Steker Pengisian EV

The CCS1 pins EV plugs Ultrasonic terminal welding is the method used for joining. The contact resistance of this technology is near zero, while the temperature increase in use is reduced. This means a safer charging process, as well as a longer service life. For IP67 protection level, the terminal and cable crimping parts firmly with rubber. We have obtained TUV, CB, CE, and UKCA certificates.

APEKS EV Plugs are manufactured with accuracy and efficiency by fully automatic production lines. The 360-degree visual inspections are carried out at each stage of the production. Attention to detail is paid to production lines to ensure that every plug produced meets the highest quality standards and has no defects. The quality control system was designed to ensure the best possible end product so that customers are assured of receiving a safe and reliable product.

This CCS1 Plug is made using ultrasonic weld technology. The charging resistance is close to 0. APEKS is committed to providing EVSEs that are fast, safe, and reliable. This will make EV charging easier.

The CCS1 DC charging plug for electric vehicles supports fast charging up to 1000V voltage, 250A current. This CCS1 connector can be used to install an electric outlet on the DC EV Fast Charging Station.

This CCS1 EV Plug has CE, and UL certifications. UL is a member of OSHA's list of nationally recognized test laboratories (NRTL). It provides third-party tests of safety for a number of technologies, such as EV chargers.

The CCS1 Plug is equipped with a safety pin, which prevents an electric shock in the event of accidental contact. This plug offers a reliable, safe way to supply power to electric cars.

The CCS1 Replacement Cord is built to withstand impact and pressure. It also features an IP65 WATERPROOF DESIGN, with silver-plated copper-alloy contacts that prevent overheating.

Ccs1 Connector Sae J1772 Connector Sae J1772 Plug Ccs1 Plug J 1772 Plug Ev Plug J1772

 

 

 

The EV charging plug is an essential component for electric vehicles (EVs) to connect with charging infrastructure. Designed to comply with international standards such as Type 1 (SAE J1772), Type 2 (IEC 62196), CHAdeMO, or CCS, these plugs facilitate safe and efficient charging. With features like various charging speeds, intelligent communication, and compatibility with diverse charging stations, EV charging plugs play a crucial role in promoting the adoption of electric mobility.

Fast Charging: Supports rapid direct current (DC) charging, delivering a quick charge for efficient and time-saving recharging.

Smart Features: Incorporates intelligent communication features, allowing interaction with charging infrastructure for real-time monitoring and enhanced user experience.

Durability: Constructed from high-quality materials for durability and wear resistance, ensuring stable and reliable performance over extended usage.

Seamless Infrastructure Integration: Easily connects with home charging stations, public charging points, and fast-charging stations, contributing to a comprehensive and accessible charging infrastructure.

Environmental Impact: As part of the electric vehicle ecosystem, the EV charging plug contributes to reducing dependence on traditional fuels, promoting eco-friendly and sustainable transportation.

Widely deployed at public charging stations located in urban areas, commercial spaces, and along highways, facilitating on-the-go charging for electric vehicle users.

Q1: Why is compatibility crucial in designing EV charging plugs?

A1: Compatibility of EV charging plugs is essential because different electric vehicle manufacturers may adopt distinct charging standards and connector types. Ensuring compatibility with various standards, such as Type 1, Type 2, CHAdeMO, or CCS, helps provide a broader range of charging options, allowing users to charge on different types of charging infrastructure, enhancing the flexibility and convenience of electric vehicles.

Q2: Why does an EV charging plug need to have intelligent communication capabilities?

A2: An EV charging plug with intelligent communication capabilities can interact in real-time with charging infrastructure, monitor charging status, and provide a user-friendly charging experience. Smart communication allows data exchange between the plug and the charging station, including charging speed, battery status, etc., helping optimize the charging process and improve charging efficiency.

Q3: Why is high safety a crucial consideration for EV charging plugs?

A3: EV charging involves high voltage and current, making safety a primary design consideration. The plug needs to comply with international safety standards, including features such as waterproofing, dust resistance, and protection against electric shock, ensuring user safety during the charging process. Additionally, considering users may use the plug in different environments and weather conditions, a high level of safety design helps prevent potential electrical safety risks.

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