Eco Battery 70V 105AH Battery Bundle / Advanced EV EV1 / 2021-23 (ADEV MCU) - B-3344

Eco Battery 70V 105AH Battery Bundle / Advanced EV EV1 / 2021-23 (ADEV MCU) - B-3344

• A-070105-06    70V 105AH LiFePO4 Battery GEN3
• A-1071    70V 15A CAN Charger
• A-1290    DC-DC 12V Converter / 60-90V Input / ICON/ADEV Harness
• A-3123    Controller CAN Adapter / ICON/AEV
• A-3126    Eco Battery Display Cluster
• A-4008    Charger Pigtail / C14 to LQC Receptacle
• A-8252    Eco Battery Battery Mounting Kit / ICON EV/ADEV
• A-4220    Remote Button Battery Wake Up Kit

What our Experts Think      

• High-voltage performance platform – The Eco Battery 70V 105Ah Battery Bundle for Advanced EV EV1 (2021–2023) (B-3344) is engineered for higher-voltage EV1 (ADEV MCU) systems, delivering stronger acceleration and improved efficiency under load.
• Balanced capacity for real-world range – With ~7.3 kWh of LiFePO4 energy storage, this system is optimized for a blend of range, performance, and weight efficiency in modern fleet and personal carts.
• Vehicle-specific OEM integration – Designed specifically for Advanced EV EV1 (ADEV MCU architecture), ensuring compatibility with factory electronics, controllers, and charging systems.
• Complete conversion bundle – Includes battery pack, CAN-enabled charger, mounting hardware, and integration components for a clean, professional-grade installation.
• Stable high-voltage discharge output – Maintains consistent power delivery under acceleration, hills, and passenger load, reducing voltage sag common in lower-quality systems.
• Advanced GEN3 LiFePO4 safety system – Integrated BMS provides multi-layer protection including thermal monitoring, over-current protection, and deep discharge safeguards for long-term reliability.
• Smart CAN communication charging – Enables intelligent coordination between charger and battery to optimize charge curves and improve battery lifespan.
• Durable, vibration-resistant construction – Sealed steel housing designed for real-world use, protecting internal cells and electronics in demanding operating conditions.
• Long-term efficiency upgrade – Replaces multiple lead-acid battery cycles, reducing maintenance, improving uptime, and lowering total cost of ownership over time.

             
Q&A       

          
Maintenance Tips  

• Maintain charge between 20%–90% for optimal LiFePO4 cycle life and range.
• Avoid deep discharge below 10% to protect the BMS and cell health.
• Use only the OEM CAN-compatible charger matched to Advanced EV EV1 (ADEV MCU).
• Store at 50–70% charge in a cool, dry environment for long-term inactivity.
• Do not charge below 0°C (32°F) unless the battery includes a heating system.
• Prevent exposure to excessive heat, direct sunlight, and high humidity.
• Inspect regularly terminals, mounting hardware, and CAN/BMS communication cables for secure connections.
• Clean only with a dry microfiber cloth—no water, chemicals, or pressure washing.
• Use sleep/storage mode during extended downtime to reduce self-discharge.
• Perform monthly checks for voltage balance, charging consistency, and system wake-up response.