S20-2500KVA oil immersed transformer

　　In-Depth Analysis of S20-2500KVA Oil-Immersed Transformer

　　I. Basic Parameters and Technical Specifications

　　II. Performance Characteristics

　　High Efficiency and Energy Savings

　　Utilizes high-quality silicon steel sheet cores and all-copper windings to effectively reduce no-load and load losses, compliant with national Class II energy efficiency standards.

　　Energy savings at 75% load rate can recoup additional investment costs within 3-5 years.Strong Environmental Adaptability

　　Oil-immersed design enables stable operation in harsh environments, such as high temperatures, humidity, and dusty outdoor conditions.

　　Protection class IP20 or above, customizable for higher protection classes to suit special environments.High Reliability

　　Simple and compact structure, easy maintenance, with high electrical and mechanical strength.

　　Adopts advanced insulation materials and manufacturing processes to ensure long-term stable operation.Cost-Effective

　　Lower manufacturing costs compared to dry-type transformers, offering high cost performance.

　　Simple maintenance; only the transformer top cover needs to be opened for internal inspection during maintenance, eliminating the need for complete disassembly.Intelligent Temperature Control

　　Equipped with temperature measurement and protection devices, automatically starting and stopping fans to ensure the transformer operates within a safe temperature range.

　　Features over-temperature warning and tripping functions to protect the transformer from damage.III. Application Scenarios

　　Power Systems

　　Used in power transmission and distribution, serving as a critical device in the power grid to ensure efficient power transmission and distribution.

　　Functions in voltage stepping up, stepping down, and transformation to meet different voltage class requirements.Industrial Sector

　　Widely applied in industries requiring substantial power supply, such as steel and petrochemicals.

　　Provides stable and reliable power for the power supply systems of large factories, mines, and other industrial enterprises.Commercial Facilities

　　Meets the power demands of shopping malls, office buildings, and other commercial facilities.

　　Supplies sufficient power for large venues, exhibition centers, and similar sites.Urban Infrastructure

　　Used in the power supply systems for urban road lighting, public transportation, and other urban infrastructure.

　　Acts as a hub device in urban power supply networks, supplying power to surrounding buildings and facilities.Renewable Energy Sector

　　Serves as a key device for energy conversion and distribution in renewable energy projects such as wind and solar power.

　　Enables efficient utilization and stable output of renewable energy.

　　IV. Structure and Materials

　　V. Certifications and Standards

　　National Standards: Compliant with GB/T 1094.1-2013, GB/T 1094.2-2013, GB 20052-2020, and other standards to ensure product quality and performance.

　　International Certifications: Some products may pass international certifications such as CE and UL, suitable for export markets.

　　Safety Certifications: Passed relevant safety certifications, such as CNAS, to ensure product safety and reliability.VI. Suppliers and Pricing

Price Fluctuation Factors:

　　Customization Requirements (voltage class, protection class, intelligent functions)

　　Purchase Quantity (bulk purchase discounts)

　　Material Costs (fluctuations in copper and silicon steel sheet prices)

　　Additional Services (installation and commissioning, warranty period)VII. Maintenance and Care

　　Regular Inspections

　　Monthly checks on grounding resistance, lead terminal tightness, and insulation resistance.

　　Semi-annual dust cleaning and testing of temperature controllers and fans.Oil Level Checks

　　Maintain proper oil levels; regularly check for normal oil levels and promptly address any abnormalities.Overload Management

　　Avoid prolonged overload operation to prevent equipment damage or shortened service life.Environmental Control

　　Install transformers in dry, well-ventilated environments free from corrosive gases.

　　Maintain appropriate indoor temperature and humidity to prevent transformer overheating or moisture ingress.Fault Handling

　　Immediately shut down for inspection in case of abnormal temperature rise or increased noise.

　　Regularly conduct insulation resistance tests and partial discharge detection to ensure transformer safety.Conclusion:

　　The S20-2500KVA oil-immersed transformer, with its high efficiency, reliability, and strong adaptability, has become the preferred choice for large-scale power systems and industrial sectors. Users should consider load characteristics, environmental conditions, and energy efficiency requirements when selecting models, prioritizing suppliers with international certifications and focusing on total cost of ownership (TCO). Regular maintenance can extend the service life to over 30 years, ensuring long-term stable operation.