Custom 167 kva single phase transformer
- UL Certified– Ensures safety and compliance
- Power Range– 10KVA to 3000KVA for industrial needs
- Frequency– Supports 50Hz/60Hz application
- 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 167kVA Single-Phase Transformer Powers Ground-Mount PV System in Arizona – Built for Large Residential Loads
A solar contractor in rural Arizona installed a 75kW ground-mounted PV system connected to a neighborhood-scale single-phase line. Shinenergy provided a 167kVA single-phase transformer with reinforced insulation and wide voltage tolerance.
“This transformer handles our peak solar feed-in and powers multiple homes on the block with zero issues,” said the project supervisor.
Shinenergy 167kVA Single-Phase Transformer Stabilizes Farm-Scale Battery Bank – Reliable for Off-Grid Use
A farming cooperative near Edmonton implemented a battery storage system to support irrigation and equipment. Shinenergy’s 167kVA single-phase oil-immersed transformer ensured stable bidirectional power flow under unpredictable loads.
“During charging or heavy discharge, voltage stays consistent. It’s a solid core of our off-grid power hub,” noted the electrical integrator.
Shinenergy 167kVA Single-Phase Transformer Supports HVAC Systems in Edge Data Center – Efficient and Quiet
A U.S. edge data center in North Carolina needed reliable power for its large HVAC compressors, running on a single-phase branch. Shinenergy delivered a 167kVA single-phase transformer with high inrush withstand capability and noise-suppressed winding design.
“Our cooling never blinks. Shinenergy keeps both our machines and our maintenance team cool,” joked the facility technician.
Shinenergy 167kVA Single-Phase Transformer Powers Test-Scale Hydrogen Compression System – Precision for Pulsed Loads
A green hydrogen startup in Hamburg needed clean, isolated single-phase power for a test unit involving high-frequency compressors. Shinenergy’s 167kVA dry-type transformer provided exact voltage tracking under pulsed startup sequences.
“What impressed us most was how little voltage drop we had during our pressure cycle tests. That precision matters in R&D,” said the project’s technical lead.
Shinenergy 167kVA Single-Phase Transformer Powers MRI Suite – Engineered for Isolation and Steady Output
A private medical imaging center in Dublin added a new MRI scanner with dedicated single-phase power requirements. Shinenergy supplied a 167kVA single-phase transformer designed with low-leakage flux and internal electrostatic shielding for clean, interference-free output.
“We had no room for power anomalies. Shinenergy delivered steady, isolated energy—vital for diagnostic clarity,” stated the clinic director.
- Data Sheet
- kVA 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) |
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Unlock Enterprise-Grade Power Solutions with Shinenergy’s 167 kVA Single Phase Transformer
In today’s fast-evolving energy landscape, large-scale commercial, agricultural, and remote industrial operations are placing higher demands on power infrastructure—calling for uncompromised reliability, voltage stability, and future-ready energy distribution. Shinenergy’s 167 kVA Single Phase Transformer is engineered to deliver on these expectations, providing precise voltage regulation, robust electrical isolation, and continuous-duty performance for mission-critical and distributed single-phase applications.
Whether powering rural utility branches, EV charging networks, data-edge sites, agricultural irrigation systems, or battery-backed microgrids, this transformer is built to maximize energy availability, minimize loss, and protect sensitive downstream loads from instability and harmonic interference.
Constructed with precision-wound conductors, low-loss silicon steel cores, and VPI-treated insulation, the 167 kVA Single Phase Transformer ensures high thermal resilience, low maintenance, and long-term operational cost savings. Its flexible voltage configurations, NEMA-rated enclosures, and UL/ANSI compliance make it ideal for new grid installations, site expansions, and system retrofits across diverse sectors.
When you choose Shinenergy, you gain more than a transformer—you gain access to a team of power engineers, grid consultants, and product specialists who deliver custom-engineered transformer solutions tailored to your site, system load, and growth trajectory.
📩 Reach out today to explore how Shinenergy’s 167 kVA Single Phase Transformer can future-proof your electrical infrastructure, improve system reliability, and unlock measurable business value.
A 167 kVA Single Phase Transformer can function as either a step-down or step-up transformer, depending on your electrical system design and voltage requirements.
✔ Step-down configuration reduces high incoming voltage (such as 480V or 4160V) to a usable, safer level (such as 240V or 208V), ideal for powering lighting systems, HVAC, agricultural operations, rural infrastructure, and commercial distribution panels.
✔ Step-up configuration increases voltage for long-distance transmission, solar inverter export, or integration with high-voltage grids or substations.
Shinenergy’s 167 kVA single-phase transformer is engineered for high energy efficiency, low thermal losses, and robust load capacity, making it ideal for industrial campuses, EV charging stations, remote sites, and mission-critical low-voltage systems.
📩 Need help choosing between step-up or step-down? Our application engineers can configure the right setup for your project.
A 167 kVA Single Phase Transformer wiring diagram shows how the primary and secondary windings are connected to achieve precise voltage transformation for safe, efficient power delivery.
✔ The primary winding accepts a high input voltage—typically 480V or 2400V depending on the installation.
✔ The secondary winding delivers a regulated 208V or 240V output to feed residential-style panels, rural loads, or equipment-specific connections.
✔ Configurations may include center-tapped neutrals for split-phase output or fully-isolated windings for sensitive or dedicated equipment.
Our transformer supports customizable terminals, NEMA-rated enclosures, and optional shielding for EMI-sensitive environments—ideal for clean rooms, telecom towers, and medical sites.
📩 Request a wiring diagram tailored to your application—Shinenergy offers full layout support.
A 167 kVA Single Phase Transformer is designed to convert and stabilize power between two voltage levels in single-phase electrical systems, ensuring clean, reliable energy delivery across critical operations.
✅ Steps voltage up or down to match end-use device or grid requirements
✅ Supports low-voltage distribution, especially where three-phase service is unavailable
✅ Reduces voltage drops across long-distance feeds and supports load balancing in distributed power networks
Typical use cases include residential distribution systems, agricultural pump stations, remote energy infrastructure, and off-grid battery charging systems.
📩 Talk to us about how this transformer can improve your energy resilience, reduce power loss, and protect your assets.
The 167 kVA Single Phase Transformer works using electromagnetic induction, transferring energy between the primary and secondary windings via a magnetic field in the laminated core.
1️⃣ AC voltage enters the primary winding, generating a magnetic field.
2️⃣ The magnetic flux passes through the transformer core, inducing a voltage in the secondary winding.
3️⃣ The output voltage is determined by the turns ratio and is fully isolated from the input, ensuring operational safety and electrical separation.
This transformer is designed for continuous operation, built with silicon-steel cores, VPI-impregnated windings, and optimized heat dissipation, making it a long-life asset in heavy-duty applications.
📩 Want to confirm system compatibility? Let us assist with a technical assessment for your site.
The voltage transformation ratio for a 167 kVA Single Phase Transformer follows the standard transformer equation:
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Vs / Vp = Ns / Np
Where:
Vs = Secondary voltage
Vp = Primary voltage
Ns = Number of turns in the secondary winding
Np = Number of turns in the primary winding
This calculation ensures precise voltage control, optimal energy flow, and compliance with electrical code requirements. Shinenergy applies this formula to design transformers that meet IEC, NEMA, and UL standards, offering cost-effective and performance-driven power transformation for real-world demands.
📩 Need spec sheets or sizing tools? Contact our transformer specialists for fast technical support and tailored recommendations.