Eco Battery 70V 105AH Battery Bundle / ICON EV / 2021-23 (ICON MCU) - B-3374

Eco Battery 70V 105AH Battery Bundle / ICON EV / 2021-23 (ICON MCU) - B-3374

• 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-4007    Chargeport Adapter / Quick Connect Plug - Quick Connect Plug
• 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 upgrade: The 70V 105Ah LiFePO4 bundle for ICON EV (2021–2023, ICON MCU) is considered a performance-focused system designed to deliver stronger acceleration and improved efficiency over standard 51V setups.
• Noticeable power and speed improvement: Experts highlight the higher voltage platform as a key advantage for faster throttle response, better hill climbing, and improved top-end performance.
• OEM-integrated ICON MCU compatibility: Engineered for seamless communication with ICON’s 70V controller architecture, ensuring accurate SOC reporting and stable system behavior.
• Efficient energy delivery: Higher voltage reduces current draw under load, improving efficiency, reducing heat buildup, and supporting smoother sustained performance.
• Balanced capacity design: The 105Ah capacity provides a strong mix of range and weight efficiency, making it suitable for both recreational and light commercial use.
• Advanced BMS protection: Integrated battery management safeguards against overcharge, deep discharge, temperature extremes, and cell imbalance for long-term reliability.
• Reduced maintenance needs: No watering, no corrosion, and minimal voltage sag compared to lead-acid systems, lowering ownership effort.
• Expert consensus: A next-generation high-voltage lithium upgrade for ICON 70V platforms, optimized for strong performance gains, OEM compatibility, and efficient real-world range.

Q&A

Maintenance Tips

• Charge after every use with the approved 70V CAN-compatible lithium charger
• Avoid deep discharge below ~20% to protect LiFePO4 cells and maintain BMS stability
• Do not store fully charged or fully depleted—keep at 40–60% for long-term storage
• Use only compatible ICON/ECObattery charger setup for correct communication and balancing
• Keep all terminals and high-voltage connections clean and tight for stable power delivery
• Avoid heavy acceleration at low state of charge to reduce stress on controller and pack
• Monitor system via display/app (if equipped) for voltage, temperature, and alerts
• Avoid extreme heat exposure and freezing conditions during charging or storage
• Perform periodic top-up charging to maintain cell balance and consistent range