| Muhimmiya | ROCKWILL |
| Model NO. | 10kV Triphasic Transformer na Oil da Kwallon Noma da Gidajen Inganci |
| Rated Voltage | 10kV |
| Rated Frequency | 50/60Hz |
| Kpọmkwem kwamnyereke | 400kVA |
| Siri | S11 |
Na 10kV Tiri Fasaa Oil-immersed Low-loss Energy-saving Distribution Transformer it ce kòmponanti mai gaban da ke na tattalin arziki na yau, an yi ta don zama mai kyau da inganci. Da amfani da kayan alaun da za suka fi maye da abin da ya duba, it ce ya kadan no-load da load losses mafi yawa da sabon model. Wannan transformer ya bayar da energy savings da operating costs da dama, wanda ya zama zan iya da shiga a kan utilities da industries wadanda sun neman don zama sustainable power infrastructure.
Mudelar Pwodak
Tsarin Amfani
Advanced Low-Loss Core Design:Constructed with high-grade, low-loss amorphous alloy or high-permeability silicon steel core, which dramatically reduces no-load (core) losses, the primary source of energy waste in transformers.
Optimized Energy Efficiency:Meets or exceeds stringent energy efficiency standards (such as IE3, IE4 or Chinese GB Standard). Its design minimizes total ownership cost by prioritizing high performance at both full and partial loads.
Robust Oil-Immersed Construction:The time-tested oil-immersed design provides excellent insulation and heat dissipation, ensuring stable operation, a long service life, and reliable performance under fluctuating load conditions.
Reduced Operating Costs:The significant reduction in energy losses translates directly into lower electricity bills, offering a rapid return on investment and a smaller carbon footprint.
Durable and Reliable Performance:Features a fully sealed tank to prevent oil oxidation, corrugated radiators for effective cooling, and high-quality components to ensure minimal maintenance and maximum uptime.
Performance Parameters: Technical Parameters of S11-30~1600/6~10/0.4 Series Oil-immersed Distribution Transformer
Rated Capacity |
Voltage Combination and Tapping Range |
Connection Group |
No-load Loss (W) |
Load Loss at 120℃ (W) |
Short-circuit Impedance % |
No-load Current % |
Outline Dimensions (Length * Width * Height mm) |
Total Weight (kg) |
Foot Mounting Dimensions (mm) |
||
High Voltage (kV) |
Tapping Range % |
Low Voltage (kV) |
|||||||||
30 |
6 6.3 6.6 10 10.5 11 |
± 5 ± 2×2.5 |
0.4 |
Dyn11 Yyn0 |
100 |
630/600 |
4.0 |
2.3 |
785 * 525 * 920 |
351 |
400 * 450 |
50 |
130 |
910/870 |
2.0 |
820 * 540 * 1000 |
442 |
400 * 450 |
|||||
63 |
150 |
1090/1040 |
1.9 |
850 * 565 * 1057 |
540 |
400 * 500 |
|||||
80 |
180 |
1310/1250 |
1.9 |
860 * 570 * 1125 |
549 |
400 * 500 |
|||||
100 |
200 |
1580/1500 |
1.8 |
910 * 635 * 1110 |
605 |
550 * 550 |
|||||
125 |
240 |
1890/1800 |
1.7 |
1020 * 645 * 1120 |
624 |
550 * 550 |
|||||
160 |
280 |
2310/2200 |
1.6 |
1045 * 675 * 1170 |
784 |
550 * 550 |
|||||
200 |
340 |
2730/2600 |
1.5 |
1105 * 745 * 1195 |
865 |
550 * 550 |
|||||
250 |
400 |
3200/3050 |
1.4 |
1145 * 745 * 1235 |
1018 |
550 * 600 |
|||||
315 |
480 |
3830/3650 |
1.4 |
1185 * 780 * 1290 |
1096 |
550 * 650 |
|||||
400 |
570 |
4520/4300 |
1.3 |
1295 * 835 * 1315 |
1466 |
550 * 650 |
|||||
500 |
680 |
5410/5150 |
1.2 |
1350 * 905 * 1410 |
1534 |
660 * 650 |
|||||
630 |
810 |
6200 |
4.5 |
1.1 |
1465 * 955 * 1475 |
1942 |
660 * 650 |
||||
800 |
980 |
7500 |
1.0 |
1505 * 970 * 1595 |
2186 |
660 * 750 |
|||||
1000 |
1150 |
10300 |
1.0 |
1675 * 1140 * 1625 |
2394 |
660 * 850 |
|||||
1250 |
1360 |
12000 |
0.9 |
1735 * 1205 * 1805 |
3254 |
660 * 850 |
|||||
1600 |
1640 |
14500 |
0.8 |
1935 * 1290 * 1855 |
3800 |
820 * 950 |
|||||
Note: for transformers rated at 500 kva and below, the load loss values above the diagonal lines in the table apply to dyn 11 or yzn 11 connection groups, and the load loss values below the diagonal lines apply to yyno connection groups.
Public Utility Grids: Widely used in 10kV distribution substations for stepping down voltage to supply residential communities, commercial districts, and public facilities.
Industrial Power Supply: Serves as a dedicated power source for factories, manufacturing plants, and industrial parks where continuous operation and energy cost control are critical.
Renewable Energy Integration: Functions as a grid-connection point for distributed generation sources like solar and wind farms, where high efficiency is crucial for maximizing energy yield.
Infrastructure Projects: Provides reliable power for key infrastructure such as water pumping stations, railway systems, and airports, ensuring operational stability and energy savings.
Nọt: fọr transfaa masara ati bi o ti 500 kva, iye lossi lodo di upu gba oselu ni tabili náà jẹ fun ẹgbẹ connekshon dyn 11 tabi yzn 11, ati pe iye lossi lodo di ilu gba oselu ni tabili náà jẹ fun ẹgbẹ connekshon yyno.
Ipele Iṣẹlẹ Aṣa Publik: Titi jẹ ọrọ ti o ṣe pataki ninu substation ọrọ-aje 10kV fun idanileko iye-voltage lati ṣe aabo awọn agbegbe alaafia, agbegbe aje, ati awọn ẹka publik.
Iṣẹlẹ Aṣa Industry: Jẹ ọrọ aṣa pataki fun ilé-ẹka, ilé-ìṣòro, ati agbegbe industry nibi ti ipa ati idanileko iṣẹlẹ aṣa ṣe pataki.
Integreishon Aṣa Ti O Yoo Dun: Ní ipa gbigba oselu fun awọn ọna generate tita ni ọpọlọpọ bii farmi solar ati wind, nibi ti ipa dudupọ jẹ ohun pataki fun idanileko iṣẹlẹ aṣa.
Awọn Eri Ipinya: Ní ipa aṣa pataki fun awọn ipinya pataki bii station pumpi omi, system railwe, ati airport, lati ṣe afihan ṣe ati idanileko iṣẹlẹ aṣa.