Tested and certified precision instrument transformers, split-core metering CTs, and heavy-duty distribution units engineered for Greece's coastal and solar infrastructure.
Designed for high-capacity solar farm grid integration. Multi-winding configuration engineered to handle severe inverter harmonics.
Precision-wound ferrite core high-frequency transformers for switch-mode power supplies, EV chargers, and industrial control electronics.
Compact split-core design for non-intrusive retrofit installation in commercial building EMS and industrial energy auditing in Greece.
Foil-wound, low-loss distribution transformer supporting multiple secondary options (380V/400V/11kV). BIS/IEC compliant energy efficiency.
Heavy-duty outdoor/indoor split-core current transformer built to IEC 61869 standard for low-voltage metering panels and sub-station switchgear.
Micro-precision PCB-mount and chassis-mount current transformers featuring high-permeability toroidal cores for precise protection relays.
Small electrical transformer engineered for continuous-duty commercial LED lighting, power supplies, and smart grid automation modules.
Utility-grade high-voltage substation transformer featuring copper windings, OLTC options, and ONAN/ONAF cooling for primary transmission nodes.
As Greece accelerates its National Energy & Climate Plan (NECP) targets—aiming for over 80% renewable electricity by 2030—the demand for highly reliable, low-loss instrument and power transformers has reached unprecedented levels.
Greece’s transmission system operator, ADMIE (IPTO), is carrying out major grid interconnectivity projects across the Aegean Islands and Cyclades. Equipment operating in these areas requires supreme thermal stability, anti-corrosive tank coatings (C4/C5-M rating), and compliance with European standard IEC 61869-2 to ensure exact voltage/current measurement across islanded microgrids.
Utility-scale solar farms in Thessaly and wind projects in Evia present severe cyclic load profiles and high total harmonic distortion (THD). Our OEM/ODM inverter-duty transformers and current transformers are engineered with high K-factor ratings and electrostatic shielding to withstand harmonic stresses without premature insulation breakdown.
Heavy industrial clusters in Attica, Thessaloniki, and Patras require non-intrusive monitoring solutions. Our split-core current transformers (SCT series) allow Greek EPC contractors to upgrade switchgear and energy management systems (EMS) without interrupting factory operations or re-routing high-ampere copper busbars.
From island coastal environments to high-voltage mainland sub-stations, our customized transformer designs resolve specific local operational challenges.
Step-up transformers built to convert 690V / 800V AC inverter outputs to 11kV, 22kV, or 33kV network levels for seamless HEDNO (DEDDIE) grid injection. Equipped with multi-winding secondary configurations.
Transformers deployed on Greek islands face extreme salt-fog and high humidity. We supply custom marine-painted enclosures (ISO 12944 C5-M rated) with stainless steel hardware and hermetically sealed tanks.
Precision current transformers (CTs) with 0.2S and 0.5S revenue accuracy classes for tariff metering, combined with 5P20/10P20 protection classes to safeguard switchgear during line faults.
Split-core CTs with 333mV or 5A outputs designed for immediate clip-on integration with building automation systems in Athens commercial centers and hospitality developments.
Compare our primary instrument and power transformer design envelopes tailored for Greek procurement standards.
| Product Category | Primary Voltage Range | Accuracy / Rated Capacity | Compliance Standards | Key Features for Greek Buyers |
|---|---|---|---|---|
| Split Core Current Transformers (SCT) | 100V - 1000V (LV Systems) | Class 0.2S, 0.5, 1.0 / 333mV or 5A output | IEC 61869-2, CE, RoHS | Non-intrusive hinge installation; high linearity across dynamic loads. |
| Precision Toroidal Instrument CTs | Up to 36kV MV switchgear | Class 0.2S / 5P20 Protection Burden up to 30VA | IEC 61869-1/2, EN 60044-1 | Vacuum cast resin encapsulation; superior impulse withstand (BIL). |
| Inverter-Duty Solar Transformers | 11kV, 22kV, 33kV, 66kV | 250 kVA - 3150 kVA (Step-Up) | IEC 60076, EN 50588-1 | Electrostatic shield between windings; handles continuous harmonic heating. |
| Oil-Immersed Distribution Transformers | 6.6kV up to 35kV Input | 16 kVA - 3500 kVA (ONAN/ONAF) | IEC 60076, IS 1180 Level 1/2 | Hermetically sealed or conservator; low no-load losses for utility efficiency. |
| Custom SMPS & Ferrite Core Transformers | 12V, 24V, 220V High Freq | Application Specific (1W - 5kW) | UL94-V0, CE, IEC 61558 | High insulation resistance; custom EE/EF core topologies for power electronics. |
Combining 20+ years of transformer engineering experience with strict quality verification to serve export markets across Europe.
We utilize advanced foil winding technology for low-voltage windings. This eliminates axial short-circuit forces, reduces hot-spot temperature rise, and significantly prolongs transformer service life under fluctuating loads.
Every single unit undergoes rigorous routine testing before export: turns ratio, vector group verification, winding resistance, insulation resistance, partial discharge, dielectric withstand, and no-load/load loss validation.
Full export documentation support including CE declarations, factory test certificates, GA approval drawings, and seaworthy vacuum-sealed export crate packaging ready for direct container shipping to main Greek ports.
Common questions answered for EPC contractors, electrical distributors, and OEM buyers in Greece.
Whether you require split-core CTs for building energy retrofits or heavy-duty step-up transformers for a Greek solar PV plant, our engineering desk is ready to assist.
