LT by Maxwell: The Most Advanced Battery Management System for Li-ion systems.
Feature-rich BMS designed for standalone & stackable architecture with paralleling support.
LT
LT BMS is a centralized BMS with battery monitoring and system management functions integrated into a single unit.
Designed to monitor up to 25 cells individually, LT can also be connected in a parallel architecture to seamlessly support hot-plugging & battery-swapping applications. LT is chemistry agnostic and compatible with all leading chemistries of lithium-ion batteries.
9S-25S
Cells in Series
18V-110V
Voltage range
3%
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 8 batteries in parallel.
Data first approach
The LT enables you to monitor and log over 65+ battery params every second & transmit via BLE, 4G or CAN
Serialization
Pre-PDU Serialling of batteries is supported to achieve higher system voltages without a need for additional external hardware.
Configurability
Configure 300+ BMS parameters to tweak performance, safety and usability as per your unique application and system requirements.
Configurable CAN
LT’s CAN communication protocol is user-configurable for easy interfacing with external CAN nodes.
Support for higher currents
The LT platform easily integrates with external contactors and current sensors using off-the-shelf interface boards for current-intensive applications.
Customizable battery solutions for every industry
Electric two & three wheelers
Smart battery management solutions for Scooters, Bikes, Motorcycles & Rickshaws, optimizing range, charging protocols & application nuances
Stationary industrial & home storage
Maxwell’s BMS is scalable and designed to manage complex industrial applications such as electric forklifts, excavators, mining equipment, robots, AGV's seamlessly.
Battery energy storage systems
Solutions for systems consisting of multiple modules incorporating Slave BMS connected in series/parallel to form a rack, inturn managed by a Master BMS and connected in a series-parallel fashion to achieve higher voltage and capacity