PEL's extensive experience in distribution transformer manufacturing led to the establishment of a dedicated Power Transformer division in 2005. Today, PEL power transformers are supplied to major grid operators and industrial customers with exact technical specifications for each installation.
Each unit is equipped with premium accessories sourced from globally recognized component manufacturers — a commitment to quality that separates PEL from typical low-cost alternatives in the market.
| Parameter | Value / Range | Notes |
|---|---|---|
| Voltage Class | Up to 220 kV and above | Per customer specification |
| Power Rating | Up to 500 MVA | Three-phase configurations |
| Cooling Type | ONAN / ONAF / OFAF / OFWF | Forced cooling available |
| OLTC Manufacturer | MR Germany | On-load tap changer |
| HV Bushing Source | Passoni & Villa, Italy | High-voltage bushings |
| Standard | IEC 60076 series | Factory tested per standard |
| Testing Lab | ISO/IEC 17025 Accredited | PNAC accredited facility |
| Insulation Fluid | Mineral oil / Ester fluid option | As specified |
Share your voltage class, MVA rating, cooling type, and site conditions — we'll send a preliminary proposal within 48 hours.
PEL has been manufacturing distribution transformers since its founding in 1956. In 2009, PEL established an independent, purpose-built factory dedicated to distribution transformer production — reflecting the scale of demand from utilities across Pakistan and international markets.
The distribution transformer range spans oil-immersed, dry-type (VP-impregnated), and autotransformer variants, suitable for every distribution network topology encountered in the US market.
| Parameter | Value / Range | Notes |
|---|---|---|
| Voltage Class | Up to 33 kV | Primary / secondary per specification |
| Power Rating | Up to 30 MVA | Three-phase oil-immersed |
| Tank Design | Corrugated wall / Radiator fin | Both options available |
| Winding Material | Copper or Aluminium | Per customer specification |
| Insulation Class | Class A to Class F | Oil / dry type |
| Cooling | ONAN / ONAF | Natural and forced air |
| Protection Class | IP44 / IP54 (dry type) | Indoor and outdoor variants |
| Standards | IEC 60076 | Factory tested per standard |
Standard distribution transformer for outdoor substation and overhead line distribution networks.
Vacuum pressure-impregnated resin for indoor use. Up to 36 kV & 5 MVA via PEL-IMEFY technology.
Economy configuration for specific voltage step applications where galvanic isolation is not required.
MV switchgear + transformer + LV panel in a single outdoor-rated enclosure up to 1000 kVA.
Tell us the voltage, kVA rating, quantity, and delivery location. We'll respond with competitive pricing promptly.
PEL's LV switchgear lineup covers the full range of low-voltage distribution and protection requirements — from primary feeder protection to motor control and power factor correction.
| Rated Voltage | Up to 690/750 V |
| Rated Current | Up to 6000 A |
| Rated S.C. Current | Up to 100 kA |
| Circuit Breaker Types | ACB, MCCB, LBS — fixed or draw-out |
| Bus Duct Enclosure | Steel (≤3000A) / Aluminium (≤6000A) |
| PFI Capacitors | Self-healing, 1.1×Un rated |
| Extensibility | Both sides, modular design |
PEL's MV switchgear is metal-clad and compartmentalized to IEC 62271-200, offering air-insulated single busbar systems with full interlock safety and type-tested performance at ratings up to 17.5 kV.
| Rated Voltage | Up to 17.5 kV |
| Rated Current | 630 A – 2500 A |
| Rated Short-Time Current | Up to 40 kA |
| Protection Class | IP4X (enhanced options available) |
| CB Type | Vacuum (VCB) / SF6 |
| Testing Standard | IEC 62271-200 |
| Compact Substation (TX Rating) | Up to 1000 kVA |
Provide voltage class, current rating, number of feeders, protection requirements, and we'll prepare a detailed proposal.
PEL's energy metering products are built on AMR (Automatic Meter Reading) and AMI (Advanced Metering Infrastructure) platforms. The technology automatically collects consumption and status data from energy metering devices and transfers it to a central database — enabling real-time billing, fault detection, and load analysis.
Rather than billing on estimates, AMR/AMI delivers actual interval consumption data — enabling both utility operators and end customers to better manage energy use and production. PEL's energy meter plant holds ISO 9002 certification, and the 2019 KEMA certification of PEL energy meters stands as a milestone achievement in the company's metering history.
| Meter Type | Communication | Application | Protocol |
|---|---|---|---|
| Single Phase AMR | RF / GSM/GPRS | Residential LT consumers | DLMS/COSEM |
| Three Phase AMR | RF / GSM/GPRS | Commercial and industrial | DLMS/COSEM |
| LT/HT Meters | GPRS / PLC | LV/HV feeder metering | DLMS/COSEM |
| Net Metering Unit | GSM/GPRS | Bidirectional metering (solar etc.) | DLMS/COSEM |
| AMR Server (Software) | Central system | Data collection & billing | Web-based interface |
PEL energy meters achieved KEMA certification in 2019 — a globally respected third-party testing authority for electrical equipment.
The PEL Energy Meter manufacturing plant is ISO 9002 certified, ensuring consistent quality management throughout production.
Full DLMS/COSEM protocol compliance ensures interoperability with any MDMS and billing system used by US utilities.
Net metering units received approval from Pakistan's national transmission company — demonstrating type-testing compliance.
Share your meter type, communication technology preference, volume, and project timeline for a detailed supply proposal.