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SCRBH Amorphous Alloy Core Energy Efficient Transformer

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SCRBH Amorphous Alloy Core Energy Efficient Transformer

1. Reduce no-load losses by 60% To 80% compared to the silicon steel transformer
2. Improved energy efficiency, energy conservation, and seismic resistance certifications
3. Green manufacturing with a shorter production process
4. Ideal for enhancing power system efficiency and promoting sustainability

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Basic Parameters

Standard	IEC60076
Primary Voltage	6/6.3/6.6/10/10.5/11/20/35kv
Secondary Voltage	0.4kV, 0.69kV, 0.38kV
Capacity	30KvA -4000KvA
Core Material	amorphous alloy
Insulation Class	C
Impedance	4%/6%
Vector Group	Dyn11/Yyn0/Yd11/Dd0
Tapping Range	±2*2.5%
Frequency	50/60Hz
Working Temperature	-20℃~40℃, above 40℃ requires customization

Transforming Energy, Sustaining Tomorrow

A 2500kVA amorphous alloy transformer can save 21,000 kWh of electricity annually, reducing CO2 emissions by 21 tons. For every ton of amorphous alloy produced, 730kg less CO2 is emitted compared to traditional materials. CEEG amorphous core transformer is highly popular in data centers of China Mobile, China Telecom, China Unicom, and Huawei. Its design focuses on energy efficiency while ensuring robust and stable power.

istockphoto-1343774494-1024x1024

What Sets CEEG Amorphous Core Transformer Apart?
1. In-house production line and process for amorphous alloy excitation ribbons from feeding to shearing, shaping, annealing, assembly, bonding, to core standing.

production process

shearing machine 018A4648

2. No-load loss exceeds China's national standard

Characteristic		Amorphous Alloy	Oriented Silicon steel:
Magnetic Characteristics	Iron Loss: W13/50Hz (25°) Saturation Magnetic Flux Density: (25°) Curie Temperature	0.1W/kg 1.56T 415°	0.86W/kg 2.0T 745°

3. The DuPont Nomex® insulation system can achieve Class C insulation with low-temperature rise, excellent moisture resistance, and flame-retardant properties to ensure reliable and safe operation.

4. Patented technology for three-phase & three-column core suspension, resulting in minimal core stress, low noise, and a leading technological position in the Chinese market.

5. Advanced testing equipment and manufacturing processes include Hedrich pouring tanks, amorphous alloy annealing furnaces with a maximum temperature of 400℃ and a current field of up to 2000A, amorphous alloy shearing lines, and advanced experimental equipment such as resistance test, variable ratio test, induction withstand voltage test, temperature rise test, noise test, lightning impact test, etc.

6. Noise is below China's national standard. Patented technology for iron core suspension, annealing process for amorphous alloy cores, unique semi-enclosed structure, sound-absorbing pads, and acoustic cotton contribute to significant noise reduction.

7. Cost-effective. Initial investment is 5%-10% higher than cast resin transformer, but the investment can be recovered within 2-3 years, leading to annual savings on electricity expenses thereafter.

Technical Parameter

CR(B)H Series NX1 Energy Efficiency Three-Phase Three-Limb Amorphous Alloy Dry-Type Distribution Transformer
Rating (kVA)	No-Load Loss (W)	Load Loss			No-Load Current (%)	Impedance	Noise Level
Rating (kVA)	No-Load Loss (W)	100℃（B）	120℃（F）	145℃（H）	No-Load Current (%)	Impedance	Noise Level
200	140	2135	2275	2440	0.4	4	50
250	160	2330	2485	2665	0.4	4	50
315	195	2945	3125	3355	0.3	4	52
400	215	3375	3590	3850	0.3	4	52
500	250	4130	4390	4705	0.3	4	53
630	290	5050	5365	5760	0.3	6	54
800	335	5895	6265	6715	0.3	6	55
1000	385	6885	7315	7885	0.2	6	55
1250	455	8190	8720	9335	0.2	6	57
1600	530	9945	10555	11320	0.2	6	58
2000	700	12240	13005	14005	0.2	6	60
2500	840	14535	15445	16605	0.2	6	60

SCR(B)H Series NX2 Energy Efficiency Three-Phase Three-Limb Amorphous Alloy Dry-Type Distribution Transformer
Rated Capacity (kVA)	No-Load Loss (W)	Load Loss			No-Load Current (%)	Impedance	Noise Level
Rated Capacity (kVA)	No-Load Loss (W)	100℃（B）	120℃（F）	145℃（H）	No-Load Current (%)	Impedance	Noise Level
200	170	2135	2275	2440	0.4	4	50
250	195	2330	2485	2665	0.4	4	50
315	235	2945	3125	3355	0.3	4	52
400	265	3375	3590	3850	0.3	4	52
500	305	4130	4390	4705	0.3	4	53
630	350	5050	5365	5760	0.3	6	54
800	410	5895	6265	6715	0.3	6	55
1000	470	6885	7315	7885	0.2	6	55
1250	550	8190	8720	9335	0.2	6	57
1600	645	9945	10555	11320	0.2	6	58
2000	850	12240	13005	14005	0.2	6	60
2500	1020	14535	15445	16605	0.2	6	60

Amorphous Alloy transformer (green) 10kv 35kv Amorphous Alloy Dry-Type Transformer

Successful Cases
CEEG amorphous metal transformers have been successfully deployed in major data centers across China, including China Mobile International Information Port, China Telecom Information Park Data Center in Shanghai, China Resources Data Center, Shanghai Telecom Zhenru Data Center, Qingdao Telecom Data Center, Huawei's General Contracting Telecom Broadband R&D Center in Hubei Province, among others.

data centers