Leave Your Message

S11-M-ZT On-Load Capacity-Changing Transformer - Energy-Saving Solution from China Suppliers & Factory

,

Overview
The S11-M-ZT on-load capacity-adjusting transformer is an innovative energy-saving distribution transformer developed by our factory in China. This state-of-the-art product features dual rated capacities, allowing for a seamless transition between large and small operational modes. It effectively addresses the significant seasonal load variations in the 10kV distribution network, which often lead to increased transformer losses. Unlike traditional transformers, the S11-M-ZT eliminates the need for a no-load capacity adjustment disconnect, enhancing efficiency and performance.

,

This advanced transformer not only minimizes equipment purchase and installation costs compared to utilizing two separate S11 type transformers but also significantly reduces space requirements. The simplified construction, operation, and maintenance processes contribute to overall cost savings. Additionally, the S11-M-ZT on-load capacity-adjusting transformer boasts a 50% reduction in no-load loss when compared to standard S11 models.

,

Ideal for rural power grids with substantial seasonal load fluctuations, the S11-M-ZT is also suitable for urban commercial areas, development zones, industrial regions, radio stations, and oil fields where significant day and night load variations occur. As a leading supplier of energy-efficient transformers, we are committed to providing superior solutions to meet diverse power distribution needs.

,

    Reliable structure

    Based on the traditional structure and mature technology, our company has made many improvements, such as:
    • Spiral coil with longitudinal oil channel for better internal heat dissipation;
    • The effective support of the coil end face has been improved, and the ability to resist short-circuit current is stronger;
    • The new hoisting structure and body positioning structure are adopted to ensure more reliability in long-distance transportation and operation;
    • We also have many unique and reliable structures to serve you;
    • Choosing a transformer with a higher performance level will have a higher level of technical content.

    High-quality materials

    • Use oxygen-free copper wire with lower resistivity, and after a series of additional surface treatment, it is smoother and has no burrs or sharp corners, which makes the load loss of the transformer lower and the electrical performance more reliable:
    • Select high-quality silicon steel sheets. As the performance level improves, silicon steel sheets with lower unit loss are used to reduce the no-load loss of the transformer.
    • Made of high-quality laminated wood insulation, it will never crack and will not move even under the action of short- circuit current.
    • Use deep-filtered transformer oil with lower water, gas and impurity levels, making the transformer work more reliable.
    • Use high-quality rubber sealing materials to effectively prevent aging and prevent leakage.
    • All raw materials have undergone quality inspection to effectively prevent aging and prevent leakage.
    • All raw materials have been quality inspected, and all raw material factories have been inspected according to national standards. ISO9000strict scrutiny.

    Good technical and economic performance

    • This product can significantly reduce the transformer no-load loss by 50-60%
    • Reduce reactive power loss of power grid by 20-30%
    • If this technology is fully applied to rural power grids, it can save 10 billion kWh of electricity each year;
    • Save 3 million tons of standard coal per year, equivalent to dry emission reduction CO 2500 Ten thousand tons.
    • The project has been highly valued by the State Grid Corporation of China, included in the National 11th Five-Year Electricity Saving Plan undertaken by the National Electric Power Research Institute, and compiled into the power construction specifications in the new rural construction.

    Fully sealed

    • SelectS11(M) RIn M The oil tank adopts a fully sealed structure. Compared with ordinary oil-immersed transformers, the fully sealed distribution transformer eliminates the oil storage cabinet, and the corrugated fins of the oil tank replace the oil pipes. In order to cool the heat dissipation components, the corrugated oil tank is made of high-quality cold-rolled thin plates on a special production line. The corrugated fins can adjust the expansion and contraction of the transformer oil, thereby isolating the transformer from the atmosphere, preventing and slowing down oil deterioration and insulation moisture, enhancing operational reliability, and ensuring maintenance-free normal operation.
    • The surface of the corrugated oil tank is degreased, derusted, phosphated and then painted with three-proof paint. It is suitable for use in metallurgy, petrochemical, mining and other environments.

    Transformer product standards

    • GB1094.1-1996   GB1094.2-1996   GB1094.3-2003   GB1094.1   GB1094.5-2003
    • JB/T10088-2004   GB/T10237-1988   GB-T6451-2008   GB-T7595-1987
    • JB/T 3837-1998   JB/T 10778-2007

    Normal operating conditions of transformer

    • Altitude not exceeding 1000m;
    • Ambient temperature: maximum temperature +40℃; average temperature of the hottest month +30℃; maximum annual average temperature +20℃; minimum outdoor temperature -25℃.

    Special conditions for use of transformers

    • Altitude not exceeding 1000m;
    • Ambient temperature: Maximum temperature +40℃; Minimum temperature -25℃.

    Model meaning

    product-description1

    S11-M-ZT Technical parameters of on-load capacity-adjusting transformer

    Rated capacity (KVA) Voltage combination (kV) Connection method Loss (kW) No-load current (%) Impedance voltage (%) weight(Kg) Dimensions(mm)
    (LengthL * Width B * Height L)
    (LengthL × Width B×Height H)
    gauge
    (Vertical/ Horizontal)
    high pressure Low pressure No load load (75°C) Heavy Oil weight Total weight
    630/200 10
    10.5
    11
    0.4 Yyn0
    Dyn11
    810(340) 8030(3060) 1.3(1.8) 4.5 1455 600 2600 2040x1150x1470 820x820
    500/160 680(280) 6520(2600) 1.4(1.9) 4 1150 495 2130 1925x1090x1455 820x820
    400/125 570(240) 5480(213) 1.5(2) 970 415 1860 1870x1060x1450 820x820
    315/100 480(200) 4540(1770) 1.6(2.1) 860 385 1540 1780x1005x1315 820x820
    250/80 400(180) 3780(1480) 1.7(2.2) 680 340 1390 1705x980x1270 820x750
    200/63 340(150) 3215(1230) 1.8(2.4) 585 310 1235 1685x960x1240 820x750
    160/50 280(130) 2590(1030) 1.9(2.5) 505 290 1090 1650x940x1200 820x750
    100/30 200(100) 1580(630) 2.1(2.8) 360 240 870 1540x885x1150 820x750

    Overall dimensions and installation dimensions

    product-description2

    Frequently Asked Questions (FAQ)

    Q1: What structural enhancements make this transformer highly reliable?
    A1: Our transformers feature a spiral coil with a longitudinal oil channel for optimized heat dissipation, enhanced coil end-face support for superior short-circuit resistance, and a specialized hoisting and positioning structure to secure the unit during long-distance transportation.
    Q2: What high-quality materials are used in manufacturing?
    A2: We utilize oxygen-free copper wire with low resistivity, high-grade silicon steel sheets to minimize no-load losses, crack-resistant laminated wood insulation, deep-filtered transformer oil, and aging-resistant rubber sealing materials.
    Q3: How energy-efficient are these transformers?
    A3: These units significantly reduce no-load losses by 50-60% and lower reactive power losses of the power grid by 20-30%, resulting in notable electricity savings and reduced carbon emissions.
    Q4: What are the benefits of the fully sealed corrugated oil tank?
    A4: The fully sealed structure eliminates the need for an oil storage cabinet. Corrugated fins expand and contract to adapt to oil volume changes, isolating the transformer from the atmosphere to prevent insulation moisture and oil aging, ensuring maintenance-free operation.
    Q5: What are the normal operating conditions for these transformers?
    A5: They are designed for installation at altitudes under 1000 meters, with ambient temperatures ranging from a maximum of +40℃ to a minimum outdoor temperature of -25℃.
    Q6: What standards do these transformers comply with?
    A6: Our products strictly adhere to national and industry standards including GB1094 series, JB/T10088, GB/T10237, GB-T6451, GB-T7595, and JB/T 3837.

    Leave Your Message

    AI Helps Write