Product Details

Commercial Vehicle

FM energy storage

Commercial Applications

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2024

Commercial Vehicle Solutions

The solutions for the application of energy batteries in commercial vehicles mainly include the following aspects:

First, the stepwise utilization of retired power batteries for new energy commercial vehicles

Recycling and disposal of retired power batteries:

Recycling channels: mainly through recycling service outlets, including after-sales service outlets, spare parts outlets and co-built recycling service outlets.

Disposal method: retired power battery is mainly square lithium iron phosphate battery, through the data analysis platform for screening, testing, R & D reorganization to form a gradient utilization of products, such as energy storage backup class, communication backup, emergency energy storage, etc.. Some products are directly recycled at end-of-life, and through dismantling, crushing and wet smelting, they are recycled to form lithium carbonate and other products.

Definition and scenarios of gradient utilization products:

Definition: Battery laddering is the process of removing the power battery from the vehicle and reorganizing it into a new battery energy storage system.

Scenarios: the gradient utilization of reorganized battery products are currently used in mobile power, small and medium-scale energy storage, communication base station energy storage, low-speed electric vehicles, electric bicycles and street lighting and other fields.

Charging Solutions

Charging station charging method and fleet operation:

Applicable scenarios: applicable to buses and transportation vehicles and other relatively fixed line operation vehicles.

Advantage: It can reduce the demand for charging power and provide more energy management options, such as fixed energy storage to help reduce the load on the grid and support the grid.

Opportunity charging:

Scenario: for fleets of vehicles traveling along predetermined routes.

Advantage: extends driving range by adding small amounts of energy more frequently, better if done in an automated manner.

In summary, solutions for the application of energy batteries in commercial vehicles cover a wide range of aspects such as the gradient utilization of decommissioned power batteries, the development and application of new energy batteries, and charging solutions. These solutions aim to improve the utilization efficiency of energy batteries, reduce operating costs and promote the new energyization of commercial vehicles.

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