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Pheilix Commercial DC Charging Station – Operational Model (30 kW – 720 kW) Air-Cooled/Liquid-Cooled
Pheilix DC Charging Station: Redefining Ultra-Fast Charging and Ushering in a New Era of Future Mobility
With the penetration rate of new energy vehicles exceeding 30%, charging efficiency and safety have become the core considerations for users when choosing a charging station. Pheilix DC charging stations, with their revolutionary technological breakthroughs, redefine industry standards with three core advantages: ‘liquid cooling ultra-fast charging + c + comprehensive safety protection,’ bringing electric vehicle users an unprecedented ultra-fast charging experience.
Liquid-Cooled Ultra-Charging: A Double Revolution in Efficiency and Safety
Pheilix is equipped with the next-generation liquid-cooled ultra-charging technology, using 3D stacked packaging modules, reducing the volume by 68% compared to traditional solutions and improving heat dissipation efficiency by 300%. Through a liquid circulation system, the temperature of the charging module is stabilised at ≤85℃, enabling continuous output of 1000V high voltage and 400A high current even in extreme high-temperature environments (such as 40℃ outdoors). The peak power of a single gun reaches 480kW, providing megawatt-level charging capacity for electric heavy-duty trucks, electric ships, and other high-capacity batteries. Test data shows that with dual-gun simultaneous charging mode, heavy-duty truck batteries can be charged from 20% to 80% in just 35 minutes, achieving four times the efficiency of traditional air-cooled charging stations.
Product Features
Elegant Design
•All aluminum Z-shaped shutter patented technology
•Clear display of SOC status
•Sunshade protection, cold light
Intelligent Control
•Online status diagnosis
•OTA remote upgrade
•4G Connection Ø OCPP1.6J
Strong Performance
•Equal power distribution between 2 connectors
•Wide constant charging power range 300V~1000V
•Low standby power consumption
•Charging efficiency up to 95%
Intelligent temperature control: optimal adaptation to all climate conditions
To address extreme environmental challenges, Pheilix has innovatively integrated a -40°C to +75°C wide-range temperature control system, featuring high-precision temperature sensors and AI algorithms that can real-time detect ambient temperature and dynamically adjust cooling strategies. In northern winters (-20°C), the charging station ensures rapid battery response through preheating functionality. In southern regions with high humidity (95%), its IP54 protection rating and maze-like waterproof design withstand heavy rain. Additionally, the intelligent temperature control module includes overheating protection, automatically triggering a shutdown alarm when switch component temperatures reach ≥85°C to prevent component damage.
Comprehensive safety protection: Five layers of protection from hardware to software
Pheilix builds a comprehensive safety system through hardware redundancy design + software intelligent monitoring:
- Hardware Layer: Utilises industrial-grade components, equipped with dual leakage protection (AC 30mA/DC 6mA), overvoltage/undervoltage protection (input voltage range 304V-456V), short-circuit protection (fault response time <100ms), and lightning protection (compliant with GB 50057-2010 standards);
- Software layer: Equipped with a BMS abnormal interruption function, which immediately stops charging when a battery fault is detected and uploads fault data to the cloud in real time via a dual-mode communication protocol (supporting Modbus-RTU and DL/T 645-2007);
- Mechanical layer: The charging gun is equipped with an electronic locking device, which automatically cuts off power when not reliably locked to prevent accidental disconnection;
- Environmental Layer: Built-in water immersion detection and smoke detection devices automatically cut off power in emergency situations;
- Certification Layer: Certified by UL, CE, CCC, and other international standards to ensure global market compliance.
Smart Operations and Maintenance: From Passive Response to Proactive Prevention
Pheilix supports OTA remote upgrades, enabling one-click updates of communication protocols and control modes via the monitoring and maintenance platform to adapt to new national standards such as the ChaoJi charging standard. Its DJSF1352-D300 smart metering module features a pre-diagnostic system that can warn of metering deviations 72 hours in advance and automatically perform zero-point calibration every 15 minutes through a dynamic calibration mechanism to ensure an error rate of ≤0.3% under all operating conditions. In addition, the device is equipped with data recording and upload functions that can store offline data locally and support power failure recovery transmission, with an MTBF (mean time between failures) of ≥80,000 hours.
Scenario-based applications: Comprehensive coverage from urban areas to remote regions
- Urban charging network: In scenarios such as communities and commercial complexes, Pheilix uses intelligent flexible charging stacks technology, with each stack capable of connecting up to 20 charging guns, supporting simultaneous charging of multiple vehicles, and achieving a maximum efficiency of 97.5%;
- Tourism and Transportation Networks: For tourist attractions and highway service areas, charging stations are equipped with flexible charging strategies that adaptively adjust output power to avoid grid impact;
- Emergency Response Scenarios: During power outages, Pheilix can collaborate with energy management units and energy storage systems to provide V2G (vehicle-to-grid) emergency power supply.
Choosing Pheilix is not just choosing a charging station; it’s choosing a future lifestyle for mobility.
Driven by technological innovation to transform the industry and committed to ensuring safety in every journey, Pheilix is dedicated to collaborating with global partners to build a green, efficient, and sustainable smart energy ecosystem.
Experience Pheilix DC charging stations today and let every kilowatt-hour become a force for change!
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Commercial 2x11kW dual sockets/Guns EV charging point
The 2x11kW dual sockets EV charger is a type of electric vehicle charging station that comes equipped with two charging ports or “guns” capable of delivering up to 11 kW of power each. This means that two electric vehicles can charge simultaneously from the same unit.
The 2x11kW dual socket EV charger is a popular choice for public and semi-public locations, as well as residential and commercial buildings. This type of charger is typically installed in locations such as car parks, shopping centers, airports, and other high traffic areas.
As our customer, you can discuss Charging station via WhatsApp with us.
WhatsApp:+86 13588999744
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OCPP1.6J managment Platform CE/TUV approved Commercial use EV Charger 400VAC 16A 11KW single Type 2 Gun/socket with wireless/credit card payment function
The OCPP1.6J management platform is an intelligent and modern communication protocol used for the convenient management and monitoring of electric vehicle charging stations. This protocol facilitates secure communication between the charging station and the backend management system, allowing businesses and organizations to effectively manage the charging process and obtain valuable data on EV usage.
The IEC61851/CE/TUV/OZEV approved commercial use EV charger is specifically designed for heavy-duty and commercial use cases. The charger is capable of delivering a maximum power output of 11kW with 400VAC 16A, making it one of the most powerful and efficient charging stations around. The charger comes with a single Type 2 Gun/socket, a standard connector used throughout Europe. This connector is versatile enough to handle both AC and DC charging and is widely accepted across the continent.
Moreover, the EV charging station comes equipped with a wireless/credit card payment function that can process payments via various electronic payment methods, including credit/debit cards, QR codes, and various mobile payment options. This payment flexibility provides customers with a convenient and secure payment method that saves them from the hassle of carrying cash.
The OCPP1.6J management platform EV Charger is compliant with various industry standards such as IEC61851, CE, TUV, and OZEV; this compliance ensures that the charger adheres to strict safety and quality standards. The station’s compliance with OZEV in the UK ensures that the station is eligible for government grants and subsidies.
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OCPP1.6J managment Platform CE/TUV approved Commercial use EV Charger 400VAC 32A 22KW single Type 2 Gun/socket with wireless/credit card payment function
The OCPP1.6J management platform is an intelligent and open communication protocol used for the remote management and monitoring of electric vehicle charging stations. It allows for secure and reliable communication between the charging station and the backend management system. The OCPP1.6J protocol is widely used in EV charging stations across Europe and is one of the most popular protocols for EV charging.
The IEC61851/CE/TUV approved Commercial use EV Charger is designed for commercial use and is capable of delivering a maximum power output of 22 kW with 400VAC 32A. The charger is equipped with a single Type 2 Gun/socket, which is a common connector used in Europe for EV charging. The Type 2 connector is designed for both AC and DC charging and is widely accepted across Europe.
In addition to the Type 2 Gun/socket, the EV charging station comes with a wireless/credit card payment function, providing customers with a convenient and secure payment option. The payment process is simple and easy to use, and customers can pay for the charging services using their credit cards or by scanning a QR code.
The OCPP1.6J management platform EV Charger has been certified by IEC61851, CE, and TUV, which are recognized certification bodies for safety and quality standards. This certification ensures that the charger has been tested and approved to meet rigorous safety and quality standards.
The EV charging point is designed with advanced safety features, such as overvoltage protection, ground fault protection, and thermal protection, to ensure both the safety of the charger and the EV being charged. The station can detect any abnormalities during the charging process and can adjust the charging parameters to avoid damage to the vehicle or equipment. The charging station can also shut down automatically in the event of any safety issues.
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Commercial use EV Charger 400VAC 63A 43kw Single Gun with 5m Type2 socket
Pheilix commercial use EV CHARGER 400VAC 63A 43kw rating refers to the amount of power the charger can deliver to your EV per hour. This high-capacity charger is ideal for commercial use where faster charging times are needed to optimize vehicle availability and reduce downtime. It can add significant range to electric and plug-in hybrid vehicles in a matter of minutes or hours, depending on the battery size and state of charge.
- Single gun design: The single gun design allows for one vehicle to charge at a time, which can be a good fit for smaller commercial fleets, such as taxis, delivery trucks, or private-use company cars. It simplifies the charging process and reduces the need for additional charging infrastructure.
- 5m Type2 socket: The Type2 socket is a standard plug type used in Europe for AC charging connections. It supports Mode 3 charging, which enables communication between the EV charger and the car to adjust the power level and monitor the charging status. The 5m length provides flexibility for parking and maneuvering the vehicle during charging.
- Commercial durability: Commercial-grade EV charging stations are built with rugged and durable materials to withstand heavy usage, outdoor exposure, and vandalism. They undergo rigorous testing and certification to ensure safety and reliability, and come with features such as overcurrent protection, ground fault detection, and surge suppression.
- Network connectivity: Commercial EV chargers are often part of a larger network that provides remote monitoring, control, and payment options. This allows facility managers or fleet operators to track usage, analyze data, and optimize charging schedules. Some networks also offer smart charging solutions that can balance the power demand among multiple chargers and other building loads to minimize energy costs and peak demand charges.
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OCPP1.6J managment Platform CE/TUV approved Commercial use EV Charger 3.6kw /7.2KW single Type 2 Gun/socket with wireless/credit card payment function
The OCPP1.6J management platform CE/TUV approved Commercial use EV Charger is designed for commercial use and is capable of charging electric vehicles with a maximum power output of 3.6 kW or 7.2 kW, depending on the model you choose. The charger is equipped with a single Type 2 Gun/socket, which is a popular type of connector used in Europe for electric vehicle charging.
2x7kW EV charging stations are ideal for various locations, including car parks, supermarkets, and businesses, and can help to generate repeat visits from EV drivers who value the convenience of having a fast charging station close to where they need it. They typically use Type 2 connectors, which are the most common connector type used in Europe. And They are typically equipped with a communication protocol such as OCPP (Open Charge Point Protocol), enabling interaction with back-office systems, monitoring usage, and managing the charging process remotely. These types of EV charging points usually include built-in safety features such as over current and over voltage protection, which helps to prevent damage to the electric vehicles being charged.
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OCPP1.6J AC range commercial use 2x22kW dual sockets/Guns EV Charger
The Pheilix OCPP1.6J AC range commercial use 2x22kW dual sockets EV Charger is typically designed with two sockets that can simultaneously charge two electric vehicles. It requires a three-phase power supply with a voltage of 400-415V AC. The charger is capable of delivering a charging speed of up to 110 kilometers per hour (km/h) depending on the EV’s battery capacity and charging status. The charger is equipped with Type 2 connectors, which are compatible with most electric cars available in the market. It may also have features such as RFID authentication, billing management, and remote monitoring capabilities for efficient management and maintenance.
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OCPP1.6j Commercial use EV Charging point 2x7kw dual/Twins with wireless payment and DLB (Dynamic loading balance ) function
Pheilix OCPP1.6J stands for Open Charge Point Protocol, which is a communication standard used by EV charging stations to exchange data with central systems, such as back-end servers or mobile apps. OCPP1.6J is a specific version that supports features such as session information, pricing, reservations, and status notifications. It allows for interoperability among different brands of chargers and networks, and enables remote monitoring and management of charging sessions.
The Wireless payment feature on Pheilix EV Charger allows users to pay for their charging sessions through a wireless connection, such as a mobile phone app or a RFID (Radio Frequency Identification) card. It eliminates the need for physical coins or credit cards, and enables flexible and secure payment options. The payment data is usually transmitted to a central payment gateway or processor, and then reconciled with the charging data for billing and reporting purposes.
The Dynamic Loading Balance (DLB) is a function that balances the electric load among multiple charging stations or other electrical devices in a network. It optimizes the use of available power and prevents overloading of the grid, especially during peak demand periods. DLB can be implemented through hardware or software solutions, and may involve different algorithms and incentives depending on the specific use case and utility requirements.
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IEC61851 /TUV Approved EV Charger Commercial use Wall mounted 11Kw , 22kw, 43kw, 2X11kw, 2x22kw
The Pheilix commercial use EV charger is a heavy duty, hard wearing, vandal resistant EV charging unit, specifically designed and manufactured for exposed commercial and public facing locations.Ideal locations include hotels, car parks, oces, factories, warehouses, restaurants, stadiums, leisure centres and retail & commercial premises.Available in 1way or 2way versions, this discreet wall unit’s IEC62196 (Type 2) Mode 3 Superfast 3 phase (11kW/22kW/43KW/2x11kw/2x22kw) charging socket(s).
With the bunch of “ smart charging” functionalities, Pheilix commercial use EV chargers provide a very convenient service to customers . Pheilix electric vehicle chargers are not only a EV charging device , It is also associated with the Solar system , Battery pack(Energy storage system) and loading devices system. Working with Pheilix OCPP1.6Json Cloud backend office platform and Ios & Andriold App system, It is the real all-in-one solution for Solar + Battery + EV charge system and providing a one stop solution for customers to be an operator.
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Commercial 2x7kW dual sockets/Guns EV charger
Pheilix Commercial use 2x7kw dual sockets/guns EV charging points are designed to provide a maximum charging power of 7kW per socket or gun. They are typically suitable for charging electric cars with a single-phase on board charger with a maximum charging power of 7kW.
2x7kW EV charger are typically designed to be wall-mounted and can be installed indoor or outdoor for public, commercial or residential usage. Dual socket EV charger points enable two electric cars to charge simultaneously, which saves time and provides more opportunities for EV charging. These types of EV charger stations are typically equipped with RFID card readers or smart phone applications as a payment option.