How long is the battery life of BYD Qin Plus DM-i?
2 Answers
BYD Qin PLUS-DM-i has a battery lifespan of 8 years or 1.2 million kilometers. The Qin PLUS super hybrid is equipped with DM-i super hybrid dedicated Blade Battery, featuring the world's first pulse self-heating technology and globally leading refrigerant direct cooling technology, achieving both ultra-long lifespan and reliable safety. Here are the relevant details: 1. Range performance: The Qin PLUS-DM-i offers two versions with pure electric ranges of 55km and 120km respectively. The 55km range version has a fuel consumption of 3.8L/100km when the battery is depleted, with an official comprehensive range of up to 1180km; while the 120km range version also has a fuel consumption of 3.8L/100km when the battery is depleted, with an official comprehensive range of up to 1245km. 2. Battery charging requirement: With a full tank of fuel and fully charged battery, the 55km and 120km range versions of Qin PLUS DM-i can achieve comprehensive ranges of 1180km and 1245km respectively. Therefore, this Qin PLUS DM-i needs to be charged to achieve ideal usage costs and maximize its advantages as a super hybrid vehicle.
I've been driving the BYD Qin Plus DM-i for almost three years now. As an experienced driver, battery longevity should be judged from actual usage. The official warranty covers 6 years or 150,000 km, which translates to 8-10 years under normal driving conditions. My car currently has 60,000 km on it, charged three times weekly in pure electric mode, with battery health checks showing virtually no capacity loss. Key factors affecting lifespan are usage habits: avoid deep discharges and prefer partial charging cycles; temperature matters too - prevent prolonged parking under extreme summer heat or winter cold; routine maintenance is hassle-free, just semi-annual voltage and connection checks. Cost-wise, a full battery replacement might exceed 10,000 RMB, but it's free under warranty, making long-term cost-performance excellent. The hybrid design leverages the engine for charging, reducing battery wear, proving far more durable than pure EVs.
