Voltage | 33kV (customizable for specific grid requirements) |
Secondary Voltage | 11kV (adjustable to match load side demands) |
Operating Frequency | 50/60Hz (compatible with global power grid standards) |
Energy Efficiency | Above 99% (low energy loss, compliant with high-efficiency energy standards) |
Cooling Method | ONAN (Oil Natural Air Natural) / ONAF (Oil Natural Air Forced) / ODAF (Oil Directed Air Forced), adaptable to different ambient temperature and load conditions |
Feature of 12500KVA Transformer
- Superior Energy Efficiency: With an efficiency rating exceeding 99%, the transformer minimizes power loss during operation, reducing long-term energy consumption and operational costs for users, while aligning with global energy-saving and emission-reduction goals.
- Robust & Durable Construction: Adopting high-quality core materials and precision manufacturing processes, it exhibits excellent resistance to voltage impact and thermal stability, enabling stable operation under harsh industrial environments and heavy load conditions for extended service life.
- Flexible Cooling Adaptability: Multiple cooling modes (ONAN/ONAF/ODAF) allow seamless adaptation to varying temperature ranges and load fluctuations, ensuring optimal performance in both high-temperature and low-temperature regions.
- Enhanced Operational Safety: Integrated with advanced insulation technology and protective mechanisms, it effectively prevents dielectric breakdown and overheating risks, meeting strict industrial safety standards and reducing potential operational hazards.
- Low Maintenance Requirement: The rational structural design and high-quality components reduce the frequency of maintenance, lowering downtime and ensuring continuous power supply for critical applications.
Applications of 12500KVA Transformer
With its robust capacity to handle massive electrical loads, the 12500KVA Transformer finds extensive application across multiple high-demand sectors, becoming an indispensable component in key power systems:
- Heavy Industry & Manufacturing: Ideal for large-scale industrial facilities such as metallurgical plants, chemical complexes, and machinery manufacturing bases, where it supports continuous operation of high-power equipment and stabilizes voltage fluctuations during peak load periods.
- Power Generation & Transmission: Widely deployed in thermal power plants, hydropower stations, and renewable energy (solar/wind) centralized power generation projects, facilitating efficient conversion and transmission of generated power to the main grid.
- Urban & Infrastructure Projects: Essential for large commercial complexes, urban power grid hubs, and key infrastructure projects (e.g., high-speed rail stations, municipal utility centers), ensuring stable power supply for dense populations and critical public services.
- Industrial Parks & Energy Bases: Serves as the core power distribution equipment in industrial parks and regional energy hubs, catering to the aggregated power needs of multiple enterprises and optimizing overall power utilization efficiency.
