The SCB14 amorphous alloy dry-type transformer represents the latest generation of ultra energy-efficient transformers, designed for applications requiring maximum energy savings, high reliability, and environmental sustainability.
It utilizes an amorphous alloy core, which significantly reduces both no-load and load losses compared to conventional dry-type transformers.
- No-load loss reduced by up to 75%
- Load loss reduced by approximately 15%
Due to its low loss and reduced heat generation, the transformer ensures stable operation, lower temperature rise, and extended service life.
It is widely applied in:
- Urban infrastructure and smart cities
- Residential communities
- High-load fluctuation environments
- Energy-saving retrofit projects
- Industrial and commercial facilities
🔹 Standards Compliance
- IEC 60076-11 – Dry-Type Power Transformers
- GB/T 1094.1 – Power Transformers
- GB/T 1094.11 – Dry-Type Transformers
- GB/T 22072 – Amorphous Alloy Core Dry-Type Transformers
- GB 20052-2020 – Energy Efficiency Standards
🔹 Key Features
✔ Ultra-Low Loss & Maximum Energy Saving
- No-load loss reduced by up to 75%
- Load loss reduced by approximately 15%
👉 Significantly reduces energy consumption and operating cost
✔ Excellent Thermal Performance
- Low heat generation and temperature rise
- Stable operation under varying load conditions
- Strong overload capability
✔ High Safety & Fire Resistance
- Flame-retardant and self-extinguishing insulation materials
- Oil-free, pollution-free operation
- Suitable for fire-sensitive environments
✔ Maintenance-Free & Easy Installation
- No oil maintenance required
- Simple installation with low lifecycle cost
✔ Strong Environmental Adaptability
- Resistant to humidity, dust, and harsh environments
- Suitable for polluted and high-moisture areas
✔ Low Noise & Low Partial Discharge
- Quiet operation
- Reduced electromagnetic and electrical stress
✔ Intelligent Monitoring System
- Built-in temperature protection system
- Real-time monitoring of operating conditions
- Optional remote monitoring and communication
🔹 Structural Design
🔸 Core
- Made of amorphous alloy ribbon
- Rectangular cross-section, three-frame structure
- Suspended core design (core not under stress)
➡ Advantages:
- Ultra-low core loss
- Improved stability and lifespan
🔸 Windings
- Low voltage: copper foil winding
- High voltage: high-strength enameled wire with epoxy resin casting
- Glass fiber reinforced structure
➡ Features:
- Strong mechanical strength
- Excellent moisture resistance
- Crack-resistant insulation system
🔸 Mechanical Structure
- Core suspended on high-voltage winding
- Main load-bearing components:
- Clamping structure
- High-voltage winding
➡ Ensures:
- High mechanical reliability
- Resistance to stress-induced loss increase
🔸 Protection System
- Complete temperature monitoring and protection system
- Remote monitoring capability
➡ Ensures safe and intelligent operation
🔹 Applications
- Smart city power systems
- Urban infrastructure projects
- Residential and commercial complexes
- Industrial facilities
- Renewable energy and green buildings
- High fire-protection requirement environments
🔹 Advantages Summary
- Ultra-low loss and top-tier energy efficiency
- Environmentally friendly and recyclable
- Fireproof and safe
- Maintenance-free operation
- Strong adaptability to harsh environments
- Ideal for green energy projects
❓ FAQ
1️⃣ What is the advantage of SCB14 compared to SCB13?
The SCB14 transformer uses an amorphous alloy core, offering:
- Up to 75% lower no-load loss
- Better energy-saving performance
👉 It is the best choice for projects with strict energy efficiency requirements.
2️⃣ Is SCB14 suitable for high-load fluctuation environments?
Yes, it performs very well in:
- Residential areas
- Urban infrastructure
- Variable load systems
👉 Due to its low loss and stable thermal performance.
3️⃣ Does the transformer require maintenance?
No, SCB14 is a maintenance-free transformer, requiring only:
- Routine inspection
- Monitoring via protection system
4️⃣ Can this transformer support smart monitoring?
Yes, it supports:
- Temperature monitoring
- Alarm and protection
- Remote communication systems
👉 Suitable for smart grid and intelligent building integration.
Recensioni
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