Core Specifications & Technical Deep Dive

This charging station is built on a modular platform, allowing you to tailor its core specifications to your precise operational needs.

1. Battery & Energy Storage System: The Heart of Reliability

• Scalable Capacity: Choose from three standard bank sizes: 100kWh, 200kWh, or 400kWh. This modularity allows you to start with what you need and expand as your fleet or energy demands grow.

• Cell Chemistry & Longevity: At its core are industrial-grade Lithium Iron Phosphate (LFP) cells. Renowned for safety and endurance, these cells boast a cycle life of over 5,000 cycles, ensuring a long operational lifespan and a lower total cost of ownership.

• Thermal Management: An advanced liquid cooling system maintains the battery at its optimal temperature range (-20°C to 60°C operational), ensuring consistent performance, maximizing efficiency, and guaranteeing safety in extreme weather conditions, from desert heat to freezing winters.

• Robust Protection: The battery system is encased with an IP67 protection rating, making it dust-tight and capable of withstanding temporary immersion in water. This is critical for durability in harsh outdoor and mobile environments.

2. DC Fast Charging Performance: Speed and Compatibility

• Ultra-Fast Charging Power: The station delivers a maximum output of 180kW from a single charging gun. This power level can add approximately 120-150 miles of range to a compatible electric truck or bus in just 15-20 minutes.

• Dual-Vehicle Charging: For fleet operations, it can simultaneously charge two vehicles at 90kW each via its dual-gun setup, optimizing throughput and efficiency.

• Universal Vehicle Compatibility: It supports every major global DC fast charging standard, ensuring you can service virtually any electric vehicle on the market today or tomorrow:

  • CCS1 & CCS2: The predominant standards in North America and Europe.

  • NACS (Tesla): Native support for the growing North American Charging Standard.

  • GB/T: The standard for China's massive EV market.

  • CHAdeMO: Supporting Japanese standards and earlier EV models.

• Technical Specifications:

  • DC Output Voltage Range: 200-1000Vdc, compatible with both 400V and advanced 800V vehicle architectures.

  • Charging Cable Length: A generous 7-meter cable on each gun provides flexibility for easy access to vehicle ports in varied parking configurations.

3. Deployment & Operational Flexibility

This unit excels because it transcends the limitations of a fixed installation.

• Fixed Installation Mode: Permanently install it on a concrete pad as a standalone, grid-connected or semi-off-grid fast-charging hub.

• Towable Trailer Mode: Mounted on a heavy-duty, road-legal trailer chassis, the entire system can be towed by a standard commercial vehicle to different sites as needed. This is ideal for temporary worksites, event support, or disaster relief.

• Vehicle-Mounted Mode: The system can be integrated directly into a service truck or utility vehicle, creating a fully mobile "charging service on wheels" for roadside assistance companies or municipal fleets.

4. Additional Inputs & Outputs

• AC Output: In addition to DC fast charging, the unit provides 100kW of usable AC power via industrial sockets (2x 63A, 1x 230V16A). This turns the station into a multi-purpose generator, capable of powering tools, lighting, or medical equipment at remote sites.

• Recharging Methods: The station itself can be replenished quickly and flexibly:

  • Grid Recharge: Connect to an industrial three-phase AC power source (via a 63A socket).

  • DC Fast Recharge: Utilize a DC input (200A rated) to recharge its internal battery from another DC source in approximately 1-2 hours, depending on capacity. Compatible connectors (CCS1/CCS2) are optionally available.

  • Solar Integration (Optional): Connect an external PV inverter to harness solar energy, reducing grid dependence and operational costs while charging with clean power.

In-Depth Applications: Solving Real-World Problems

1. Construction & Heavy Industry

Problem: Remote construction sites lack grid power for electric excavators, cranes, and site vehicles. Relying on diesel generators is noisy, polluting, and costly.
Our Solution: Deploy the mobile charger to provide 180kW of instant, silent power. Charge multiple electric machines overnight or during breaks. Use its AC outputs to power site offices, eliminating the need for separate generators.

2. Emergency Roadside Assistance & Mobile Fleet Support

Problem: Stranded EVs cause customer distress and require specialized, slow-towing solutions. Fleet operators need backup charging for vehicles that return with insufficient charge for the next shift.
Our Solution: A vehicle-mounted unit can reach a stranded driver in minutes and deliver a 15-minute boost of 50-80 miles, enough to reach the nearest permanent charger. For fleets, it acts as an instant charging buffer to maintain operational continuity.

3. Public Transit & Logistics Fleet Buffer

Problem: A depot's main chargers may be fully occupied, or a bus/van may need an urgent top-up between scheduled routes to complete its duty cycle.
Our Solution: Station the mobile charger as a strategic buffer. Its dual 90kW outputs can simultaneously prepare two vehicles for their next routes, preventing downtime and maximizing asset utilization without overbuilding fixed infrastructure.

4. Ports, Airports, & Agri-Ports

Problem: Electrifying ground support equipment (tugs, baggage loaders), marine port equipment, and large electric farm machinery requires power in vast, grid-constrained areas.
Our Solution: The station's IP54 (whole machine) and IP67 (battery) protection makes it resilient to salty, humid, or dusty environments. Its mobile nature allows it to service equipment wherever it's parked—on the tarmac, dockside, or in the field.

5. Events & Off-Grid Operations

Problem: Outdoor festivals, film shoots, and disaster recovery operations need large amounts of clean, quiet temporary power for operations and to support the growing number of electric service vehicles.
Our Solution: Provide high-power charging for food trucks, broadcast vehicles, and crew transports while simultaneously acting as the primary clean power source for the event's critical loads via its AC outputs.

Key Differentiators & Smart Features

• OCPP 1.6J Compliant: This open protocol ensures seamless integration into existing public or private charging networks. You can manage access, set pricing, monitor usage, and perform remote diagnostics through your preferred central management system (CMS).

• User-Friendly 10-Inch HMI: The intuitive touchscreen interface provides clear status updates, charging data, and easy control for operators.

• Heavy-Duty Engineering: With dimensions of 2350x1320x1520mm and a weight of approximately 2600kg (for a standard configuration), the unit is built with robust materials to withstand the rigors of transportation and industrial use.

FAQ: Your Questions Answered

Q: How long does it take to fully recharge the station's internal 400kWh battery?
A: Using a 200A DC fast charge input, a 400kWh unit can be recharged from 0-100% in roughly 2 hours. AC grid recharge via a 63A connection will take significantly longer and is best for overnight replenishment.

Q: Can this charger service 800V electric vehicles at their full potential?
A: Yes. With a DC output range of up to 1000V, the station can fully support 800V architecture vehicles (like many newer trucks and luxury EVs), allowing them to charge at their maximum accepted rate, up to the station's 180kW limit.

Q: Is the trailer and road-mounting hardware included?
A: The core charging and energy storage system is standard. Towable trailer packages and vehicle-mounting frames are available as optional configurations. Our team can provide a complete, turnkey mobile solution based on your specific deployment model.

Q: How do I manage and pay for charging if deployed for public use?
A: Through its OCPP 1.6J compliance, the station can connect to a network operator's backend. This enables features like RFID card access, QR code initiation via a mobile app, and seamless payment processing.