1. MEV (Micro Electric Vehicle)
2. LEV (Light Elctric Vehicle)
3. Intellegent Factory Equipment
4. Drone
5. Battery Management System
6. Power Train Integration
7. Battery Materials

1. Pouch Cells
2. Battery Module Design
3. Energy Storage System

Under the global rush for sustainability, carbon credits and renewable energy have become scarce resources essential to international competitiveness. APh ePower offers the integration of efficient, environmentally friendly, and safe aluminum battery energy storage technology that enables RE100 achievement, coupled with carbon credit asset reserves and offsets, delivering tailored optimal energy solutions for enterprises.

Innovative Materials Leading the Battery Revolution
The structure of an aluminum-ion battery is similar to that of a lithium-ion battery, including anode, cathode, separator, and electrolyte. However, the key materials and formulas are different, creating different electrochemical reactions. They can replace traditional high-polluting lead-acid batteries and lithium batteries that have safety concerns, establish environmentally friendly sustainable recycling usage, and provide innovative and outstanding solutions for the energy storage industry.

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APh ePower makes actual measurements of various types of batteries at different charge and discharge rates and temperatures. From the data in the table below, it can be seen that aluminum-ion batteries have fast charge and discharge capabilities of over 4C, as well as a large range of operating temperatures and good weather resistance.

Fast Charging / Discharging
4C-100C

(15mins - 30secs)

Long Life Cycle
1,500 (Single Cell)

Wide Working Temperature
-40°C-80°C

Ultra-Safe
Non-Explosive

Eco-Friendly
Recyclable Free from Contamination