Three Phase 150 kva transformer 480 208
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Three Phase 150 kva transformer 480 208

  • UL Certified– Ensures safety and compliance
  • Power Range– 10KVA to 3000KVA for industrial needs
  • Frequency– Supports 50Hz/60Hz applications
  • Thermal Performance– Temperature rise: 80°C – 150°C
  • Insulation Options– F / H / N / R classes available
  • Winding Materials– Copper or Aluminum options
  • Wiring Configurations– Δ-Y, Y-Y, Δ-Δ, Y-Δ, Δ-Z, Y-Z
  • Protection Levels– IP00 to IP54 for various environments
  • Durability– VPI windings for extended lifespan

Shinenergy 150kVA 3-Phase Transformer Powers Commercial PV Inverter Bank – Stable Output for Grid Integration

In Fresno, a solar EPC company selected the Shinenergy 150kVA 480–208V transformer to support an 80kW rooftop PV system connected to a small industrial facility. The transformer handled the inverter’s stepped output and ensured compliance with local grid standards.
“With three inverters running at once, we needed something that could stay cool and stay accurate. Shinenergy’s unit exceeded our expectations,” said the field supervisor.

Shinenergy 150kVA Transformer Supports Microgrid Battery Output – Built for Charge/Discharge Cycling

A Canadian microgrid integrator used Shinenergy’s 150kVA transformer in an industrial BESS setup where 480V battery inverters needed stable step-down to 208V. With daily load shifting and frequent switching, the transformer maintained consistent temperature and phase balance.
“We needed something reliable under constant cycling—and this transformer handled the stress beautifully,” said the integration engineer.

Shinenergy 150kVA 3-Phase Transformer Powers UPS Input for European Edge Facility – Clean Step-Down from 480V Feed

At an Amsterdam edge data center, Shinenergy’s 150kVA transformer was deployed between the 480V service entrance and 208V UPS systems. With low harmonic distortion and solid voltage regulation, it delivered clean power to critical infrastructure.
“It’s part of our power backbone. If the transformer goes down, everything stops—but this one doesn’t blink,” said the facility engineer.

Shinenergy 150kVA Transformer Feeds Auxiliary Loads in Hydrogen Compression Facility – Resistant to Industrial Spikes

In an industrial hydrogen project near the Port of Antwerp, Shinenergy’s 150kVA transformer delivered 208V power to compressors’ control panels, chillers, and monitoring systems. With robust coil construction, it absorbed the high inrush currents during startup.
“These systems spike hard. Shinenergy’s transformer gave us a buffer we didn’t even know we needed,” said the site project manager.

Shinenergy 150kVA Transformer Supplies Hospital Imaging Subsystems – Designed for EMC Safety and Continuous Use

A Munich hospital added Shinenergy’s 150kVA 3-phase transformer to power an entire wing of imaging equipment, including MRI room ventilation, scan data processors, and lead-shielded lighting systems. Low EMF radiation and noise-free operation were crucial.
“Even our MRI operators said, ‘That’s the cleanest power we’ve seen.’ That means a lot in our field,” shared the hospital’s technical director.

CertificationUL
PhaseThree Phase
Rated capacityUP TO 3000KVA Customized
Frequency50/60Hz
Work EfficiencyUP TO 99.05%
Protection ClassIP00/IP20/IP23/IP40/IP44/IP54
Winding MaterialCopper or Aluminum
Insulation levelClass F (155°C) Class H (180°C) Class N (200°C) Class R (220°C)
Designed lifetime≥30 years
Cooling MethodAir Cooling
Wiring ConfigurationΔ-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)
kVA Transformer Catalog
   15kva 3 phase transformer   20kva transformer 3 phase
   Three Phase 15 kva  transformer   25kva single phase transformer
Three Phase 30kva transformer   45kva 3 phase transformer
   Three Phase 50kva transformer   Three Phase 60kva transformer
   Three Phase 75 kva transformer   100 kva transformer 3 phase
   Three Phase 112.5 kva transformer 480 208   Three Phase 150 kva transformer 480 208
   167 kva single phase transformer   Three Phase 200kva transformer
   Three Phase 225 kva transformer   Three Phase 300 kva transformer
   Three Phase 500 kva transformer   Three Phase 750 kva transformer
   Three Phase 1000 kva transformer

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Unlock Enterprise-Grade Power Solutions with Shinenergy’s 100 kVA Transformer 3 Phase

In today’s fast-evolving industrial and commercial environment, businesses face increasing demands for uninterrupted power delivery, optimized energy efficiency, and future-proof voltage regulation. Shinenergy’s 100 kVA Transformer 3 Phase is purpose-built to meet these expectations—offering superior electrical isolation, high-performance load balancing, and robust system protection for mission-critical operations. Whether applied in smart manufacturing, large-scale renewable energy projects, critical healthcare systems, or modern commercial facilities, this transformer is engineered to minimize downtime, maximize energy throughput, and safeguard sensitive infrastructure from voltage irregularities and power quality issues.

Constructed with state-of-the-art core technology, precision-wound coils, and industrial-grade materials, the 100 kVA Transformer 3 Phase delivers consistent performance under heavy load conditions while reducing thermal stress and improving operational efficiency. Its customizable voltage configurations, modular installation flexibility, and global compliance ratings make it an ideal solution for legacy upgrades and new-build energy systems alike.

When you partner with Shinenergy, you gain more than a transformer—you gain access to a team of power system specialists, application engineers, and technical consultants dedicated to delivering customized, high-impact transformer solutions that scale with your business and exceed industry benchmarks.

📩 Contact us today to explore how Shinenergy’s 100 kVA Transformer 3 Phase can elevate your power infrastructure, reduce operational risk, and drive measurable growth. 🚀

What is the difference between a step-up transformer and a step-down transformer?

A 100 kVA Transformer 3 Phase can be configured as either a step-up or step-down unit, depending on your operational voltage requirements and energy flow strategy.

✔ Step-up transformers increase voltage from the primary to the secondary winding, making them ideal for long-distance power transmission, grid connection in renewable energy systems, and high-voltage industrial processes.

✔ Step-down transformers decrease voltage to safe and efficient levels, supporting low-voltage equipment, commercial facilities, and automated production environments.

Shinenergy’s 100 kVA Transformer 3 Phase ensures consistent voltage regulation, superior power quality, and enhanced energy efficiency, making it a critical power distribution asset for manufacturing zones, data centers, and energy storage systems.

📩 Looking to upgrade your infrastructure? Contact us for a tailored transformer solution.

What is the wiring diagram for a 100 kVA Transformer 3 Phase?

A 100 kVA Transformer 3 Phase wiring diagram illustrates the internal configuration of primary and secondary windings, offering insights into how power is safely transformed and distributed.

✔ The primary winding receives the input voltage, ensuring optimized magnetic flux generation.

✔ The secondary winding outputs the target voltage, delivering balanced, noise-free three-phase power.

✔ The design safeguards against power surges, voltage spikes, and harmonic distortion, ensuring safe operation of downstream equipment.

Engineered for easy integration with industrial control systems, renewable energy inverters, and smart grid components, Shinenergy’s wiring solutions support both Δ (delta) and Y (wye) configurations.

📩 Need a wiring diagram for your project? Our engineers are ready to assist.

What does a 100 kVA Transformer 3 Phase do?

A 100 kVA Transformer 3 Phase plays a vital role in voltage transformation, system isolation, and energy distribution for a wide range of mid-to-heavy-duty applications.

 

✅ Provides clean, balanced power for sensitive industrial equipment

✅ Filters out electrical noise and imbalances, ensuring maximum system uptime

✅ Increases power conversion efficiency, reducing long-term energy costs

 

Whether powering automation systems, EV charging infrastructure, HVAC systems, or mission-critical medical devices, Shinenergy’s transformer delivers stable, scalable performance aligned with your operational and regulatory needs.

📩 Talk to us about how to integrate this transformer into your next-generation power strategy.

How does a 100 kVA Transformer 3 Phase work?

How does a 100 kVA Transformer 3 Phase work?

A 100 kVA Transformer 3 Phase uses the principle of electromagnetic induction to transfer electrical energy between circuits at different voltage levels, while maintaining complete electrical isolation.

1️⃣ AC current enters the primary windings, producing a rotating magnetic field within the transformer core.

2️⃣ This field induces a proportional voltage in the secondary windings based on the turns ratio.

3️⃣ The transformer balances three-phase output, mitigates voltage instability, and ensures efficient, uninterrupted energy flow.

Designed for continuous operation in demanding environments, Shinenergy transformers are optimized for thermal efficiency, mechanical durability, and compliance with global energy standards.

📩 Request a technical brief to see how this transformer fits your system design.

What is the formula for a 100 kVA Transformer 3 Phase?

The core relationship for a 100 kVA Transformer 3 Phase is governed by the transformer turns ratio equation:

Vs / Vp = Ns / Np

Where:

Vs = Secondary voltage

Vp = Primary voltage

Ns = Number of turns in secondary winding

Np = Number of turns in primary winding

This equation determines the voltage transformation ratio, allowing engineers to precisely match transformer design to specific input/output voltage demands. Shinenergy’s 100 kVA model is optimized for high-efficiency performance, cost-effective power delivery, and low maintenance operation across industrial, commercial, and renewable applications.

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