Exploring 180kW DC Fast Charging Stations: Technology, Efficiency, and Features

The DC fast charge 180kW station is an electric vehicle charging station, using direct current (DC) with an output capacity of 180 kilowatts, helping to charge vehicles quickly and efficiently.

Technical Specifications of the 180kW DC Charging Station

The 180kW DC fast charging station has an output capacity of up to 180kW and a maximum output current of up to 200A. The input voltage is generally AC 380V ± 20%, with a DC output voltage ranging from 200V to 1000V or 150V to 1000V. The station supports multiple charging standards such as CCS, CHAdeMO, and GB/T, even offering the NACS option, suitable for current electric vehicles.

The 180kW DC charging station is one of the advanced fast charging solutions for electric vehicles, providing high efficiency in delivering power to vehicles with an output capacity of up to 180 kW. With fast charging capabilities and an efficiency of up to 95%, this charging station is designed to meet the needs of a diverse range of moving vehicles.

The station’s input voltage is set at 380V AC ±20%, ensuring stability during operation. This is a noteworthy strength when choosing a charging station for industrial electrical systems, ensuring high flexibility and reliability. With an output voltage range from 200 to 1000 V DC, this DC charging station supports a wide range of electric vehicles with different charging voltages, from common models to vehicles with higher energy demands.

One of the standout advantages of the 180kW DC charging station is its capability to connect with diverse popular charging standards today, such as CCS (Combo), CHAdeMO, GBT, and SAE J1772. This ensures the station can serve many different lines of electric vehicles in the market, maximizing charging capabilities and expanding the number of potential customers.

The size of the charging station, with a compact design of approximately 1600 x 750 x 550 mm, allows units to be easily installed in various locations, whether floor-mounted or wall-mounted. This demonstrates flexibility in installation methods, convenient for deployment in public or commercial areas.

This charging station is also equipped with 3 charging guns, each gun having an output current from 0 to 200 A, meaning it can serve multiple vehicles charging simultaneously. Not only that, the charging cable is about 5 meters long, providing convenience when charging vehicles located in different positions.

The station’s efficiency reaches 95% or more, saving energy and reducing heat generation while ensuring safety in use. Safety standards and certifications such as CE, FCC, and RoHS further reinforce the system’s reliability and quality.

Regarding communication, the 180kW DC charging station supports OCPP (Open Charge Point Protocol) version 1.6 and 2.0. This open protocol allows integration with the charging station management system and remote monitoring, providing convenience and optimal management capability for operators.

Dynamic load distribution features allow for the most efficient energy management, along with precise protection to ensure the station’s longevity and safety throughout its operation. Designed with the user in mind, this charging station promises a friendly and easy-to-use solution for all customer types.

Features and Performance of DC Fast Charging

The 180kW DC fast charging station can charge each vehicle in just 15-30 minutes and can charge two vehicles simultaneously. It has a high power conversion efficiency of 94% or more, and very low standby power consumption. Some models are equipped with liquid cooling, enhancing efficiency and durability when operating continuously at high capacity.

DC fast charging, also known as Direct Current fast charging, is an advanced technology that uses direct current to charge electric vehicles (EVs) and devices with large batteries. This allows for a much faster charging speed compared to traditional AC (Alternating Current) charging methods.

One of the outstanding advantages of DC fast charging is the ability to deliver direct electricity to the battery, bypassing the internal converter inside the vehicle. This helps eliminate the efficiency limitations of the internal converter and optimize charging time. With electric vehicle charging technology level 3, DC fast charging can achieve a power of 50 kW to several hundred kW, depending on the equipment, which greatly helps reduce charging time.

The performance of DC fast charging is truly impressive. For many types of electric vehicles, this technology can charge up to 80% of battery capacity in just about 30 minutes to 1 hour, while AC charging can take many hours. This is very useful for long-distance vehicles, where the charging stop time needs to be minimal.

However, the charging speed also depends on the battery capacity as well as the output capability of the public charging station. Each vehicle may charge faster or slower depending on these factors. Fast AC charging only reaches a maximum capacity of about 43 kW, so it cannot compete with DC fast charging in shortening charging time.

In addition, DC fast charging stations are popular in many parking lots and rest areas, meeting the need for quick and efficient energy replenishment. Other related technologies such as Power Delivery are used to reduce the charging time of small electronic devices, but the high power of the DC line is the main factor increasing speed for electric vehicles.

Benefits and Compatibility of the Charging Station

The 180kW DC fast charging station supports various charging standards and has wide compatibility. Its user-friendly touchscreen interface and flexible payment options via mobile applications, RFID cards, or credit cards, and support for OCPP 1.6J and 2.0 protocols ensure safe and effective station management.

Electric vehicle charging stations bring benefits not only to the environment but also to economic and social development. By using charging stations, we can help reduce greenhouse gas emissions and improve air quality, thereby contributing to building a sustainable future. These charging stations promote the use of electric vehicles, reduce reliance on fossil fuels, and also encourage the use of renewable energy sources.

Economically, electric vehicle charging stations provide opportunities to increase revenue for businesses. When customers use electric vehicles to recharge, they tend to stay longer, creating conditions for businesses to sell additional services or products. Moreover, with a reasonable business model, charging stations can be an additional income source by selling electricity directly to users.

Socially, the development of electric vehicle charging stations plays an important role in upgrading clean transportation infrastructure, creating convenience and reliability for electric vehicle users. This not only helps expand the range of electric vehicle travel but also aids energy access in urban areas.

The compatibility of electric vehicle charging stations is another crucial factor. These stations are designed to support a variety of electric vehicles and different charging levels, from low-power home charging to advanced public fast charging. This is done through popular charging connection standards like CHAdeMO, CCS, Type 2, ensuring compatibility with many electric vehicle models and alleviating concerns about incompatibility. The ability to integrate control and automatic payment technology through modern applications like the OCPP protocol, along with flexible payment methods, from mobile apps to credit cards, enhances the user experience and offers more effective management.

The 180kW DC fast charging station offers many technical benefits such as fast charging technology, the OCPP security protocol, and broad electric vehicle support. This is a strategic investment meeting the demands of the modern electric vehicle market.

Contact QuangAnhcons for consultation and deployment of the 180kW DC fast charging station: Hotline +84 9 1975 8191

QuangAnhcons provides solutions for 180kW DC fast charging stations with advanced technological utilities and diverse installation requirements.