35KV Power Transformer - China Manufacturers

1. Voltage Rating: Rated High Voltage 35KV, Rated Low Voltage 0.4KV 2. Voltage Regulation Method: Off-load voltage regulation or on-load voltage regulation 3. Tap Range: ±5%, ±2*2.5% 4. Capacity Range: 50-2500kVA 5. Frequency: 50Hz, 60Hz 6. Number of Phases: Single-phase, Three-phase 7. Connection Group Designation: Yyno or Dyn1 8. Impedance Voltage: Conforms to the specifications in the technical parameter table (or as required by the user) 9. Operating Environment: Maximum indoor temperature not exceeding 40℃ (or as required by the user), relative humidity 100%, installation altitude not exceeding 1000M (or as required by the user) 10. Cooling Method: AN/AF (or as required by the customer) 11. Insulation Level: Power Frequency Withstand Voltage AC-70kV, Impulse Withstand Voltage L1-170kV 12. Insulation Heat Resistance Class: F or H 13. Insulation System Temperature (°C): 155; Maximum Temperature Rise (K): 100

SCRBH13 Type 35KV Power Transformer: Advanced Amorphous Alloy Solution

When your facility demands enterprise-grade power distribution with exceptional energy efficiency, the SCRBH13 type 35KV power transformer from Lijie Electric delivers proven performance. This epoxy resin cast dry-type unit features an amorphous alloy core that achieves first-class energy efficiency under GB 20052-2020 standards. With capacities ranging from 50kVA to 2500kVA and no-load losses as low as 380W (at 630kVA)—just 36% of conventional models—you're looking at annual energy savings exceeding 1200kWh per unit. Our Class H insulation system tolerates temperatures up to 180℃, while multiple cooling options and IP protection classes ensure your critical infrastructure stays online.

SCRBH13 type 35KV power transformer

Why Choose This High-Voltage Distribution Solution?

Ultra-Low Energy Consumption

You'll take note the distinction in your utility bills instantly. The nebulous amalgam center cuts no-load misfortunes drastically compared to conventional silicon steel plans. This implies your transformer expends less control 24/7, indeed when idle.

Fire Security Without Compromise

Oil-free development kills fire and natural risks. Your information center, fabricating plant, or green building venture picks up vigorous assurance without relinquishing performance.

Flexible Setup Options

Whether you require 10kV, 6kV, or 0.4kV on the low-voltage side, we arrange each unit to your correct determinations. Association bunches Dyn11 and Yyn0 oblige different network necessities over worldwide markets.

Proven Unwavering quality in Requesting Environments

Our item works dependably in encompassing temperatures up to 40℃ and elevations coming to 1000 meters. Constrained discuss cooling (AF) expands capacity when your stack profile requests it.

Technical Specifications

Parameter	Specification
Voltage Rating	High Voltage: 35kV / Low Voltage: 10kV, 6kV, 0.4kV
Capacity Range	50–2500 kVA
Frequency	50Hz / 60Hz
Phase Configuration	Single-phase / Three-phase
Voltage Regulation	Off-load: ±5%, ±2×2.5% / On-load (optional)
Connection Group	Dyn11 (standard), Yyn0 (available)
Insulation Class	Class H (180℃)
Cooling Method	AN (Air Natural) / AF (Air Forced)
Short-Circuit Impedance	6.0%–6.5% (±10% tolerance)
No-Load Loss (630kVA)	≤380W
Load Loss (630kVA)	≤6000W @ 1.0 rated current
Temperature Rise	Winding: ≤125K / Core: ≤100K
Protection Class	IP20 / IP30 / IP40 (optional)
Noise Level (630kVA)	≤58 dB(A)
Dielectric Strength	Power Frequency: 70kV AC / Impulse: 170kV

SCRBH13 type 35KV power transformer

What Makes Lijie Electric Different?

Manufacturing at Scale

Our two production facilities in Xuzhou and Nantong span 500,000 square meters. This capacity allows us to maintain 6–30 day production cycles without compromising quality.

Engineering Excellence

Over 160 engineers—many holding doctoral and master's degrees—drive continuous innovation. This technical depth ensures your SCRBH13 type 35KV power transformer incorporates the latest advances in materials science and electromagnetic design.

Global Compliance

You get transformers certified to ISO 9001:2015, CE, UL, and IEC measures. Each unit passes assessment by China's National Transformer Quality Supervision Center and Wuhan Tall Voltage Inquire about Institute.

Complete Documentation

We give point by point drawings, operation manuals, production line test reports, and establishment direction. Your designing group gets everything required for consistent integration.

Ideal Applications

Data Centers: Oil-free operation and moo warm era secure touchy IT infrastructure.

Green Buildings: First-class vitality effectiveness underpins LEED and comparable maintainability certifications.

Industrial Offices: Strong development withstands unforgiving fabricating situations whereas lessening working costs.

Renewable Vitality Ventures: Adaptable voltage setups coordinated sun based, wind, and capacity frameworks proficiently.

SCRBH13 type 35KV power transformer

Frequently Asked Questions

Q: How much energy can I save compared to standard transformers?

A: The amorphous core reduces no-load losses to 36% of SC(B)11 models. A 630kVA unit typically saves over 1200kWh annually—reducing both costs and carbon footprint.

Q: What lead times should I expect?

A: Standard configurations ship within 6–15 days. Custom specifications may extend to 30 days depending on complexity.

Q: Do you provide installation support?

A: Yes. We supply technical documentation, remote guidance, and can arrange on-site commissioning for larger projects.

Q: Which voltage regulation method should I choose?

A: Off-load tap changers suit stable grid conditions. If your supply voltage fluctuates significantly, consider on-load regulation to maintain consistent secondary voltage without interrupting service.

Q: Can this transformer operate at high altitudes?

A: Standard units work up to 1000 meters. For higher elevations, we adjust insulation margins and cooling specifications—just share your site parameters.

Q: What protection classes are available?

A: IP20, IP30, and IP40 enclosures accommodate different environmental conditions, from clean indoor substations to dusty industrial settings.