2.5MW Shore-based Charging Station

Basic Information

Our company’s independently developed 2500kW shore-based charging container adopts a megawatt-level charging system, capable of charging simultaneously in dual 1250kW mode. This product fully complies with EU IEC standards and is specifically designed for charging high-capacity energy storage container of electric container ships. It can fully charge two 2.9MW·h marine energy storage container simultaneously in approximately 2 hours.

2.5MW Shore-based Charging Station

Certification

CE and IEC compliant

  • CE-EMC
    • EN IEC 61000-6-2:2019
    • EN IEC 61000-6-4:2019
    • EN 55011
    • IEC 62477-1:2022 EMI
  • CE-LVD
    • IEC 62477-1:2022
    • EN 62477-1:2012 + A11:2014 + A1:2017 + A12:2021

Product Features

  • Covers a small area with only approximately 15 square meters.
  • Simple, safe and reliable operation (can be operated by one or two people on duty).
  • 1500A MCS Megawatt charging system single-plug operation, improve the convenience and safety of staff operation, and can be used for different load of vessel charging.
  • Features a scalable charging interface that can adapt to different connection methods based on customer requirements.
  • Equipped with the independently developed YHKAM-C2-20 water cooling unit, which ensures stable operation of the 1500A+1500A dual-path charging plug under high power (1.25MW/path × 2) through efficient heat exchange and intelligent control, while extending the equipment’s service life.

Application Scenarios

Applications

Used for rapid charging energy storage containers of 1,000-10,000-ton inland container ships at dockside.

Market

Europe (Netherlands: inland waterway cargo transportation from Amsterdam to Rotterdam Port), China (Inland waterway cargo transportation on the Beijing-Hangzhou Grand Canal, Dongting Lake sand dredging projects, etc.)

Product Advantages

No domestic products have reached the power level of this charging container yet. We will be the first to enter the electric boat market to seize the opportunity, establishing megawatt-level energy storage container charging stations along inland rivers (such as the Neijiang River). The market demand is expected to be enormous. According to research, the Beijing-Hangzhou Grand Canal has over 40,000 cargo ships weighing 500-1,500 tons. Within ten years, 50% of these vessels are expected to transition to electric power. With an average of one charging station serving 10 ships, the market potential is substantial.

Specifications

Item Parameters
Power(kW) 2500kW
Dimensions(mm) L6058×W2438×H2591mm
Weight(kg) 9500kg
Input Voltage(V) AC3φ380~400V
Output Voltage(V) DC 820~900V
Output Power(kW) 1250kW×2
Charge Efficiency(%) 95%
Power factor 0.99
Leakage Protection Adopting Bender IMD
Cooling Mode Air cooling+Liquid cooling system for charging plugs
Communication CANBUS, MODBUS
Protection Function Output short-circuit protection, electricity leakage protection, battery over-voltage and over-heat protection.
Fire protection system Fire extinguishing tank 1 piece (heptafluoropropane,UL certification, capacity 40L×1)

FAQ

What is the charging power of this charging station?

The charging station adopts advanced megawatt-level charging technology with the following specifications:

  • Total power: 2500kW
  • Dual-path charging mode: 1250kW per path
  • Specifically designed for electric container ships
  • Charging time: Approximately 2 hours to fully charge two 2.9MW·h marine energy storage containers
  • Charging efficiency up to 95%
  • Power factor of 0.99

This high-efficiency charging capability significantly reduces vessel downtime in port and improves operational efficiency, especially suitable for busy inland waterway shipping routes.

What types of vessels is this charging station suitable for?

This charging station is primarily designed for:

  • Electric container ships
  • Large electric vessels
  • Other marine transportation requiring high-capacity energy storage charging solutions

The product design fully considers the special requirements of marine applications, ensuring excellent safety and reliability.

What safety protection functions does the charging station have?

The charging station is equipped with multiple safety protection features including:

  • Output short-circuit protection
  • Electricity leakage protection using Bender IMD insulation monitor
  • Battery over-voltage and over-heat protection
  • Advanced liquid cooling system for stable operation
  • Fire protection system with UL-certified heptafluoropropane extinguisher

These comprehensive safety features ensure secure and reliable operation in marine environments.

Why choose the 2.5MW Shore-based Charging Station?

There are several important reasons to choose our 2.5MW shore-based charging station:

  • Leading Technology As one of the first megawatt-level charging solutions in the domestic market, it represents cutting-edge industry technology
  • High Efficiency Dual 1250kW design can fully charge two 2.9MWh energy storage containers in 2 hours
  • Wide Applicability Meets requirements for major inland waterway shipping routes in European and Chinese markets
  • Safety & Reliability Equipped with multiple protection functions and advanced cooling systems
  • Cost-Effective Investment Compact footprint, low operating costs, and significant long-term benefits
How to maintain the 2.5MW Shore-based Charging Station?

Our charging station is designed for convenient maintenance:

  • Modular design for easy fault diagnosis and component replacement
  • Intelligent monitoring system for real-time equipment status monitoring
  • Simple operation requiring only 1-2 personnel for daily operation
  • Clearly defined regular maintenance procedures to reduce maintenance costs
  • Remote technical support for quick resolution of technical issues

We also provide comprehensive training and technical support services to ensure customers can fully utilize the equipment performance.