Description

200 kVA 10 kV oil-immersed Power Transformer

In the 10 kV large-capacity power distribution scenarios, the equipment is prone to overheating and high energy consumption due to excessive load. It is difficult to find oil-immersed equipment with a capacity of 200 kVA that can balance energy saving and stability when purchasing. The 200 kVA 10 kV oil-immersed power transformer can be deployed with Box Type Substation, working in coordination with High And Low Voltage Switchgear to ensure stable operation. It can efficiently handle large-capacity power distribution loads, with lower energy consumption than ordinary similar equipment. It is suitable for complex industrial scenarios and effectively addresses the core pain points in procurement and usage.

This transformer is mainly used in 10 kV large-capacity power distribution scenarios, covering large factories, industrial parks, centralized power distribution centers, and photovoltaic supporting projects. It can be networked together with transformers of the same specification to Oil Immersed Transformers, seamlessly connecting with Dry Type Transformers to flexibly adapt to different power distribution needs. It is also paired with Electric Power Converters to optimize power transmission and combined with Combined Photovoltaic Substations to achieve efficient integration of clean energy and conventional power supply. Its core value lies in basing on stable large-capacity output, taking into account energy conservation and adaptability, reducing power loss, and lowering the long-term operation and maintenance costs for purchasers.

Caractéristiques du produit
1.It has a large capacity and stable performance. With a capacity of 200 kVA, it can meet the centralized power distribution requirements for large-scale scenarios. It has strong overload capacity. Compared to ordinary Oil Immersed Transformers, it has more outstanding operational stability and is less prone to shutdown failures.
2. The energy-saving effect is remarkable. By optimizing the coil structure and using special insulating oil, the power loss is much lower than that of similar equipment. When used in conjunction with High And Low Voltage Switchgear and Box Type Substation, the energy-saving advantage becomes even more significant.

Conseils d'utilisation
1.When installing, sufficient cooling space must be reserved. Maintain an appropriate distance from Box Type Substation and High And Low Voltage Switchgear to prevent overloading of the lines.
2. Key points for daily maintenance include checking the insulation oil level and quality. An oil quality test is conducted once a year. Avoiding bumps at the sealing points is sufficient for basic maintenance, and it can be completed without the need for professional personnel.

Foire aux questions répondu
Q1 : Ce transformateur peut-il être utilisé conjointement avec les sous-stations photovoltaïques combinées et le convertisseur d'énergie électrique ?
A1: Absolutely! Standard interface is reserved. It can directly connect to Combined Photovoltaic Substations for photovoltaic power supply, and be combined with Electric Power Converter to optimize power distribution. No additional modifications are required.

Q2: Can energy consumption and heat dissipation be balanced when operating at a 200 kVA large capacity?
A2: Yes, they can be fully balanced. By optimizing the heat dissipation structure and using high-efficiency insulating oil, the heat dissipation effect is better than that of a common Dry Type Transformer. At the same time, the coil’s energy-saving design significantly reduces power loss, making it more economical for long-term operation.

Q3: How long is the equipment warranty period and how is the after-sales service guaranteed?
A3: We offer standard warranty services. During the warranty period, free repairs and replacement of components are provided. In case of malfunction, remote technical guidance can be offered promptly. When necessary, dedicated personnel will be dispatched to handle the issue, ensuring the continuous operation of the power distribution system.