oil immersed power transformer
Advantages10 kV Oil-Immersed Transformers
• First-class energy efficiency, super energy saving
• Ultra-low losses, great energy saving
• Low noise, quiet operation
• Fully sealed, maintenance-free
• Short-circuit resistance, high reliability
• Power grid transformation, optimization of new construction
1. Product Introduction
The 10 kV series transformer is an ultra-high efficiency Class I energy-saving distribution transformer. As one of the most energy-efficient oil-immersed transformers, it is specifically designed for 10 kV distribution networks. Equipped with high-permeability silicon steel sheets, an optimized core structure, and a fully sealed design, this product delivers exceptional low-loss performance, minimal noise levels, high reliability, and an extended service life. It serves as an ideal solution for new power grid projects, energy-saving upgrades, high-end industrial parks, and densely populated urban power supply areas.
2. Technical specifications (customizable)
• Connection group: Dyn11
• Cooling method: ONAN oil-immersed self-cooling
• Power range: 10KVA-5000KVA
3. Key features
1. Ultra-low losses, ensuring exceptional energy savings and reducing long-term operating costs.
Optimized core structure with ultra-low noise, featuring a uniform magnetic circuit and low operating noise, suitable for quiet places such as residential areas, schools, and hospitals.
Fully sealed, maintenance-free design without an oil conservator, ensuring isolation of transformer oil from air to prevent oxidation and moisture absorption, eliminating the need for core lifting and regular maintenance.
The coil has strong short-circuit resistance, high mechanical strength, and stable insulation, capable of withstanding grid surges and load fluctuations.
Features long service life, excellent heat dissipation, high corrosion resistance, extended lifespan, low failure rate, and high cost-performance ratio.
Compact in size and flexible in installation, it can be applied to various scenarios such as outdoor platforms, distribution rooms, and box-type substations.
4. Application scenarios
• New construction and energy-efficient renovation projects for urban and rural power grids • Residential communities, schools, hospitals, commercial complexes, and office buildings • Power supply for factories, mines, industrial parks, and data centers • Municipal, water conservancy infrastructure, transportation, and communication infrastructure • Box-type substations, photovoltaic/wind power systems, and temporary construction power supply
