Step Up Transformer 208 to 240 3 Phase
Custom Transformer Specifications
- UL Certification standards
- 10KVA-3000KVA Rated power
- 50Hz/60 Hz Frequency
- 80°C -150°C Temperature Rise
- Class F/H/N/R Insulation Class
- Copper/Aluminum winding materials
- Δ-Y/Y-Y /Δ-Δ /Y-Δ/Δ-Z/Y-Z/ Wiring Configurations
- IP00/IP20/IP23/IP40/IP44/IP54
- Vacuum Pressure Impregnated Windings
- Energy Efficient
Boost Solar Efficiency with Shinenergy's Step Up Transformers
Shinenergy delivers top-quality step up transformers for photovoltaic (PV) systems, designed to enhance voltage levels and improve the efficiency of solar power. Our transformers ensure consistent energy output and reliability, making Shinenergy your trusted partner for optimizing solar installations and maximizing renewable energy performance.
Enhance Energy Storage Safety with Shinenergy's Step Up Transformers
Shinenergy’s step up transformers are critical for the efficiency and safety of energy storage systems. Expertly engineered for demanding applications, our transformers provide dependable voltage boosting and effective power conversion, ensuring long-term stability and peak performance for your battery systems.
Reliable Power for Data Centers with Shinenergy Step Up Transformers
For data centers that require stable, uninterrupted power, Shinenergy’s step up transformers are the ideal solution. Our transformers deliver regulated power to safeguard IT infrastructure, minimize downtime, and enhance overall efficiency, making them essential for secure data center operations.
Shinenergy Step Up Transformers: Powering Wind and Hydrogen Projects
Shinenergy offers robust step up transformers built for the challenges of wind energy and hydrogen production. Designed to handle tough conditions, our transformers ensure efficient power conversion and support sustainable energy initiatives. Trust Shinenergy for durable, innovative solutions in green energy.
Reliable Power for Healthcare with Shinenergy's Step Up Transformers
In healthcare, consistent power is vital. Shinenergy’s step up transformers provide stable voltage regulation for sensitive medical equipment, ensuring dependable operation in critical environments. With Shinenergy’s products, healthcare facilities benefit from reliable power supply, enhancing patient care and operational efficiency.
- Data Sheet
| Certification | UL |
| Phase | Three Phase |
| Rated capacity | UP TO 3000KVA Customized |
| Frequency | 50/60Hz |
| Work Efficiency | UP TO 99.05% |
| Protection Class | IP00/IP20/IP23/IP40/IP44/IP54 |
| Winding Material | Copper or Aluminum |
| Insulation level | Class F (155°C) Class H (180°C) Class N (200°C) Class R (220°C) |
| Designed lifetime | ≥30 years |
| Cooling Method | Air Cooling |
| Wiring Configuration | Δ-Y (Delta-Star)/Y-Y (Star-Star)/Δ-Δ (Delta-Delta)/Y-Δ (Star-Delta) /Δ-Z (Delta-Zigzag)/ Y-Z (Star-Zigzag) |
| Noise | ≤35 dB (1 meter) |
A Step Up Transformer raises the voltage from the primary winding to the secondary winding, resulting in a higher output voltage than the input voltage. In contrast, a Step Down Transformer lowers the voltage, producing a lower output voltage than the input voltage. Both transformers are used to adjust voltage levels to meet the specific requirements of different electrical systems.
A Step Up Transformer diagram typically shows the primary winding with fewer turns of wire compared to the secondary winding, which has more turns. This setup illustrates how the transformer increases voltage from the primary side to the secondary side. The diagram also includes a magnetic core, which helps transfer electrical energy through the process of electromagnetic induction.
A Step Up Transformer increases the alternating current (AC) voltage from a lower level on the primary side to a higher level on the secondary side. This is especially useful for transmitting power over long distances, as higher voltages reduce energy loss during transmission.
A Step Up Transformer functions through electromagnetic induction. When an alternating current passes through the primary winding, it creates a magnetic field in the core. This magnetic field induces a higher voltage in the secondary winding, which has more turns of wire than the primary winding, thereby stepping up the voltage.
The formula for a Step Up Transformer shows the relationship between the primary and secondary voltages and the number of turns in each winding:
Vs / Vp = Ns / Np
where:
- Vs is the secondary voltage,
- Vp is the primary voltage,
- Ns is the number of turns on the secondary winding, and
- Np is the number of turns on the primary winding.
In a Step Up Transformer, the secondary winding has more turns than the primary winding (Ns > Np), which results in a higher secondary voltage (Vs > Vp).