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Dc fast charging, also known as Level 3 charging, is an efficient charging technology for electric vehicles. Compared to traditional AC charging, DC fast charging can charge an electric vehicle's battery to 80 percent capacity in just 18 minutes. Dc fast charging stations are rapidly increasing across the country, offering electric vehicle owners a convenient charging option. The EF160 uses direct current (DC) to quickly charge electric vehicle batteries, with power ranging from 60kW to 150 kW, and the EF160 charging station converts alternating current (AC) from the grid to DC and delivers it to the vehicle's battery. At the beginning of the charging process, the charging station establishes a connection with the electric vehicle and determines the appropriate charging voltage and current, which is an excellent choice for commercial fast charging.
The EF160 is modular and designed to allow charging piles to be easily scaled according to demand. For example, if you need to increase charging power or add new functions, just add or upgrade specific modules, you can also quickly adjust the configuration of charging piles according to different application scenarios and needs, such as deploying charging piles with different configurations in different locations such as highway service areas, urban charging stations or residential areas. The modular design reduces production and maintenance costs because individual modules can be produced and maintained independently, reducing the need for overall replacement. The modular design makes the maintenance and repair of the charging pile easier. If a module fails, only the module needs to be replaced, rather than the entire charging pile. The modular design also helps to locate faults quickly, as each module has clear functions and interfaces for easy diagnosis and repair.
The EF160 has multiple charging modes, such as APP, RFID (radio frequency identification) or plugand-charge (PnC), which can meet the needs and preferences of different users and improve the user experience. Some users may prefer to use a mobile APP, while others may prefer an RFID card or plug-and-play convenience. Plug and Play mode allows users to start charging without additional authentication steps, making the charging process faster and more seamless. RFID and APP authentication can provide an additional layer of security against unauthorized use, protecting the interests of users and charging station operators. With an APP or RFID, users can easily manage payment methods, including pre-paid, post-paid or using points and rewards. Apps and RFID can be used to collect user charging data to help operators analyze usage patterns and optimize charging network layout and services.
Explore the future of green energy by choosing EF160 DC charging pile from ARK Charging Pile Factory. Known for its high efficiency and stability, this charging pile is the ideal choice for your move towards a sustainable energy solution. With a minimum order of one, you can experience the superior performance and convenient service of the EF160. The EF160 can meet your business needs for fast charging while reducing operating costs. Act now, and together, let's start a new chapter in clean energy.
Integrate EF160 DC charging pile into your retail environment to create a modern life station integrating dining, shopping and charging. This innovative model enhances the customer experience, increases stay time, and demonstrates your commitment to the environment, attracting more consumers who are focused on a sustainable lifestyle. Act now to make your store the pioneer of the future of retail.
ARK takes great pride in partnering with energy suppliers to deliver not just a product, but a comprehensive solution. From the project design stage, we work closely with you to ensure that our charging pile solutions fit perfectly into your energy network. We not only provide innovative charging technologies, but also cover the integration of photovoltaic power generation, energy storage and charging technologies to power the integrated development of renewable energy and intelligent transportation. Our cooperation is not only limited to the supply of products, but also includes the execution of the project and subsequent maintenance work to ensure that your brand is reflected and enhanced throughout the project. Our goal is to make your brand shine as you deliver green, energy efficient solutions. Through our partnership, your brand, together with ARK, will become an important force in advancing the global sustainability Goals.
Installation Guidance: We offer comprehensive installation instructions as part of our customer service package.
2-Year Warranty: Our commitment to customer satisfaction is underscored by a 2-year warranty provided for the charger post-installation, ensuring you receive maximum benefits.
24/7 After-Sales Assistance: Our dedicated support team is readily available to provide comprehensive assistance whenever you encounter any challenges with your EV charger.
SYSTEM | |
Charging type | Mode 4 |
Dimension (H x W x D) | 1900 x 700 x 700mm |
Enclosure protection grade | IP54, IK10 |
Cable routing | Bottom inlet, top outlet wiring |
Net weight | 310kgs |
Numbers of plugs | 3 |
Charging standard | IEC 61851-1, IEC 61851-23 |
Certificate | CE, EN 61851-23:2014 + EN 61851-23:2014/AC:2016-06, IEC 61851-21-2: 2018, EN IEC 61851-21-2: 2021 |
Protection | Over/under voltage protection, overload protection, current leakage protection, grounding protection, lightening surge protection |
Accessories | Cable management balancer reel |
Input | |
Input voltage | 400Vac +/-10%, 50/60Hz, 3-phase + neutral + PE |
Input current | 0 - 102A |
Power factor | 0.99 at nominal output |
Efficiency | 94% at nominal output |
DC Output | |
Outlet connectors | DC: CCS-2 |
DC output power (single charging) | CCS: 60kW max |
DC output power (simultaneous charging) | CCS: 30kW of each plug |
DC output voltage range | 200 – 1000VDC |
DC Output current range | CCS: 0 – 200A |
User interface | |
User authentication | RFID, QR code, Mobile App |
Display | 7" LCD touch screen |
Support languages | English, Spanish, Polish (other languages upon request) |
Network interface | Ethernet and LTE |
Protocol | OCPP 1.6J, future upgradable to 2.0 |
Environmental | |
Working temperature | -30°C – +55°C, derating from 55°C to 75°C |
Working humidity | 5% – 95% non-condensation |
Altitude | <2000m |
Cooling | Fan cooling |