1.2MW Shore-based Charging Station
Basic Information
The 1200kW shore-based charging station independently developed by YH adopts a megawatt-level charging system with an output charging power of 1200kW, which is used for charging the large-capacity energy storage container of electric container ships and can charge the 3.376MWh marine energy storage container within 2.5 hours. It covers an area of about 5 square meters, with small size and light weight only 3 tons, high flexibility for installation, transportation,demonstration and market promotion.
Certification
CE and IEC compliant
Product Features
- Covers an area of about 5 square meters, small size and light weight with only 3 tons; compared with PCS+ power frequency transformer, the volume and weight are reduced by 50%, saving the installation area and transportation costs.
- Cables are flexibly connected to accommodate different charging heights and are not affected by fluctuations of the ship on the water surface.
- 1500A MCS Megawatt charging system single plug operation, improve the safety of staff operation, and can be applied to different loads of vessel charging.
- Low noise operation, compared with PCS+ power frequency transformer noise reduction of 13dB/m, in line with the most stringent requirements.
- High reliability AC-DC high-frequency charging modular design, module failure rate <0.005/year (that is, no more than 5 modules fail within ten years).When a module fails, it will not affect the work of the charging station, and will affect the current from 1500A to 1462A by 2.5% at most, with very minimal impact.
Applications
Used for 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.)
Specifications
| Item | Parameters |
|---|---|
| Power(kW) | 0-1200kW |
| Dimensions(mm) | L2000×W2000×H2312mm (2512mm after height raising frame) |
| Weight(kg) | 3000kg |
| Input Voltage(V) | AC3φ380~400V |
| Output Voltage(V) | DC 600~950V |
| DC Output Current(A) | 1500A |
| Charge Efficiency(%) | 95% |
| Power factor | 0.99 |
| Leakage Protection | Adopting Bender IMD |
| Cooling Mode | Air cooling |
| Communication | CANBUS, MODBUS |
| Protection Function | Output short-circuit protection, electricity leakage protection, battery over-voltage and over-heat protection. |
| Fire protection system | Aerosol fire extinguishing tank 3 pieces (UL certified) |
FAQ
Frequently Asked Questions
- What is the charging efficiency of the 1.2MW shore-based charging station?
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The 1.2MW shore-based charging station features exceptional charging efficiency and advanced technical specifications:
- Charging efficiency as high as 95%, leading in its class
- Advanced AC-DC high-frequency charging modular design ensures efficient and stable charging process
- Output power range of 0-1200kW to meet different vessel charging requirements
- DC output current up to 1500A, providing strong charging capability
- Power factor as high as 0.99, effectively reducing grid load
This high charging efficiency significantly reduces vessel charging time and improves operational efficiency, especially suitable for busy inland waterway shipping routes.
- What types of vessels is this charging station suitable for?
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This charging station has wide applicability, primarily suitable for:
- Shore-based charging of energy storage containers for 1,000-5,000-ton inland container ships
- Small to medium-sized electric cargo ships
- Other marine transportation requiring medium-power charging solutions
The product design fully considers the needs of different vessel types and usage scenarios:
- Flexible cable connection to accommodate different charging heights
- Not affected by ship fluctuations on the water surface
- 1500A MCS Megawatt charging system single plug operation suitable for vessels with different loads
This wide applicability enables the charging station to meet diverse market demands.
- How often does the charging station require maintenance?
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Our charging station features a highly reliable modular design with minimal maintenance requirements:
- Module failure rate less than 0.005/year (no more than 5 modules fail within ten years)
- Routine maintenance cycle is only once a year for a comprehensive check
- Even if a single module fails, it will not affect the charging station's normal operation
- At most, it would only cause the current to drop from 1500A to 1462A by 2.5%, with minimal impact
This high reliability design significantly reduces operating costs and maintenance burden.
- Why choose the 1.2MW Shore-based Charging Station?
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There are several important reasons to choose our 1.2MW shore-based charging station:
- Compact Design: Covers only about 5 square meters with small size and light weight of only 3 tons, saving 50% space compared to traditional solutions
- Cost-Effective: Significantly saves installation area and transportation costs compared to PCS+ power frequency transformer
- Environmentally Friendly Low noise operation with 13dB/m noise reduction compared to traditional solutions, meeting the most stringent requirements
- High Reliability Modular design ensures high availability and low failure rate
- Flexible Deployment Light weight and compact size make it easy for installation, transportation, demonstration, and market promotion
These advantages make the 1.2MW shore-based charging station the ideal choice for charging small to medium-sized electric vessels.
- How is charging process safety ensured?
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We ensure charging process safety through multiple safety measures:
- Adopting Bender IMD for leakage protection
- Equipped with multiple protection functions including output short-circuit protection, electricity leakage protection, and battery over-voltage and over-heat protection
- Using 3 pieces of aerosol fire extinguishing tanks (UL certified) for reliable fire safety protection
- 1500A MCS Megawatt charging system single plug operation improves staff operational safety
- Air cooling method ensures stable operation under various environmental conditions
These safety measures together form a comprehensive safety protection system to ensure personnel and equipment safety.