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Product overview of DC charging pile

Basic Functions

Fast Charging

DC charging piles can provide high charging power, allowing electric vehicles to be fully charged in a short amount of time.

Intelligent Control

Equipped with intelligent charging control functions, these chargers can automatically adjust charging parameters based on the battery's status, ensuring battery safety and extending its lifespan. Additionally, charging piles can communicate with electric vehicles for remote monitoring and management.

Safety and Reliability

DC charging piles incorporate comprehensive safety protection measures, such as over-voltage protection, over-current protection, short-circuit protection, and leakage protection, ensuring a safe and reliable charging process. Furthermore, they are designed to be resistant to lightning, water, and dust, making them suitable for various harsh environments.

Convenience and Ease of Use

The operation is simple and convenient; users need only to plug the charging gun into the electric vehicle's charging port and follow the prompts on the charging pile to complete the charging process. Additionally, these charging piles offer various payment options, facilitating user payment.

Design Philosophy

High Efficiency

The design of DC charging piles emphasizes improving system efficiency while minimizing power conversion losses, cable losses, and transformer losses to achieve higher energy efficiency.

High Power Density

By utilizing appropriate power components, topologies, and robust controllers, the design achieves a higher power density for charging modules, allowing for more modules to fit within a single cabinet and enhancing output capacity.

Eco-Friendly and Low Carbon

As a key component in achieving low-carbon objectives, the design of DC charging piles aims to reduce carbon emissions, helping countries and enterprises reach their decarbonization goals.

User-Friendly

The design of DC charging piles considers user experience, focusing on shortening charging times and providing ranges comparable to traditional fuel vehicles to meet user demands for convenient charging.

Core Values

Defining Charging Power

The core value of DC charging piles lies in their ability to define charging power independently rather than relying on the onboard charger (OBC), making charging more efficient.

Reducing Carbon Emissions

Serving as vital charging infrastructure for electric vehicles, DC charging piles contribute to the reduction of carbon emissions, supporting environmental protection and sustainable development.

Enhancing Charging Convenience

By providing fast charging services, DC charging piles improve the convenience of charging electric vehicles, alleviating range anxiety for users.

Technological Innovation

The design and implementation of DC charging piles involve technological innovations, such as the use of silicon carbide devices to enhance power density and longevity, as well as improvements in cooling methods to reduce failure rates and noise.

DC CHARGING PIlE SERIES

DC charging pile is an efficient charging facility for electric vehicles, which uses direct current (DC) to directly charge the vehicle battery, significantly reducing the charging time. Compared with traditional AC charging piles, DC charging piles are able to provide higher power output and can usually charge an EV to 80% of its capacity in 30 minutes, providing users with a convenient charging experience.

Extended reading

THE ESSC Brand promise

Global supply

Our products sell well all over the world, covering many countries and regions, through the global logistics network, to provide customers with convenient purchasing experience.

Rigorous quality

We adhere to the highest quality control standards to ensure every product meets industry regulations and customer expectations, earning trust through consistent excellence.

Excellent service

With a customer-centric approach, we provide prompt responses, professional support, and personalized services, aiming to deliver the best user experience and long-term value.

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