CEEG 220KV Three Phase Power Transformers 63000kVA 240000kVA

220KV power transformers.jpg

CEEG has independently developed a new type of high-temperature resistant transformer that adopts a hybrid insulation structure. The hotspots within the device use DuPont's Nomex insulation material (Class C heat resistance) and mineral oil. This design truly meets the operational requirements of "high overload, safety, and reliability" throughout its lifecycle. This product is an excellent choice for users with particularly high transformer requirements or those seeking upgrades and expansions (possibly based on existing transformers).

Utility Model Patents and Invention Patents:

1. 110kV Transformer Body Lifting Structure: ZL2008 20238182.6

2. 110kV Plug-in Cable Terminal Transformer Body Lead Structure: ZL200820159647.9

3. 110kV Power Transformer On-load Tap-Changing Structure: ZL2010 29044115.5

4. Current Transformer Structure for Transformer Winding Temperature Measurement: ZL2010 29044111.7

5. Magnetic Shielding Structure for Large Capacity Transformers: ZL2010 2 0635851.0

These utility model and invention patents have significantly promoted and enhanced the quality control and performance of China Electric Power Equipment & Technology Co., Ltd.’s 110kV to 220kV products, laying a solid foundation for product innovation and development.

220KV transformers (4)-artp.jpg

SSZ18-220KV 31500KVA-240000KVA Three Phase Three Winding OLTC Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range			Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Capacity Allocation (%)	Impedance (%)
	HV (KV)	MV (KV)	LV(KV)
31500	220±8x1.25% 230±8x1.25%	69 115 121	6.3 6.6 10.5 21 36 37 38.5	YNyn0d11	28	145	0.77	100/100/100 100/50/100 100/100/50	HV-MV 12-14 HV-LV 22-24 MV-LV 7-9
40000					33	174	0.73
50000					38	205	0.74
63000					45	244	0.69
90000			10.5 21 36 37 38.5		58	315	0.54
120000					74	390	0.54
150000					86	463	0.48
180000					99	568	0.48
240000					120	704	0.43
Note: 1. The data isted in the table are applicable to step-down structure products, and step-up structure products can also be provided as required; 2. Transformer with low voltage of 35kV can also be provided according to requirements; 3. When the annualload rate of transformer is between 45% and 50%,the highest operation efficiency can be obtained by using theloss value in the table.

SZ22-220KV 31500KVA-240000KVA Three Phase Double Winding OLTC Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range		Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
Rated Capacity (KVA)	HV (KV)	LV (KV)	Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
31500	220±8x1.25% 230±8x1.25%	6.3 6.6 10.5 21 36 37 38.5	YNd11	20	115	0.48	12-14
40000				23	134	0.5
50000				28	161	0.45
63000				33	188	0.45
90000				42	246	0.38
120000		10.5 21 36 37 38.5		51	304	0.38
150000				60	360	0.35
180000				70	413	0.32
120000		66 69		53	303	0.38
150000				62	355	0.37
180000				73	406	0.32
240000				91	504	0.25
Note: 1. Transformer with low voltage of 35kV can also be provided according to reauirements. 2, When the annual average oad rate of transformer is about 50%, the highest operation eficiency can be obtained by using the ossvalue in the table.

S22-220KV 31500KVA-420000KVA Three Phase Double Winding Non-Excitation Voltage Regulating Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range		Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
Rated Capacity (KVA)	HV (KV)	LV (KV)	Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
31500	220±2x2.5% 242±2x2.5%	6.3 6.6 10.5	YNd11	15	115	0.47	12-14
40000				18	134	0.48
50000				21	161	0.44
63000				25	188	0.43
75000		10.5 13.8		29	213	0.41
90000				34	246	0.37
120000				41	304	0.37
150000		10.5 13.8 15.75 18 20		49	360	0.34
160000				51	378	0.33
180000				56	413	0.31
240000				70	484	0.28
300000		15.75 18 20		83	577	0.25
360000				95	662	0.25
370000				97	675	0.26
400000				103	716	0.24
420000				106	742	0.24

SSZ18-220KV 31500KVA-240000KVA Three Phase Three Winding OLTC Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range			Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Capacity Allocation (%)	Impedance (%)
	HV (KV)	MV (KV)	LV(KV)
31500	220±8x1.25% 230±8x1.25%	69 115 121	6.3 6.6 10.5 21 36 37 38.5	YNyn0d11	28	145	0.77	100/100/100 100/50/100 100/100/50	HV-MV 12-14 HV-LV 22-24 MV-LV 7-9
40000					33	174	0.73
50000					38	205	0.74
63000					45	244	0.69
90000			10.5 21 36 37 38.5		58	315	0.54
120000					74	390	0.54
150000					86	463	0.48
180000					99	568	0.48
240000					120	704	0.43
Note: 1. The data isted in the table are applicable to step-down structure products, and step-up structure products can also be provided as required; 2. Transformer with low voltage of 35kV can also be provided according to requirements; 3. When the annualload rate of transformer is between 45% and 50%,the highest operation efficiency can be obtained by using theloss value in the table.

SZ22-220KV 31500KVA-240000KVA Three Phase Double Winding OLTC Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range		Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
Rated Capacity (KVA)	HV (KV)	LV (KV)	Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
31500	220±8x1.25% 230±8x1.25%	6.3 6.6 10.5 21 36 37 38.5	YNd11	20	115	0.48	12-14
40000				23	134	0.5
50000				28	161	0.45
63000				33	188	0.45
90000				42	246	0.38
120000		10.5 21 36 37 38.5		51	304	0.38
150000				60	360	0.35
180000				70	413	0.32
120000		66 69		53	303	0.38
150000				62	355	0.37
180000				73	406	0.32
240000				91	504	0.25
Note: 1. Transformer with low voltage of 35kV can also be provided according to reauirements. 2, When the annual average oad rate of transformer is about 50%, the highest operation eficiency can be obtained by using the ossvalue in the table.

S22-220KV 31500KVA-420000KVA Three Phase Double Winding Non Excitation Voltage Regulating Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range		Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
Rated Capacity (KVA)	HV (KV)	LV (KV)	Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
31500	220±2x2.5% 242±2x2.5%	6.3 6.6 10.5	YNd11	15	115	0.47	12-14
40000				18	134	0.48
50000				21	161	0.44
63000				25	188	0.43
75000		10.5 13.8		29	213	0.41
90000				34	246	0.37
120000				41	304	0.37
150000		10.5 13.8 15.75 18 20		49	360	0.34
160000				51	378	0.33
180000				56	413	0.31
240000				70	484	0.28
300000		15.75 18 20		83	577	0.25
360000				95	662	0.25
370000				97	675	0.26
400000				103	716	0.24
420000				106	742	0.24

SS22-220KV 31500KVA-300000KVA Three Phase Three Winding Non Excitation Voltage Regulating Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range			Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
Rated Capacity (KVA)	HV (KV)	MV (KV)	LV(KV)	Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Step Up	Step Down
31500	220±x2.5% 230±2x2.5% 242±2x2.5%	69 115 121	6.3 6.6 10.5 21 36 37 38.5	YNyn0d11	18	138	0.48	HV-MV 22-24 HV-LV 12-14 MV-LV 7-9	HV-MV 12-14 MV-LV 22-24 MV-LV 7-9
40000					21	165	0.42
50000					24	194	0.36
63000					29	231	0.38
90000			10.5 13.8 21 36 36 37 38.5		37	300	0.33
120000			10.5 13.8 21 36 36 37 38.5		46	369	0.33
150000			10.5 13.8 15.75 21 36 37 38.5		55	438	0.28
180000					62	500	0.28
240000					72	616	0.22
300000					91	726	0.2
Note: 1. The capacity distribution ofthe load in the table is (100 / 100 / 100)%; The capacity distribution of boost structure can be (100 / 50/ 100)%; The capacity allocation of Buck structure can be (100 /100/50)% or (100/50 /100)% 2. Transformers with rated capacity less than 31500kv, A and other voltage combinations can also be provided according to reauirements, 3. The transformer with low voltage of 35kV can also be provided; 4. The non tapping structure is prefered, and taps can be set if required; 5. When the annual average load rate of transformer is about45%, the highest operation efficiency can be obtained by using the loss value in the table.

SSZ20-220KV 31500KVA-240000KVA Three Phase Three Winding OLTC Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range			Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Capacity Allocation (%)	Impedance (%)
	HV (KV)	MV (KV)	LV(KV)
31500	220±8x1.25% 230±8x1.25%	69 115 121	6.3 6.6 10.5 21 36 37 38.5	YNyn0d11	19	138	0.52	100/100/100 100/50/100 100/100/50	HV-MV 12-14 HV-LV 22-24 MV-LV 7-9
40000					23	165	0.51
50000					26	194	0.5
63000					31	231	0.47
90000			10.5 21 36 37 38.5		40	300	0.37
120000					51	369	0.37
150000					59	438	0.33
180000					68	538	0.33
240000					85	667	0.3
Note: 1. the data isted in the table are applicable to the products of pressure-reducing structure, and the booster structure products can alsobe provided as required. 2. transformers with low voltage of 35kV can also be provided as required. 3. when the annwaload rate ot transtormer is between 45% and 50%6, the maxmum operatng eticency can be obtalned oy usincthe loss value in the table.

S20-220KV 31500KVA-240000KVA Three Phase Double Winding Low Voltage 66KV Non Excitation Voltage Regulating Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range		Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
Rated Capacity (KVA)	HV (KV)	LV (KV)	Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
31500	220±2x2.5% 230±2x2.5%	63 66 69	YNd11	20	129	0.71	12-14
40000				23	150	0.71
50000				27	180	0.65
63000				33	211	0.65
90000				43	275	0.6
120000				53	330	0.6
150000				63	387	0.54
180000				72	438	0.54
240000				88	543	0.48
Note: 1. The no-oad tap structure is preferred, and the tap can be set if the operation reguires 2. When the annual average efficiency of transformer is between 45% and 50%, the highest operation eficiency can be obtained byusing the loss value in the table.

S20-220KV 31500KVA-420000KVA Three Phase Double Winding Non-Excitation Voltage Regulating Power Transformer
Rated Capacity (KVA)	Voltage Combination and Tapping Range		Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
Rated Capacity (KVA)	HV (KV)	LV (KV)	Vector Group	No Load Loss (KW)	Load Loss (KW)	No Load Current (%)	Impedance (%)
31500	220±2x2.5% 242±2x2.5%	6.3 6.6 10.5	YNd11	18	115	0.56	12-14
40000				21	134	0.56
50000				25	161	0.52
63000				30	188	0.52
75000		10.5 13.8		34	213	0.48
90000				40	246	0.44
120000				49	304	0.44
150000		10.5 13.8 15.75 18 20		58	360	0.4
160000				60	378	0.39
180000				66	413	0.36
240000				83	484	0.33
300000		15.75 18 20		98	577	0.3
360000				112	662	0.3
370000				114	675	0.3
400000				122	716	0.28
420000				125	742	0.28
Note: 1. Transformers with rated capacity less than 31500kVA and other voltage combinations can also be provided according to reguirements. 2. transformer with low voltage of 35kV can also be provided according to requirements. 3. The non tapping structure is preferred, and taps can be set if required. 4. When the annual average load rate of transformer is between 45% and 50%,the highest operation eficiency can be obtained byusing the loss value in the table.

REQUEST A QUOTE