HV 330kV 150MVA Three Winding Oil-Immersed Power Transformer , Energy Saving
Negotiable /Piece
Min.Order:1 Piece
Shenzhen Jianhua Transformer Co., Ltd.
330kV 360MVA High Voltage OFAF Electrical Power Transformers For Substation
800 KVA - 20 MVA 2 Winding Three Phase Power TransformerFor Power Plant
6KV - 330KV High Voltage Power Transformers 30KVA - 720MVA , 50HZ / 60HZ
3 Winding ONAN / ONAF / OFAF Transformers For The Electric Power Industry
Outdoor Three Winding High Voltage Power Transformers 220KV 63MVA , GB 1094
Industrial Separate Winding HV Transformer With 220 KV 90 MVA , IEC 60076
HV 330kV 150MVA Three Winding Oil-Immersed Power Transformer , Energy Saving
Quick Detail:
1. Rated Voltage: 330KV
2. Rated Capacity: 150000KVA
3. Phase: Three Phase / Single Phase
4. Cooling Type: ONAN / ONAF
5. Frequency: 50Hz / 60Hz
Description:
Our company provide 330kV and below oil-immersed power transformer ,with capacity of 360 MVA and below. The 330KV transformer is based upon world-wide advanced technology and also incorporates the experiences of internationally leading transformer companies as well as our own long-term experiences.Our transformer conform entirely with latest national standard GB1094.1~2-1996, GB1094.3-2003, GB1094.5-2003 and international standard IEC-76. Outstanding features as follows:
1. Low loss, and significantly energy-saving. The average no-load loss is 35% lower than prescribed by National Standard GB/T 6451-2008.
2. The core laminations are made up from high-quality cold-rolled grain-oriented silicon steel sheets with chamfered joints and without punched holes, and are stacked without the upper yoke sheets in place, so that they are effectively improved no-load upper together with lower frame.
3. Zigzag directed flow of oil are provided within the windings, so that all parts of the windings can be cooled more evenly.
4. The regulating winding is a separate winding which apart from the high voltage main winding.
5. The windings of one phase are assembled into an integral phase block before placing into the core.
6. The winding manufacture, winding assembly core and winding assembly work are all proceed in totally closed clean department.
7. Core frames in the form of a flat plate are used for clamping the core, and are joined together by side beams.
8. Transformer tanks are fabricated with steel plates wide enough so that there are no weld joints on each surface.
9. Diaphragm membrane is provided within the conservator, preventing direct contact of oil with air, protecting the oil from aging.
10. Reliably sealed, and fine machined for sealed surface. Used double gasket grooves in their jointing surface and kept tight with high quality gasket material.
11. High quality paint is applied as surface finish of the tank and exposed steel parts, after shot-blasting and pretreatment, thus ensuring a durable life and glossy surface.
12. Quality assurance rules are also observed for all insulating parts, from raw material to final assembly.
13. Main components
Because of good relationship and long-term co-corporation with all well-known sub-suppliers, we can meet the requirements of customers with whatever types of components they wish to have.
Technical Parameter Specifications:
Rated Voltage |
330KV |
Rated Capacity |
150000KVA |
Cooling Type |
ONAN/ONAF/OFAF |
Winding Type |
Double winding / Three winding / Toroidal |
Phase |
Three Phase / Single Phase |
Type |
Core Type / Shell Type |
Winding Material |
Copper |
Frequency |
50HZ / 60HZ |
Type: |
S(F)(P)-150000 |
Voltage ratio: |
345±2X2.5% 363±2X2.5% |
Low voltage: |
13.8 15.75 20 |
Connection symbol: |
YNd11 |
Load Loss: |
380kW |
No-load Loss: |
80kW |
Short Circuit Impedance |
14~15 |
Applications:
Applied in residential buildings, business center, shopping center, small factories and so on.
Competitive Advantage:
1. Low loss, low noise
2. Low partial discharge
3. High qu