Flexible Layout, Achieving High Charging Power with Smaller Space
The split-type mainframe and terminals can collaborate, supporting up to 30 split-type regular terminals at most. It can accommodate a maximum of 5 liquid-cooled supercharging terminals and possess lighter liquid-cooled charging gun cables. The internal units are modularly designed, allowing flexible control and circular interconnection of the entire system, reducing the number of components, thereby enabling both regular charging and liquid-cooled supercharging.
Comprehensive Monitoring and Safety in Challenging Environments
Real-time monitoring of each system's status, instantly uploaded to the main monitoring and backend systems; multiple safety protection measures in place, IP54 protection rating, enabling operation in temperatures from -40 to 70 degrees Celsius across all scenarios, with real-time noise levels below 65 decibels.
> Real-time system status monitoring and reporting
> Diverse safety measures, IP54 protection rating
> Operational range from -40 to 70 degrees Celsius, low real-time noise levels
Lightweight, Flexible—High Performance Can Coexist with Small Size
Single-phase AC input simplifies input lines and distribution switches, reducing wiring complexity; small-sized, lightweight terminal devices minimize space occupation, lowering transportation and installation costs. Offering multiple charging modes and payment options, the convenient and efficient human-machine interaction, combined with Ethernet or 4G signals, further reduces usage costs.
> Simplified wiring with single-phase AC input
> Compact, lightweight terminals for reduced footprint and costs
> Diverse charging modes, payment options, and cost-efficient human-machine interaction through Ethernet or 4G signals
Control Unit
BAS
Control unit for the flexible charge system
Up to 1200kW output
Liquid cooling system
Multiple Charge Mode
Basic Parameters
Dimensions
800*600*1800mm
Color and Enclosure Materials
White/Powder coated stainless steel
Modules
20kW*6/30kW*6/40kW*6~9
Installation
Floor/Ground
Electrical Parameters
Output Power
120kW/180kW/240kW/280kW/360kW
Frequency
50Hz
Interface and Connectivity
Display
7" Touch LCD Screen
Communication Protocol
OCPP 1.6J
Communication Standard
Wifi/4G
Payment
RFID/QR Code
Safety and Certifications
Encosure Rating
IP54
Safety Protection
Overload, input under/over voltage, output overcurrent/short-circuit, leakage, over-temperature, lightning, antirust, anti-inverse , scram Protection
Operating Temperature and Noise
-40~70℃/<65dB
Terminal
AisTOI Air
DC Terminal for EV Charge Control Unit
240kW output power
Limited Dimensions
Multiple Charge Mode
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EV Charging Is Changing Fast — See What’s New This Week Global EV Market Soars – What It Means for the Future of EV Chargers and Charging Infrastructure Ireland: Free home EV chargers for sharing Ireland started a new project. It gives free home chargers to people. These people share the charger with their neighbors. The system works with EasyGo. This is good for people who do not have private parking. The program runs until 2025. It will help Ireland learn how to grow its EV system faster. A recent report from the Baden-Württemberg Solar and Hydrogen Research Center in Germany reveals groundbreaking insights for 2023. Global electric vehicle (EV) numbers—covering battery electric, plug-in hybrid, and range-extended models—have surged to nearly 42 million, marking a stunning 50% year-over-year increase. Notably, China leads the charge with over 23.4 million EVs, accounting for more than half of the worldwide fleet. This explosive
Energy Storage: The Game-Changer for Scaling EV Charging Networks
Energy Storage: The Game-Changer for Scaling EV Charging Networks Global EV Market Soars – What It Means for the Future of EV Chargers and Charging Infrastructure Why Energy Storage is Critical for Future EV Charging Networks The rapid growth of electric vehicles (EVs) is straining traditional power grids. By 2030, global public EV chargers are projected to exceed 50 million units, but grid capacity struggles to keep pace with peak demand, risking instability. Energy storage systems (ESS) provide essential solutions: Peak Shaving: Reduce grid stress during high-demand periods. Load Smoothing: Stabilize power fluctuations caused by ultra-fast charging (350kW+). Renewable Integration: Pair with solar or wind to enable green charging stations. A recent report from the Baden-Württemberg Solar and Hydrogen Research Center in Germany reveals groundbreaking insights for 2023. Global electric vehicle (EV) numbers—covering battery electric, plug-in hybrid, and range-extended models—have surged to nearly 42 million, marking a stunning 50% year-over-year
Home Energy Storage: The Best Protection Against Europe’s Recent Power Outages
Global EV Market Soars – What It Means for the Future of EV Chargers and Charging Infrastructure Home Energy Storage: The Best Protection Against Europe’s Recent Power Outages On April 28, 2025, a massive power outage plunged Spain, Portugal, and parts of southern France into darkness, disrupting daily life for millions. The blackout, one of the most severe in recent European history, exposed vulnerabilities in the interconnected power grid and underscored the importance of reliable backup energy solutions. On April 28, 2025, a massive power outage plunged Spain, Portugal, and parts of southern France into darkness, disrupting daily life for millions. The blackout, one of the most severe in recent European history, exposed vulnerabilities in the interconnected power grid and underscored the importance of reliable backup energy solutions. The Blackout: What Happened? At approximately 12:30 PM local time, the Iberian Peninsula experienced a sudden loss of electricity. Spain’s grid operator,
Flexible Layout, Achieving High Charging Power with Smaller Space
Collaboration between split-type mainframe and terminals
Support for up to 30 split-type regular terminals
Capacity for 5 liquid-cooled supercharging terminals with lighter cables
Comprehensive Monitoring and Safety in Challenging Environments
Real-time system status monitoring and reporting
Diverse safety measures, IP54 protection rating
Operational range from -40 to 70 degrees Celsius, low real-time noise levels
Lightweight, Flexible—High Performance Can Coexist with Small Size
-
Simplified wiring with single-phase AC input
-
Compact, lightweight terminals for reduced footprint and costs
-
Diverse charging modes, payment options, and cost-efficient human-machine interaction through Ethernet or 4G signals
Control Unit
BAS
Control unit for the flexible charge system
Up to 1200kW output
Liquid cooling system
Multiple Charge Mode
Terminal
AisTOI Air
DC Terminal for EV Charge Control Unit
240kW output power
Limited Dimensions
Multiple Charge Mode
News
EV Charging Is Changing Fast — See What’s New This Week
EV Charging Is Changing Fast — See What’s New This Week Global EV Market Soars – What It Means for the Future of EV Chargers and Charging Infrastructure Ireland: Free home EV chargers for sharing Ireland started a new project. It gives free home chargers to people. These people share the charger with their neighbors. The system works with EasyGo. This is good for people who do not have private parking. The program runs until 2025. It will help Ireland learn how to grow its EV system faster. A recent report from the Baden-Württemberg Solar and Hydrogen Research Center in Germany reveals groundbreaking insights for 2023. Global electric vehicle (EV) numbers—covering battery electric, plug-in hybrid, and range-extended models—have surged to nearly 42 million, marking a stunning 50% year-over-year increase. Notably, China leads the charge with over 23.4 million EVs, accounting for more than half of the worldwide fleet. This explosive
Energy Storage: The Game-Changer for Scaling EV Charging Networks
Energy Storage: The Game-Changer for Scaling EV Charging Networks Global EV Market Soars – What It Means for the Future of EV Chargers and Charging Infrastructure Why Energy Storage is Critical for Future EV Charging Networks The rapid growth of electric vehicles (EVs) is straining traditional power grids. By 2030, global public EV chargers are projected to exceed 50 million units, but grid capacity struggles to keep pace with peak demand, risking instability. Energy storage systems (ESS) provide essential solutions: Peak Shaving: Reduce grid stress during high-demand periods. Load Smoothing: Stabilize power fluctuations caused by ultra-fast charging (350kW+). Renewable Integration: Pair with solar or wind to enable green charging stations. A recent report from the Baden-Württemberg Solar and Hydrogen Research Center in Germany reveals groundbreaking insights for 2023. Global electric vehicle (EV) numbers—covering battery electric, plug-in hybrid, and range-extended models—have surged to nearly 42 million, marking a stunning 50% year-over-year
Home Energy Storage: The Best Protection Against Europe’s Recent Power Outages
Global EV Market Soars – What It Means for the Future of EV Chargers and Charging Infrastructure Home Energy Storage: The Best Protection Against Europe’s Recent Power Outages On April 28, 2025, a massive power outage plunged Spain, Portugal, and parts of southern France into darkness, disrupting daily life for millions. The blackout, one of the most severe in recent European history, exposed vulnerabilities in the interconnected power grid and underscored the importance of reliable backup energy solutions. On April 28, 2025, a massive power outage plunged Spain, Portugal, and parts of southern France into darkness, disrupting daily life for millions. The blackout, one of the most severe in recent European history, exposed vulnerabilities in the interconnected power grid and underscored the importance of reliable backup energy solutions. The Blackout: What Happened? At approximately 12:30 PM local time, the Iberian Peninsula experienced a sudden loss of electricity. Spain’s grid operator,