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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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CE/TUV approved Commercial use EV Charger 2x22kw dual Guns/sockets with DLB (Dynamic loading balance ) function based on OCPP1.6J
The TÜV-approved Commercial use EV Charger 2×22 kW dual guns/sockets is designed to provide a high-quality and robust charging solution for fast-charging on-the-go. With 22 kW dual guns/sockets, this charger is capable of charging two electric vehicles simultaneously, and with DLB functionality, users can expect a reliable and efficient charging experience.
he DLB function ensures that the available power across the EV charging point is automatically balanced, making sure that each vehicle gets a consistent and stable power supply. This means that even if two electric vehicles are charging simultaneously, the charging rate will not be affected, and the charging process will continue smoothly.
The Commercial use EV Charging station 2x22kw dual Guns/sockets is based on the OCPP1.6J open communication protocol. This protocol allows for secure and reliable communication between the charging station and the back-end management system. This means that users can remotely monitor and manage the charging points, check charging status and progress, and view and export charging records. Additionally, they can access real-time alerts and notifications, ensuring that any issues are quickly detected and resolved.
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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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UL 2594 AC Level 2 EV Charger 50A Wall Mount
Pheilix UL 2594, SAE J1772 standard AC Level 2 EV Charger series designed with intelligent integrated solution based on high level security and electrical performance. 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 other family devices system. Pheilix team independently developed the OCPP1.6Json network platform and App system. From UL 2594 SAE J1772 standard charging control modules to complete EV charging units to Network platform and App , Pheilix provides a One-stop EV charging sloution to different customers .
he Pheilix charger has a built-in energy meter, so some local utilities may not require the installation of a second meter.
● Monitors energy usage and demand
● Provides certified energy and metered demand response, so it can support electric utility electric vehicle billing when certified to ANSI C12.20 and IEC standards (if supported by your local electric utility)
● Supports energy usage data evaluationFlexible communications
Blink has many ways to connect to the Internet:
● Ethernet Local Area Network (LAN)
● IEEE 802.11b/g (Wi-Fi) ● Cellular ModemSafety
Pheilix safety features:
● Compliant with UL 2594 – Electric Vehicle Supply Equipment.
● Will not dispense power unless the connector is properly latched in the vehicle’s inlet –with an audible click.
● Communicates with your vehicle when the Pheilix connector is plugged into the vehicle inlet, so the vehicle will not drive until the connector is unplugged.
● Turns off the charging power if the Pheilix connector or cable is subjected to excessive strain.
● Contains a charge circuit interrupting device (CCID) and a ground monitoring circuit.
● Meets all National Electric Code and UL requirements related to electric vehicle charging systems.
● Restarts automatically after a power outage.
● Provides adjustable output current to support electric utility demand response requests, where available (and with your permission).
● Complies with the Americans with Disabilities Act (ADA), and can be installed in a variety of configurations to meet your needs. -
EUStandard Economy Version EV Charger (Wall Mount) 7Kw, 11Kw, 22Kw
Pheilix economy version EV chargers compliant with the IEC 61851 standard. The series products was independently developed and designed with intelligent integrated solution based on high level security and electrical performance. The economy series EV chargers are CE/TUV /CB approved with high level security functionalities such as earth leakage protection , Over/under voltage , Over current , Over temperature … The enclosure designed with stainless and IP65 protection, Available for both indoor and outdoor installation.
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Solar Panel Glacier Series
Solar modules, also known as solar panels, are made up of several photovoltaic (PV) cells that capture the sun’s energy and convert it into electricity. These cells are typically made of silicon or other semiconducting materials, and they work by absorbing photons from sunlight, which releases electrons and creates an electrical current. The electricity generated by solar modules is a form of direct current (DC), which can be converted into alternating current (AC) using inverters so that it can be used in homes and businesses.
The efficiency of solar modules varies depending on several factors, including the type of PV cells used, the size and orientation of the panel, and how much sunlight is available. In general, solar panels are most efficient when they are installed in areas with maximum sun exposure and minimal shading.
Solar modules are typically installed on rooftops or in large arrays on the ground, and they can be connected in series to produce higher voltage and wattage outputs. They are also used in off-grid applications, such as powering remote homes or water pumps, and in portable devices such as solar-powered chargers. -
On Grid/Hybrid Inverters
On-grid inverters, also known as grid-tied inverters, are designed to work with solar panel systems that are connected to the electrical grid. These inverters convert the DC (direct current) electricity generated by the solar panels into AC (alternating current) electricity that can be used by household appliances and fed into the grid. On-grid inverters also allow excess electricity generated by the solar panels to be sent back to the grid, which can result in net metering or credit from the electricity provider.
Hybrid inverters, on the other hand, are designed to work with both on-grid and off-grid solar panel systems. These inverters allow the solar panels to be connected to battery storage systems, so that excess electricity can be stored for later use rather than being sent back to the grid. Hybrid inverters can also be used to power household appliances when there is a power outage on the grid or when the solar panels are not generating enough electricity to meet the household’s needs.
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51.2V 100Ah 5KWh /51.2V 200Ah 10KWh Battery Pack for Residential Solar System
Pheilix Solar battery are a relatively new technology that has gained popularity in recent years due to their ability to store solar energy for later use. They work by converting and storing solar energy during the day and releasing it as electricity when needed.
The Pheilix Home energy storage systems allow homeowners to store excess energy generated by their solar panels or wind turbines for use during high demand times or when there is no energy available. Additionally, they can provide backup power during blackouts or grid failure.
1. Long cycle life reduces cost of average life expectancy
2. Maintenance -free brings lower cost
3. The operation temperature range is wide
4. Intelligent Battery Management System
5. The battery will not be burnt or exploded in case of acupuncture, baking and other extreme statues