TRICHARGE
TRICHARGE specializes in designing, manufacturing, and testing of EV Charging components which has passed TUV and ARAI certifications. TRICHARGE cable assemblies offer high safety, excellent operability, high durability, and stylish design
Electric Vehicles Charging Connector
EV Connector with Open Cable
Whenever there is a need to charge your electric vehicle at home, at work or at a public station, one thing is essential: the outlet of the charging station must match the outlet of your car. More precisely, the cable that connects the charging station with your vehicle must have the right plug on both ends. Tricharge Offers the High-quality products tested to TUV standards.
Charging connectors and accessories
- AC Type 2 ( case C – Only car side connector)
- AC Type 2 ( case B – Both side connector)
- AC Dummy Socket
AC Type 2 – Case C
EV Portable Charger Type 2 Mode 3
TRICHARGE charging cables are available in various versions suited for globally standardized AC charging interfaces, as well as for high-power DC charging with CCS Combo.
Special variants can made for “in-cable” chargers (IC-CPD).
AC Type 2 – Case B
EV Portable Charger Type 2 Mode 3
TRICHARGE charging cables are available in various versions suited for globally standardized AC charging interfaces, as well as for high-power DC charging with CCS Combo.
Details :
- Mechanical life: no-load plug>10000times
- Electrical Performance
- Rated current:16A/32A continuous @ 50 Deg (ARAI)
- Rated voltage: 250V/480V
- Insulation resistance:>5MΩ
- Withstand voltage: 2000V
- Environmental Performance Temperature: -30℃~+100℃
Features :
Conforming to the provisions and requirements of IEC62196-2 and IS IS17017-2-2.
TPU sheath improves the bending life and wear resistance of cable. The best material in the market at present, conforms to the latest EN 50620
Excellent internal waterproof protection performance, protection grade achieved IP54 .
Application in area :
Commercial EV Charging/Workplace EV Charging, Hotels EV Charging, Home/Residential EV Charging, Public EV charging.
Electric Vehicles PDU
Power Distribution Unit
Trinity’s high-voltage power distribution units (PDUs) deliver power to all critical loads within the electric vehicle (EV) system — including traction and auxiliary loads — while protecting electrical and electronic components and vehicle occupants with reliable circuit protection solutions. These PDUs, also known as junction or fuse boxes, are ideal solutions for battery electric vehicle (BEV) applications.
- Flexible configurations
- components including connectors, terminals, and busbars.
- Delivers power to all critical loads within the EV system, while protecting components.
Core features
- Power Distribution Unit with internal fuses
- Voltage monitoring (optional)
- Isolation monitoring (optional)
- Temperature monitoring (optional)
- Internal relays (optional)
- Scalable design
- IP rating in Compliance to IEC60529, Dielectric Strength in Compliance to IEC61439 Insulation Resistance in Compliance to IEC61439, Corrosion/Salt Spray test in Compliance to ISO9227, Short circuit protection, Current leaking protection, IP protection
Electric Vehicles Inlet
DC Vehicle Charging Inlet
Electrify your vehicles with Phoenix Contact. The mobility transformation that is taking place presents new challenges for automobile manufacturers and for the utility vehicle, passenger transport, and transportation industry. Government targets will require us to switch from combustion engines to e-mobility in the coming years. For e-vehicle users, however, seemingly long charging times threaten to undermine streamlined logistics and suitability for everyday situations. With our vehicle charging inlets, we provide a High Power Charging interface that considerably reduces charging times for all electric vehicles.
Compatible Brands
There are three types of charging connectors available in the market AC level 1, AC Level 2, and DC fast charge.
Electric vehicles (EVs) utilize two primary types of electric current: alternating current (AC) and direct current (DC). The electricity supplied from the grid is consistently in the form of AC. However, EV batteries, like the one in your vehicle, can only store and utilize DC power. This is why most electronic devices are equipped with a converter.
For AC charging in EVs, the converter is integrated within the vehicle and is commonly referred to as the “onboard charger,” although it essentially functions as a converter. Its role is to convert AC power to DC and then transfer it to the car’s battery.
In contrast, DC charging for EVs operates differently. DC chargers do not rely on the onboard charger for conversion; they can directly deliver power to the vehicle’s battery. However, DC chargers tend to be larger, more expensive, and require a higher electrical load for operation.
The Type 2 connector encompasses the majority of AC chargers available for the Indian market.
A. CHAdeMO: This rapid charging system originated in Japan and supports exceptionally high charging capacities, including bidirectional charging, with the capability to charge at speeds of up to 100KW.
B. CCS: The CCS connector is an advanced iteration of the Type 2 connector, featuring two extra power contacts to facilitate swift charging, with the capacity to deliver charging speeds of up to 350KW.
Contact Us
Call Us, Write Us, or Knock on Our Door
We Would Be Happy To Meet You And Learn All About Your Business
Please get in touch to find out more about the range of EV Inlets, Chargers, power distribution box (PDU) and other solutions as per customer requirement that we are offering.
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