CT-Lite+ by Maxwell: The High-Performance BMS for Everyday Electric Mobility
A versatile, compact, and high-efficiency BMS designed for cost-sensitive EV applications.
A high-performance, compact monolithic BMS
Engineered for 2/3W and kick scooters, CT-Lite+ supports 8S-16S cells with 2% SOC accuracy, advanced passive balancing, a 120A continuous current rating and proprietary algorithms for dynamic paralleling of up to 18 batteries.
Certifications / Compliances:
- RoHS, AIS 004, AIS 048, AIS 156, ISO-11452-2, ISO 11452-4, ISO 10605
9S-16S
Cells in Series
32V-68V
Voltage range
2%
SOC accuracy
CAN & BLE
Communication supported
Product capabilities &
features.
Dynamic paralleling
Maxwell’s proprietary algorithms achieve dynamic battery swapping (hot-plugging) using auto-addressing. Scalable architecture supports up to 18 batteries in parallel.
MOSFET based SSR
The CT-Lite is designed with integrated MOSFET-based Power Distribution boards up to 120 Amps continuous currents.
Data first approach
The CT-Lite enables you to monitor and log over 65+ battery params every second & transmit via BLE, 4G or CAN
Thermal runaway detection
Configurability
Configure 300+ BMS parameters to tweak performance, safety and usability as per your unique application and system requirements.
Configurable CAN
CT-Lite’s CAN communication protocol is user-configurable for easy interfacing with external CAN nodes.
Explore future-ready products across diverse applications.
Latest Insight
Navigating the New EU Battery Regulations: What You Need to Know
In a rapidly evolving landscape where sustainability and safety are paramount, the European Union has introduced groundbreaking regulations to govern the battery industry. Regulation 2023/1542, approved in July 2023, heralds a new era of standardised practices aimed at promoting environmental
MOSFET vs Contactor Based BMS: What’s the difference?
In the electrifying world of Battery Management Systems (BMS), choosing between MOSFETs (Metal-Oxide-Semiconductor Field-Effect Transistors) and contactors can make or break your battery system’s performance. Buckle up as we dive into this comprehensive technical comparison