Description

1000 kVA 20 kV Low Loss Oil Immersed Transformer – Dedicated Equipment for Industrial Power Grid Distribution

Currently, the high-voltage power distribution industry generally suffers from high equipment energy consumption and poor operational stability. Most traditional Power Distribution Equipment generates significant energy losses over long-term operation and lacks adaptability to complex scenarios such as industrial and mining plants and photovoltaic power stations. Many enterprises often face challenges in power infrastructure construction, including high equipment maintenance costs, weak grid load adaptability, and excessive long-term energy consumption. To address these industry challenges, we have launched the 1000 kVA 20 kV Low Loss Oil Immersed Transformer. Utilizing mature oil-immersed heat dissipation technology and low-loss core technology, it precisely solves the problems of energy consumption and stability in industrial power distribution. This equipment is mainly used in power transmission scenarios such as industrial and mining enterprises, urban and rural power grid upgrades, photovoltaic power stations, and commercial parks. It can be used in conjunction with Dry Type Transformers, Box Type Substations, High And Low Voltage Switchgear, Electric Power Converters, and Combined Photovoltaic Substations to construct complete high and low voltage power distribution systems. By optimizing the core structure and winding process, the equipment significantly reduces no-load and load losses. This not only effectively lowers long-term electricity costs for enterprises but also improves the overall safety and stability of the power distribution system, making it suitable for long-term continuous operation.

Core Product Features

1. Ultra-Low Energy Consumption: The equipment uses high-permeability, high-quality core materials, coupled with a refined winding design. Compared to traditional power distribution equipment of the same specifications, no-load and load losses are significantly reduced. Long-term operation can significantly reduce electricity waste, meeting the long-term cost reduction and efficiency improvement needs of enterprises. It is the preferred equipment for industrial power distribution energy-saving renovation.

Practical Maintenance Tips

1. Daily inspections should regularly check the equipment’s oil level, oil temperature, and sealing condition to avoid problems such as oil leaks and overheating. When operating with high and low voltage switchgear, the operating status should be regularly monitored to ensure the coordinated and stable operation of the entire power distribution system and effectively extend the equipment’s service life.

Frequently Asked Questions (FAQ)

Q1: What application scenarios is this 1000 kVA 20 kV Oil Immersed Transformer suitable for?

A1: The equipment is suitable for 20 kV medium-voltage power distribution scenarios, widely used in factory production power distribution, urban and rural power grid upgrades, photovoltaic Energy Storage power stations, industrial park power supply, etc. It is compatible with various mainstream power equipment and has extremely strong adaptability.

Q2: What are the advantages of oil-immersed transformers over dry-type transformers in terms of operation and maintenance?

A2: Compared to dry-type transformers, this Oil-immersed Transformer has superior heat dissipation performance, stronger overload capacity, and is suitable for high-power, long-term continuous operation. It also offers better cost-effectiveness and adaptability to complex outdoor environments.

Q3: How is after-sales warranty and maintenance service guaranteed?

A3: The product provides standard warranty service and undergoes full testing including withstand voltage, loss, and temperature rise before leaving the factory. When equipment malfunctions, we provide remote technical guidance and on-site repair services. We also offer technical support for complete Box Type Substations, switchgear, and other supporting equipment, comprehensively solving customers’ operation and maintenance challenges.

Q4: Can this equipment be used with photovoltaic energy storage distribution systems?