167 kva 3 phase step up transformer 240 to 480
Some sites are still running on 240V. But your equipment—compressors, drives, or switchgear—needs 480V. That’s where this transformer fits right in.
It’s not just built to spec. It’s built to scale. Contractors use this model again and again on retrofit jobs, inverter tie-ins, or system upgrades where layout, labeling, and connection points have to stay consistent.
Shinenergy’s dry-type 167 kVA units are pre-configured, cleanly wired, and ready to drop into your next enclosure. No rewiring. No overthinking. Just a reliable step up that works—wherever you need it.
Solar – Standardizing Inverter Grid Interface
Location: El Paso, Texas, USA
The EPC team needed to connect 240V inverter outputs to a 480V grid feed across three remote PV sites. Our 167 kVA transformer was installed just outside each inverter pad. Same footprint, same terminals, same drawings.
“We didn’t touch the layout between jobs. One BOM, multiple builds—it worked.”
Energy Storage – Output Voltage Matching
Location: Calgary, Alberta, Canada
Each BESS container had 240V PCS output, but the utility tie-in required 480V. The integrator embedded our step-up units inside the rear bay of each skid, keeping the AC layout consistent across 12 enclosures.
“No field adjustments. We ordered once and deployed across the fleet.”
Data Center – Bringing Legacy Feeds Up to Spec
Location: Manchester, UK
A mid-size colocation provider needed to upgrade HVAC and generator systems to 480V, while their building still ran on 240V service. Our transformer was floor-mounted next to the LV panel, creating a clean voltage bridge without redesigning the switchroom.
“The last thing we wanted was to change the room layout. This unit let us upgrade without disruption.”
Wind & Hydrogen – Skid Integration Support
Location: Rotterdam, Netherlands
A green hydrogen pilot system sourced power at 240V from its microgrid. But the electrolyzer platform was designed for 480V. Our dry-type transformer was rack-mounted inside the control room, delivering the right voltage with minimal space and no additional ventilation.
“We didn’t even need to change the cabinet layout—just bolt, connect, and go.”
Medical – Equipment Upgrade Compatibility
Location: Philadelphia, Pennsylvania, USA
During an imaging wing retrofit, 240V hospital service needed to support a 480V MRI unit. The electrical contractor used our 167 kVA transformer to supply stable voltage from a secondary room across three different floors.
“We used the same setup in each wing—fewer change orders, faster sign-off.”
- Data Sheet
- Three Phase Transformer Catalog
- Shinenergy Product Catalog
| 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) |
| Three Phase Transformer Catalog | |
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When and Why to Step Up from 240V to 480V
Not every building or system comes with 480V service. In many retrofit or modular projects, power is available only at 240V—but the equipment you need to run (CNCs, chillers, panelboards) demands 480V.
This is where a 240 to 480 step up transformer becomes critical.
For EPC firms, consistency matters. If you’re deploying across 10 containers or three commercial units, you want one transformer spec—not five variations. That’s why our step up transformer 240 to 480 3 phase and single phase versions use consistent dimensions, mounting points, and label formats. You wire it once, and you’re good—everywhere.
Need a 240 to 480 step up transformer wiring diagram or not sure if 75 kVA is enough? We can help size, match and deliver—all within your rollout window.
It’s used to raise 240V input—often found in older commercial buildings or skid systems—to 480V, which is the standard for many industrial machines, HVAC systems, and distribution panels.
The 3 phase version supports higher power loads and is suitable for commercial or industrial sites. A single phase step up transformer 240 to 480 is typically used for isolated equipment or light-duty circuits. Choose based on load type and system design.
Yes. All models ship with a terminal label and downloadable wiring diagram—whether it’s a 3 phase Delta-Wye setup or a 240 single phase to 480 3 phase step up transformer using phase converters.
A step up transformer 240 to 480 75 kVA is a common pick for localized HVAC units or motor loads. Shinenergy also offers 112.5, 167, and 225 kVA options with identical enclosures for batch installations.
No—they’re the same in function. Phrasing varies by user or industry. Both refer to transformers that elevate 240V input to 480V output for 3-phase or single-phase applications.