Step Up Transmission Transformer For Solar Power Plant

Conso Electrical Science and Technology Co., Ltd has taken significant strides in creating a competitive Step Up Transmission Transformer For Solar Power Plant. With 27 patents under our belt, we've designed an energy-efficient, resource-conscious, and space-saving solution. Our extensive experience in manufacturing large-capacity 35kV power and distribution transformers has made us industry leaders. We have a team of skilled production workers specialized in power and distribution transformers, operating state-of-the-art automated equipment. Our services cater directly to a range of sectors, including hydropower stations, mining areas, sewage treatment plants, and more. We're eager for the opportunity to host your visit to our factory.

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step up transmission transformer for solar power plant Daily Maintenance:

1.Maintenance personnel should inspect the power transformer's sound, oil level, oil temperature, oil color, and other conditions during its operation to ensure that the transformer's sound, oil level, temperature, color, and other basic parameters are within normal standards.

2.Check whether the power transformer's casing is clean and tidy, whether the gas relay inside the power transformer is properly filled with oil, and whether there is any oil leakage or damage to explosion-proof tubes.

3.Inspect the proper functioning of the cooling system, load regulation device, and tap changer, ensuring that they meet voltage requirements.

4.Examine the condition of the bushings, looking for cleanliness, signs of leakage or discharge, proper connections of leads, and any indications of overheating.

5.Maintenance personnel should inspect the grounding of the main equipment and its auxiliary devices to ensure that all related equipment casings are properly grounded.

6.In the event of an emergency during the power transformer's operation, such as due to moisture, low temperatures, or rain leakage, maintenance personnel should promptly investigate the cause of the transformer's malfunction. They should identify the reasons for the transformer's failure during operation and take necessary actions to rectify the issue.

step up transmission transformer for solar power plant Technical Parameter:

Capacity (kVA)	Voltage			Vector Group	Short-Circuit impendance（%）	loss（KW）		Current of no loading（%）
Capacity (kVA)	HV	Tap	LV	Vector Group	Short-Circuit impendance（%）	no loading	loading	Current of no loading（%）
30	6 6.3 10 10.5 11	±5% ±2*2.5%	0.4 0.69	Yzn11 Yyn0 Dyn11	4	100	630/600	2.3
50						150	910/870	2
63						180	1090/1040	1.9
80						200	1310/1250	1.9
100						230	1580/1500	1.8
125						270	1890/1800	1.7
160						310	2310/2200	1.6
200						380	2730/2600	1.5
250						460	3200/3050	1.4
315						540	3830/3650	1.4
400						650	4520/4300	1.3
500						780	5410/5150	1.2
630				Yyn0 Dyn11	4.5	920	6200	1.1
800						1120	7500	1
1000						1320	10300	1
1250						1560	12000	0.9
1600						1880	14500	0.8
2000					5.5	2280	17200	0.5
2500					5.5	2630	20500	0.5