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Fengguang Transformer

Dry-Type Power Transformer

SC(B)14 Type Dry-Type Transformers

High-efficiency cast-resin units for projects with strict energy budgets.

15

Models

GB/IEC

Standards

50+

Countries

Quick answer. High-efficiency cast-resin units for projects with strict energy budgets. Fengguang supplies 15 published models and variants in this family, with project-specific windings, cooling, protection and finish confirmed on the approved datasheet.

15 models

Available models

315 kVA 10 kV Dry-Type Transformer High Efficiency — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
315 kVA 10 kV

315 kVA 10 kV Dry-Type Transformer High Efficiency

315KVA 10KV High Efficiency Dry-Type Transformer: Energy-Saving and Stable Power Distribution Equipment In the current power distr…

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315 kVA 35 kV Dry-Type Transformer Low Loss — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
315 kVA 35 kV

315 kVA 35 kV Dry-Type Transformer Low Loss

315KVA 35KV Low Loss Dry Type Transformer : Industrial Power Energy-Saving Adaptation Equipment In the current power transmission…

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315 kVA Dry-Type Transformer — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
315 kVA

315 kVA Dry-Type Transformer

Currently, the distribution field of industrial and commercial power in China is facing industry-wide challenges such as insuffici…

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500 kVA 10 kV Dry-Type Transformer Low Loss — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
500 kVA 10 kV

500 kVA 10 kV Dry-Type Transformer Low Loss

500KVA 10KV Low-Loss Dry Type Transformer , Adaptable to Multiple Power Transmission and Distribution Scenarios

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500 kVA 35 kV Dry-Type Transformer High Performance — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
500 kVA 35 kV

500 kVA 35 kV Dry-Type Transformer High Performance

500KVA 35KV High Performance Dry-Type Transformer - Industrial Power Voltage Stabilizer

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500 kVA Dry-Type Distribution Transformer — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
500 kVA

500 kVA Dry-Type Distribution Transformer

In the current medium-voltage power distribution field, there are industry pain points such as unstable voltage for large-capacity…

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1000 kVA 10 kV Dry-Type Transformer High Performance — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
1,000 kVA 10 kV

1000 kVA 10 kV Dry-Type Transformer High Performance

1000KVA 10KV High Performance Dry-Type Transformer - Industrial Power Distribution Equipment In the current power distribution ind…

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1000 kVA 35 kV Dry-Type Transformer Renewable Energy — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
1,000 kVA 35 kV

1000 kVA 35 kV Dry-Type Transformer Renewable Energy

1000KVA 35KV Dry-Type Transformer: Dedicated Power Supply Equipment for New Energy Scenarios

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1000 kVA Dry-Type Distribution Transformer — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
1,000 kVA

1000 kVA Dry-Type Distribution Transformer

In the current medium-voltage power distribution field, there are industry pain points such as unstable voltage, high energy consu…

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1250 kVA 10 kV Dry-Type Transformer Pure Copper — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
1,250 kVA 10 kV

1250 kVA 10 kV Dry-Type Transformer Pure Copper

1250KVA 10KV Pure Copper Dry-Type Transformer: Stable Power Supply Equipment for Industrial Power Distribution Currently, in the p…

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1250 kVA 35 kV Dry-Type Transformer High Performance — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
1,250 kVA 35 kV

1250 kVA 35 kV Dry-Type Transformer High Performance

High-Performance 1250KVA 35KV Dry-Type Transformer for Industrial Power Voltage Stabilization and Distribution In the current powe…

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1250 kVA Dry-Type Transformer — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
1,250 kVA

1250 kVA Dry-Type Transformer

Currently, the industrial and commercial power distribution sector is facing industry pain points such as high energy consumption…

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2500 kVA 10 kV Dry-Type Transformer Pure Aluminum — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
2,500 kVA 10 kV

2500 kVA 10 kV Dry-Type Transformer Pure Aluminum

2500KVA 10KV Pure Aluminum Dry-Type Transformer: Core Equipment for Stable Power Distribution

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2500 kVA 35 kV Dry-Type Transformer Pure Copper — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
2,500 kVA 35 kV

2500 kVA 35 kV Dry-Type Transformer Pure Copper

35kV 2500KVA Pure Copper Dry-Type Transformer, Suitable for Stable Power Transmission in Multiple Scenarios

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SCB14 2500 kVA Dry-Type Distribution Transformer — Fengguang Transformer SC(B)14 High-Efficiency Dry-Type Transformer
2,500 kVA

SCB14 2500 kVA Dry-Type Distribution Transformer

In the current medium-voltage power distribution field, large-capacity equipment often faces industry pain points such as unstable…

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Selection notes

How to read this family

SC(B)14 targets high-efficiency projects where the energy budget or the buyer's specification calls for lower losses than the SC(B)13 family. It is used in commercial buildings, data centres, manufacturing and public infrastructure.

The range covers 30 to 2,500 kVA at 10, 20 and 35 kV. Vacuum-cast epoxy windings, a low-loss core and a rigid clamping structure deliver low partial discharge, low noise and stable short-circuit performance. IP enclosures and forced-air cooling are available.

For an accurate comparison, ask for the guaranteed no-load and load losses at the reference temperature, the impedance, the sound level and the permissible overload. Those five values determine both the operating cost and the protection settings.

Buyer questions

Questions to settle before the datasheet

What is the difference between SC(B)13 and SC(B)14?
Both are low-loss cast-resin families; SC(B)14 is positioned at a higher efficiency level. The actual loss values and price difference depend on the rating, so compare the quoted figures.
Can SC(B)14 be paralleled with an existing transformer?
Only if the ratio, impedance, vector group and tap range are compatible. A parallel-operation check is part of the design review.
Is forced-air cooling available?
Yes. AF cooling increases the short-time capacity. The overload rating and duration must be stated on the nameplate and confirmed against the load profile.