SC13 35 kVA 15 kV to 0.4 kV Dry-Type Transformer

SC13 35 kVA 15 kV to 0.4 kV dry-type transformer

Product Profile

SC(B) Dry-type transformer series with high efficiency and reliable performance

Product Applications

Industrial Power Distribution Commercial Buildings Infrastructure Projects Renewable Energy
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Technical Specifications

Parameter Value Unit Notes
power 35 kVA — —
voltage 15KV-0.4KV — —
material Cast Resin — Database listing; confirm the material and construction in the quoted model datasheet and drawings.
standard IEC/IEEE — Database reference only; confirm the required standard, edition and model-specific compliance evidence.

Application Scenarios

Industrial Facilities

Power distribution for manufacturing plants, factories, and industrial complexes.

Commercial Buildings

Office buildings, shopping centers, and commercial complexes.

Infrastructure

Public utilities, transportation, and municipal power systems.

Renewable Energy

Solar farms, wind power installations, and energy storage systems.

Solutions

We are more than just an equipment manufacturer; we are dedicated to providing specialized end-to-end solutions for EPC contractors, industrial developers, and public infrastructure projects.

Custom Transformer Engineering

Delivering bespoke designs tailored to specific voltage requirements, extreme climate resilience (for African grids), and high-efficiency industrial upgrades (for the North American market).

Charging Infrastructure Solutions

Providing comprehensive turnkey solutions for charging station construction, deeply integrating highly reliable transformers with intelligent power distribution systems to empower the future of mobility.

Residential Energy Storage Solutions

Combining LiFePO4 batteries, single-phase solar inverters, and integrated backup systems for household solar self-consumption and resilient home power.

Industrial, Commercial, and Infrastructure Hubs

Providing robust power distribution architectures for manufacturing plants, mining operations, and modern urban infrastructure.

From the supply of individual components to complex system integration, we leverage our expert technical support and manufacturing scale to ensure the success of your projects in any environment.

Confirm the 15 kV primary system

State the actual nominal voltage, highest voltage for equipment, insulation level, frequency, phase, earthing method and available fault current. A 15 kV label alone does not define the insulation coordination or protection arrangement.

Check the 0.4 kV secondary duty

Provide the secondary nominal voltage, vector group, neutral requirement and load type. For auxiliary, control, lighting or other small-load service, identify starting current, nonlinear load and voltage-drop limits rather than assuming 35 kVA is automatically suitable.

Verify the recorded material and SC13 construction

The record lists SC13 and the production material field lists Cast Resin. Ask for winding conductor, casting, insulation, terminal and enclosure information for the quoted model. Do not infer a structural difference from the SCB13 35 kVA page without a model matrix.

Coordinate protection and switching

Provide upstream fuse or relay philosophy, downstream protection and earthing requirements. Request impedance and inrush data if they are needed for protection settings or equipment coordination.

Review the installation environment

Confirm indoor location, ventilation, ambient temperature, altitude, dust, humidity, access and clearances. Obtain the final dimensions, weight, terminals and enclosure data before the equipment layout is released.

Define evidence before purchase

The IEC/IEEE database field is not proof of certification. State the required standard and request the model-specific datasheet, drawings, test plan and reports that cover the 35 kVA, 15 kV to 0.4 kV configuration.

Related selection links

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Frequently Asked Questions

The production record lists 0.4 kV. The final voltage rating must still be confirmed in the quoted model documents and nameplate schedule.

Suitability depends on the actual load, starting current, harmonics, duty and environment. Provide the application and load schedule instead of relying on a generic application claim.

Provide the upstream and downstream protection arrangement and fault level. Request model-specific impedance and inrush data when required for settings and coordination.

The current production record does not confirm an enclosure or IP rating. State the environment and required protection, then verify the offered enclosure in drawings and the technical schedule.

Request the model datasheet, nameplate schedule, GA and terminal drawing, loss and thermal values, routine-test plan and any standard-specific reports required by the project.

Project Support

Need help selecting a transformer, EV charging system, or residential energy storage solution?

Our engineering team can match the right configuration to your operating environment, charging demand, safety requirements, and household energy goals.

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