Shah Electronics

The EV Charger Transformer is a high-performance magnetic component specifically designed for Electric Vehicle (EV) charging applications, ensuring efficient power transfer, superior isolation, and reliable operation. Built using high-frequency ferrite or nanocrystalline cores, this transformer delivers low core losses, high power density, and excellent thermal performance, making it ideal for on-board and off-board EV chargers.

Engineered for DC-DC conversion and isolation in EV charging systems, this transformer provides stable output, low electromagnetic interference (EMI), and high dielectric strength, ensuring safety and durability even under demanding load and environmental conditions.

Its robust and compact design supports fast-charging technologies and high-efficiency power conversion, enabling modern EV infrastructure to deliver cleaner and faster charging.

• Optimized for high-frequency EV charger power circuits

• High efficiency with low core and copper losses

• Superior isolation and dielectric strength for safety compliance

• Compact and thermally optimized design

• Stable performance across wide temperature and load ranges

• Excellent EMI suppression characteristics

• Customizable electrical parameters and form factors

• RoHS compliant and meets IEC / UL / automotive-grade standards

• On-Board EV Chargers (OBCs)

• Off-Board Fast Charging Stations

• DC-DC Converters for Electric and Hybrid Vehicles

• Battery Management and Conditioning Systems

• Power Modules for Renewable and EV Infrastructure

• Inverters and Power Distribution Systems

The Single Phase 25A EV Charger is a high-efficiency AC charging solution designed to deliver safe, fast, and reliable charging for electric vehicles (EVs). Built with advanced power electronics and intelligent control systems, this charger provides stable 25A output on a single-phase power supply, making it ideal for residential, commercial, and fleet charging applications.

Engineered for easy installation and long-term reliability, the charger offers high conversion efficiency, low standby power consumption, and comprehensive protection features including over-voltage, over-current, and thermal protection. Its compact design and robust enclosure ensure durability in both indoor and outdoor environments.

• Rated for Single Phase 230V AC, 25A output

• Fast and efficient charging with high power conversion efficiency

• Intelligent control and protection (Over-voltage, Over-current, Short-circuit, Over-temperature)

• Compact, wall-mountable design suitable for home or workplace

• LED indicators for charging and fault status

• Optional RFID access, Wi-Fi / OCPP communication, and smart monitoring

• High-quality construction with weather-resistant housing (IP54 / IP65)

• Compatible with all standard EVs (IEC 62196 / Type 2 plug)

• RoHS compliant and meets IEC / CE safety standards

• Residential EV Charging (Homes, Apartments, Villas)

• Commercial Charging Stations

• Fleet and Workplace Charging

• Parking Lots and Public Charging Points

• Renewable Energy-Integrated Charging Systems

The Compact EV Charging Transformer is a high-efficiency, space-saving magnetic component engineered for modern Electric Vehicle (EV) charging systems. Designed using high-frequency ferrite or nanocrystalline cores, this transformer delivers excellent power density, low core loss, and superior thermal stability, making it ideal for both on-board and off-board EV charger applications.

Its compact design allows easy integration into DC-DC converters, on-board chargers (OBCs), and EV charging stations, while ensuring maximum efficiency and safety. The transformer provides high isolation voltage, low electromagnetic interference (EMI), and consistent performance even under high current and temperature conditions — ensuring reliable, long-term operation in demanding EV environments.

• Compact and lightweight design for space-constrained EV systems

• Optimized for high-frequency power conversion

• High efficiency with low core and copper losses

• Excellent dielectric strength and isolation

• Stable performance over wide temperature and load ranges

• Low EMI / RFI emissions for enhanced circuit reliability

• Customizable electrical parameters (turns ratio, inductance, core size)

• RoHS compliant and meets IEC / UL / automotive safety standards

• On-Board EV Chargers (OBCs)

• DC-DC Converters for Electric and Hybrid Vehicles

• Off-Board Fast Charging Stations

• Battery Management Systems (BMS)

• EV Power Distribution and Conditioning Modules

• Renewable Energy and Smart Grid Interfaces

The Low Loss EV Transformer is a high-performance magnetic component specifically designed for Electric Vehicle (EV) charging systems, on-board chargers (OBCs), and DC-DC power conversion applications. Built using advanced ferrite or nanocrystalline core materials, this transformer delivers exceptional energy efficiency, low core losses, and high power density, ensuring stable and reliable performance in demanding EV environments.

Engineered for high-frequency operation, the Low Loss EV Transformer offers superior thermal stability, high isolation voltage, and minimal energy dissipation, contributing to extended system life and enhanced charging efficiency. Its optimized magnetic design supports fast-charging applications while maintaining compact size and excellent EMI performance.

• Ultra-low core loss design for high energy efficiency

• Optimized for high-frequency EV charging circuits

• High isolation and dielectric strength for safety compliance

• Excellent thermal stability and long operational life

• Compact, lightweight construction with high power density

• Low electromagnetic interference (EMI) characteristics

• Customizable inductance, turns ratio, and mounting options

• RoHS compliant and meets IEC / UL / automotive-grade standards

• EV Chargers (On-board and Off-board)

• DC-DC Converters for Electric and Hybrid Vehicles

• Battery Management and Power Conditioning Systems

• Charging Stations and Power Modules

• Inverters and Energy Conversion Equipment

• Renewable Energy and Smart Grid Systems