AIERWAY S(B)H15-M Amorphous alloy distribution transformer

The AIERWAY S(B)H15-M is a cutting-edge amorphous alloy distribution transformer designed for exceptional energy efficiency and reliable power distribution. Incorporating advanced amorphous metal core technology, this transformer represents the next generation of energy-saving solutions for modern electrical grids.

描述

Product introduction

The AIERWAY S(B)H15-M is a cutting-edge amorphous alloy distribution transformer designed for exceptional energy efficiency and reliable power distribution. Incorporating advanced amorphous metal core technology, this transformer represents the next generation of energy-saving solutions for modern electrical grids.

Key Features & Technical Advantages

1. Amorphous Alloy Core Technology
– Utilizes ultra-thin amorphous metal ribbons (typically 25-30μm thick)
– Reduces no-load losses by 70-80% compared to conventional transformers
2. Superior Energy Efficiency
– Meets and exceeds international efficiency standards (including DOE, IEC, etc.)
– No-load losses typically below 0.15% of rated capacity
– Excellent partial-load efficiency performance
– Significantly reduces electricity transmission and distribution losses

Technical data table 

Rated capacity
(kVA)
Voltage Combination Connection

group label

Load Loss (W) No-load loss
(W)
No-load current
(%)
Short-circuit impedance(%)
High voltage (kV) High-voltage tapping range Low pressure (kV) Dyn11/Yzn11 Yyn0 /
30  

 

 

 

 

 

 

6
6.3
6.6
10
10.5
11

 

 

 

 

 

 

 

 

±5%
±2×2.5%

 

 

 

 

 

 

 

 

0.4

 

 

 

 

Yyn0

Dyn11

565 540 33 1.5 4
50 820 785 43 1.2 4
63 980 935 50 1.1 4
80 1180 1125 60 1.0 4
100 1420 1350 75 0.9 4
125 1700 1620 85 0.8 4
160 2080 1980 100 0.6 4
200 2455 2340 120 0.6 4
250 2880 2745 140 0.6 4
315 3445 3285 170 0.50 4
400  

 

 

 

Yyn0

Dyn11

4070 3870 200 0.50 4
500 4870 4635 240 0.50 4
630 5580 5580 320 0.30 4.5
800 6750 6750 380 0.30 4.5
1000 9270 9270 450 0.30 4.5
1250 10800 10800 530 0.20 4.5
1600 13050 13050 630 0.20 4.5
Model and Its Meaning