Discover our DC fast chargers designed to provide rapid charging for electric vehicles. Our range includes reliable and efficient DC fast chargers that are compatible with various EV models. Find the perfect DC fast charger to meet your EV charging needs and enjoy the convenience of fast and reliable charging for your electric vehicle at ZEROVA.
Fast charging is being rolled out at a faster pace in public demand than home demand. DC fast charging facilitate longer trips and tackle range anxiety of EV drivers.
By installing fast EV charging stations, businesses help alleviate EV-drivers range anxiety. This is the most effective way to entice new clients and foster repeat business.
Public charging faces increasing competition from new entrants in EV fast charging. It’s time to own fast EV charging stations and leave the competition behind.
In ZEROVA, we are obsessed with helping organizations worldwide to accomplish their sustainability objectives. Therefore, we manufacture electric vehicle charging facilities for their staff, occupants, and customers.
EVGallop Mobility System Corporation announced the official launch of its U-POWER ultra-high-speed charging service uses the highest-power ZEROVA 360KW charging station, providing CCS1 and CCS2 liquid-cooled High Power chargers. It is expected that 25 charging stations will be completed in Taiwan by the end of 2022 to accelerate the practicality and convenience of electric vehicles.
ZEROVA and Taiwan Cement Corporation (TCC), which is the top 10 cement companies in the world, partnered to deliver a smart charging experience for EV owners, ZEROVA has entered into strategic partnership with TCC and supports NHOA’s project「Atlante Network」. By 2025, the project is expected to have installed fast charging station in over 1,500 sites in south Europe and reaches 9000 sites in 2030.
ZEROVA supports Shell in several global markets as a key supplier, including Asia, Europe, the Middle East, Africa, and North America. Shell launched the first Phihong-powered Shell Recharge service station in Hong Kong in late December 2021, with 120kW DCFC stations. They deliver rapid charging from 10% to 80% in less than an hour, while 360kW DCFC will enable most passenger electric vehicles to reach from 10% to 80% in as little as twenty minutes.
In 2020, Phihong and Audi partnered to deliver a smart charging experience for EV owners throughout Taiwan. This, along with a collaboration with Noodoe, resulted in Phihong constructing multiple “Audi Fast Charging Stations” to support Audi’s e-tron electric vehicle. Chargers were deployed in Taipei City, New Taipei City, Hsinchu City, Taichung City, and Kaohsiung City to provide a more comprehensive and dependable charging network for electric vehicle owners in Taiwan.
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DC fast chargers are commonly installed in public and commercial locations where quick charging is necessary. This includes freeway service areas, gas stations, EV charging stations, shopping centers, and sometimes business complexes. Their installation is strategic to facilitate long-distance travel for EV drivers, allowing them to recharge quickly and continue their journey.
In terms of safety design, electric vehicle (EV) charging stations must provide for safety, efficiency, and reliability. Therefore, public charging stations incorporate several safety protection measures, including lightning protection, arc protection, and leakage protection. These ensure that electric vehicles can be charged safely and reliably even in harsh weather conditions.
Additionally, information security ensures product safety for the public using EV charging stations. Globally accepted inspection methods often include information security verification for the voluntary product certification of “Electric Vehicle Charging Equipment” with networking capabilities. This process helps prevent potential information security risks that could arise from remotely managing equipment and providing services.
However, users still need to comply with all safety guidelines and recommendations to guarantee safety throughout the charging process.
The upkeep required for publicly accessible DC chargers is determined by their usage and location. To ensure optimal performance, the cables, plugs, and charger should be periodically inspected for any damage. Additionally, touch screens, card or RFID readers, and software systems should be examined and updated regularly.
With modern chargers featuring advanced connectivity and modularity, many problems can be diagnosed and resolved remotely, further streamlining the maintenance process.
An electric vehicle's charging speed with DC charging can be impacted by various factors. Nonetheless, as the AC/DC converter is present in the charging unit, using DC charging can be notably quicker compared to AC charging. The charging speed with DC charging is influenced by different factors, such as the current charge of the battery, weather conditions, the battery's charging capacity, and the power output. It's worth noting that batteries charge slower in colder temperatures.
Battery’s current charge
Charging slows down significantly for the final 20% due to battery life and safety measures.
Weather conditions
Lithium-ion batteries used in EVs are sensitive to cold temperatures, which can negatively impact charging speed.
Power output
The power output of the charging unit affects charging times, with higher power outputs leading to faster charging speeds. For example, charging for 15 minutes at 100 kW and 350 kW power output can provide an additional range of 130 km to 480 km, respectively. Charging for one hour at 50 kW output can add 278 km of range.
The power outputs of DC fast chargers can vary widely. Entry-level fast chargers start at around 50 kW, which can provide a substantial charge in under an hour. More advanced models range from 100 kW to 480 kW, with the higher-end chargers capable of adding up to 20 miles of range per minute of charging. The choice of power output depends on factors like the intended usage, the types of vehicles being charged, and the available electrical infrastructure.
Yes, DC charging is significantly faster than AC charging. AC chargers, typically used for home or overnight charging, operate at lower power levels and require the car's onboard charger to convert the AC electricity to DC, which takes additional time. In contrast, DC fast chargers supply power directly to the battery at a much higher rate, enabling rapid charging that is ideal for short stops during long journeys.
A DC fast charger, also known as a Level 3 charger, is a high-power charging system that delivers direct current (DC) electricity directly to an electric vehicle's (EV) battery. Unlike AC chargers that require the vehicle's onboard converter to change alternating current to direct current, DC fast chargers bypass this step, allowing for a much quicker transfer of energy. They are typically found in public charging stations and are ideal for rapid charging during long trips or quick top-ups.
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ZEROVA offers high-quality, economical fast chargers, customized EV charging solutions, and infrastructure consulting services for a variety of business sectors. Contact us now for details.
