LFP Battery Pack for Toyota Camry 2012–2023 Hybrid

Specifications

Description

<p>1. Product Overview</p><p>This Ni‑MH hybrid battery is a high‑performance replacement pack designed for Toyota Camry Hybrid models from 2012 to 2023 (XV50, XV60, XV70 generations). Built with reliable nickel‑metal hydride cell technology, it is fully calibrated to work with Toyota’s Hybrid Synergy Drive (HSD) system to support electric assist, regenerative braking, and stable fuel efficiency. Featuring robust construction, precise voltage matching, and long cycle life, it provides a direct‑fit, cost‑effective solution to restore hybrid performance for long‑service Camry Hybrid vehicles.</p><p>2. Key Features</p><p>Perfectly compatible with Toyota Camry Hybrid 2012–2023 (XV50 / XV60 / XV70)</p><p>High‑quality Ni‑MH cells with strong charge/discharge stability and low self‑discharge</p><p>Optimized for Toyota’s shallow‑cycle HSD system for extended service life</p><p>Excellent thermal stability and consistent performance in various climates</p><p>Built‑in module structure for reliable voltage output and balanced cell performance</p><p>Full compatibility with the original vehicle BMS and hybrid control system</p><p>Overcharge, over‑discharge, over‑current and over‑temperature protection</p><p>Direct plug‑and‑play installation with no modification required</p><p>Strict quality testing to meet OEM performance standards</p><p>Low maintenance and high reliability for daily hybrid driving</p><p>3. Specifications</p><p>Battery Type: Nickel‑Metal Hydride (Ni‑MH) Hybrid Traction Battery</p><p>Fitment: Toyota Camry Hybrid 2012, 2013, 2014, 2015, 2016, 2017, 2018, 2019, 2020, 2021, 2022, 2023</p><p>System Voltage: OEM‑matched high‑voltage platform</p><p>Cell Style: Nickel‑metal hydride prismatic / cylindrical modules</p><p>Configuration: Modular series‑connected battery pack</p><p>Application: Hybrid powertrain assist, regenerative braking energy recovery</p><p>Thermal Characteristics: Wide operating temperature range</p><p>Protection Functions: Overcharge, over‑discharge, ov