Single Phase Transformers 10 Mva 25 Kva Power Hv Test Transformer Amorphous Oil Immersed Transformer
1. Product Overview
The single phase amorphous oil immersed transformer is a high-efficiency, low-loss power conversion and testing equipment that covers dual capacity specifications of 25 Kva and 10 Mva, serving both conventional power distribution and professional high-voltage testing fields. Integrating amorphous alloy core technology and mature oil-immersed heat dissipation structure, this power HV test transformer breaks the performance limitations of traditional silicon steel transformers, providing ultra-low no-load loss and stable high-voltage operation performance. Designed with a standard single-phase structure, the equipment is flexible in installation and wide in applicability, which can be used not only for daily power voltage conversion and power distribution but also for professional high voltage testing and power system detection. As a high-performance upgraded version of single phase transformers, it perfectly adapts to civilian, commercial, industrial and professional power testing scenarios, and has become a popular energy-saving power transformer in the global power equipment market.
2. Core Product Features
2.1 Advanced Amorphous Alloy Core for Ultra-Low Energy Loss
Different from traditional power transformers, this amorphous oil immersed transformer adopts high-quality amorphous alloy core materials, which greatly reduces magnetic flux leakage and no-load loss during equipment operation. The unique molecular structure of amorphous materials brings excellent magnetic conductivity, making the no-load loss far lower than that of ordinary silicon steel transformers. Both the compact 25 Kva model and the large-capacity 10 Mva single phase transformer maintain efficient energy-saving performance during long-term operation, effectively reducing the long-term operating energy consumption of power systems and helping users save operational costs. This core advantage also makes it a hot-selling energy-saving transformer for grid transformation projects.
2.2 Dual-Capacity Design for Diversified Load Demands
This series of single phase transformers supports two mainstream capacity configurations of 25 Kva and 10 Mva, covering small and medium conventional power supply and large-scale high-load power operation scenarios. The 25 Kva specification features small size, flexible installation and low operating noise, suitable for light-load and conventional power distribution environments. The upgraded 10 Mva high-power model has strong load-bearing capacity and impact resistance, which can stably cope with long-term high-load operation and peak power fluctuation. Whether for daily civil power supply or professional HV power testing work, this dual-specification power transformer can match the corresponding load demands accurately.
2.3 Reliable Oil-Immersed Heat Dissipation and High-Voltage Resistance
Equipped with a fully sealed oil tank and high-purity insulating transformer oil, the HV test transformer builds an efficient circulating heat dissipation and insulation system. The oil-immersed structure can quickly export heat generated by coil operation, avoiding equipment overheating under full-load and long-term continuous working conditions. Meanwhile, the high-strength insulating oil and sealed shell effectively isolate external moisture, dust and corrosive substances, significantly improving the high-voltage resistance and electrical insulation performance of the equipment. This structural design ensures stable and safe operation of the transformer in harsh environments and professional high-voltage test scenarios.
2.4 Stable Isolation Performance and Long Service Life
The single phase amorphous oil immersed transformer adopts a precision double-winding isolation structure, which can effectively filter power grid harmonics, surge current and electromagnetic interference, output pure and stable voltage, and protect terminal electrical equipment. The internal copper winding has strong electrical conductivity and anti-aging properties, while the amorphous core has stable magnetic performance and no easy attenuation. The overall fully sealed anti-leakage structure and anti-corrosion shell greatly extend the service life of the equipment. Under standard operation and maintenance conditions, the service life of this energy-saving power transformer can exceed 35 years, with extremely low failure and maintenance rates.
3. Core Product Uses
3.1 Single-Phase Power Voltage Conversion and Distribution
As a core single-phase power conversion device, the 25 Kva and 10 Mva amorphous oil immersed transformers are mainly used for voltage step-up and step-down conversion and reasonable power distribution of single-phase power systems. It can match different voltage standards of power grids and terminal equipment, solve the problem of voltage mismatch in power supply links, and realize safe and efficient transmission and distribution of electric energy. It is suitable for daily power supply and power regulation of various single-phase electrical systems, and optimizes the stability of regional power distribution networks.
3.2 Professional HV Power Testing and System Detection
This equipment is a dedicated power HV test transformer, which undertakes professional high-voltage testing, insulation performance detection and power system fault diagnosis work. It can provide stable high-voltage test power for power equipment, cables, power distribution devices and electrical components, detect the withstand voltage performance and operation stability of electrical equipment, and is an essential professional testing device for power inspection institutions, power plant maintenance and electrical equipment factory testing.
3.3 Energy-Saving Renovation of Old Power Grid Systems
With the upgrading of global power grid energy-saving standards, traditional high-loss transformers are gradually being phased out. This amorphous oil immersed single phase transformer, with its ultra-low loss characteristics, is widely used for energy-saving renovation of old urban and rural power grids. It effectively reduces the no-load energy consumption of power grids, improves the overall energy utilization rate of power systems, and realizes energy-saving and emission-reduction upgrading of power distribution links.
4. Main Application Scenarios
4.1 Civil and Commercial Power Distribution Projects
The lightweight 25 Kva single phase transformer is widely used in residential communities, villas, shopping malls, office buildings and other commercial and civil scenarios. It provides stable single-phase power conversion and power supply support for household electrical equipment, commercial office facilities and public lighting systems. Its low noise, energy-saving and high stability features fully meet the long-term continuous power consumption needs of civil and commercial environments.
4.2 Industrial Park and Large-Scale Power Supply
The high-power 10 Mva amorphous oil immersed transformer is applicable to industrial parks, mining enterprises, processing factories and other high-load industrial scenarios. It undertakes the main power distribution work of industrial single-phase power systems, stably supports long-term operation of industrial mechanical equipment and production lines, and adapts to high-load and high-stability industrial power supply standards.
4.3 Power Inspection and Electrical Testing Institutions
As a professional HV test transformer, the equipment is widely equipped in power detection institutions, electrical equipment factories, scientific research laboratories and power grid maintenance departments. It is used for high-voltage withstand test, insulation detection and performance calibration of various electrical equipment, providing accurate and reliable test data for equipment production, inspection and maintenance, and ensuring the safe operation of power equipment.
4.4 Urban and Rural Power Grid Energy-Saving Renovation
In urban and rural power grid upgrading and energy-saving renovation projects, this low-loss single phase amorphous transformer has become the preferred replacement equipment. It is used for the transformation of old power distribution stations and terminal power supply systems, effectively reducing power grid operation loss, improving power supply quality, and adapting to the energy-saving and low-carbon development requirements of modern power infrastructure.
5. Frequently Asked Questions (FAQ)
5.1 What are the core advantages of amorphous oil immersed transformers over traditional transformers?
Compared with traditional silicon steel core transformers, this amorphous oil immersed single phase transformer has ultra-low no-load loss, reducing power consumption by more than 60% during no-load operation. It features more stable high-voltage resistance, lower operating noise and stronger anti-interference ability. Whether it is the 25 Kva small-capacity model or the 10 Mva high-power model, it can maintain efficient energy-saving operation for a long time, with lower failure rate and longer service life, making it more suitable for modern power supply and HV test scenarios.
5.2 What is the difference in application between 25 Kva and 10 Mva single phase transformers?
The 25 Kva single phase transformer is compact and flexible, mainly used for light-load scenarios such as civil residential power supply, commercial office power distribution and small equipment power supply, focusing on daily stable power conversion. The 10 Mva high-power model is designed for high-load industrial power supply and professional HV test work, with stronger load-bearing capacity and high-voltage impact resistance, suitable for large industrial parks, power grid main distribution stations and professional electrical testing institutions.
5.3 Can this HV test transformer be used for long-term continuous power supply?
Yes, this amorphous oil immersed transformer integrates excellent heat dissipation structure and high-quality anti-aging materials, supporting 24-hour long-term uninterrupted continuous operation. It can not only meet intermittent high-voltage testing work, but also adapt to long-term stable power supply demands of civil, commercial and industrial scenarios. The fully sealed oil-immersed heat dissipation system effectively avoids overheating and performance attenuation under long-term full-load operation, ensuring stable and safe long-term operation.
