Container House Mobile Power Supply

The container house mobile power supply currently features a typical product, the marine container-type mobile power supply, which boasts high power density, long lifespan, and high safety. Here are the specifics:

Marine Container-Type Mobile Power Supply

• Release Background: On May 28th, the marine container-type mobile power supply, jointly developed through discussions by EVE Energy, Wuhan University of Technology, and China Classification Society, was officially released. The China Classification Society presented a product certificate on-site, marking another step forward for the product towards the market.

• Product Characteristics:

  • High Power and Energy Density: The container-type mobile power supply has high power density and energy density, enabling it to meet the rapid charging needs of ships in scenarios such as berthing.
  • Long Lifespan and High Reliability: Equipped with a lithium iron phosphate battery system, this product offers a long lifespan and high reliability, ensuring stable operation in various harsh environments.
  • High Safety: The container-type mobile power supply is designed with safety in mind, incorporating multiple safety protection measures to prevent accidents during use.

• Technical Parameters:

  • Maximum Capacity: The maximum capacity of this marine container-type mobile power supply approaches 2000kWh, equivalent to the combined battery capacity of 40 electric vehicles.
  • Battery Swap Time: Ships using this mobile power supply can complete a 'battery swap' at the berth in just 15 to 30 minutes, significantly improving operational efficiency.

Application Scenarios

The marine container-type mobile power supply is primarily used in the shipping sector, where rapid charging and efficient operation are essential, such as in port operation vessels, ferries, and yachts. These ships require quick recharging at berths to ensure continuous and efficient navigation. The emergence of container-type mobile power supplies offers a new and efficient charging solution for these vessels.