Oil insulated transformer, for power transmission, China manufacturer

Exploring the Benefits of Oil Insulated Transformers for Power Transmission in China

China is a rapidly developing nation, and its power transmission infrastructure is no exception. As the country continues to expand its energy needs, oil insulated transformers are becoming increasingly important for efficient and reliable power transmission. Oil insulated transformers offer a number of advantages over other types of transformers, making them an ideal choice for China’s power transmission needs. Oil insulated transformers are highly efficient, allowing for greater power transmission with less energy loss. This means that more power can be transmitted over longer distances with less energy wasted. Additionally, oil insulated transformers are more reliable than other types of transformers, as they are less prone to breakdowns and other issues. This makes them ideal for China’s power transmission needs, as they can help ensure that power is delivered reliably and efficiently. Oil insulated transformers are also more cost-effective than other types of transformers. They require less maintenance and have a longer lifespan, meaning that they can save money in the long run. Additionally, oil insulated transformers are more environmentally friendly than other types of transformers, as they do not produce hazardous waste or emissions. This makes them an ideal choice for China’s power transmission needs, as they can help reduce the environmental impact of power transmission.

Overall, oil insulated transformers offer a number of benefits for China’s power transmission needs. They are highly efficient, reliable, cost-effective, and environmentally friendly, making them an ideal choice for China’s power transmission needs. By investing in oil insulated transformers, China can ensure that its power transmission infrastructure is reliable, efficient, and environmentally friendly.

Type	Rated capacity （KVA）	Voltage combination（KV）	No-load losses（W）	Load losses（W）	No-load Current (%)	Short-circuit impedance (%)
SH15-M-30	30	6,6.3,10,10.5,11/0.4	33	630	1.50	4.0
SH15-M-50	50	6,6.3,10,10.5,11/0.4	43	910	1.20	4.0
SH15-M-63	63	6,6.3,10,10.5,11/0.4	50	1090	1.10	4.0
SH15-M-80	80	6,6.3,10,10.5,11/0.4	60	1310	1.00	4.0
SH15-M-100	100	6,6.3,10,10.5,11/0.4	75	1580	0.90	4.0
SH15-M-125	125	6,6.3,10,10.5,11/0.4	85	1890	0.80	4.0
SH15-M-160	160	6,6.3,10,10.5,11/0.4	100	2310	0.60	4.0
SH15-M-200	200	6,6.3,10,10.5,11/0.4	120	2730	0.60	4.0
SH15-M-250	250	6,6.3,10,10.5,11/0.4	140	3200	0.60	4.0
SH15-M-315	315	6,6.3,10,10.5,11/0.4	170	3830	0.50	4.0
SH15-M-400	400	6,6.3,10,10.5,11/0.4	200	4520	0.50	4.0
SH15-M-500	500	6,6.3,10,10.5,11/0.4	240	5140	0.50	4.0
SH15-M-630	630	6,6.3,10,10.5,11/0.4	320	6200	0.30	4.5
SH15-M-800	800	6,6.3,10,10.5,11/0.4	380	7500	0.30	4.5
SH15-M-1000	1000	6,6.3,10,10.5,11/0.4	450	10300	0.30	4.5
SH15-M-1250	1250	6,6.3,10,10.5,11/0.4	530	12000	0.20	4.5
SH15-M-1600	1600	6,6.3,10,10.5,11/0.4	630	14500	0.20	4.5
SH15-M-2000	2000	6,6.3,10,10.5,11/0.4	750	18300	0.20	5.0
SH15-M-2500	2500	6,6.3,10,10.5,11/0.4	900	21200	0.20	5.0