Battery Management System (BMS)
"Li"-powered Intelligence, Leading the Future: Redefining Energy Management with Technology
Xiaobu Technology specializes in Battery Management Systems (BMS), launching three flagship product series—XBA, XBS, and XBT—to serve core sectors including construction machinery, energy storage systems, and rail transit. Leveraging deep AI integration, multi-dimensional safety design, intelligent balancing strategies, and full lifecycle management, we deliver efficient, secure, and reliable BMS solutions to drive intelligent upgrades of energy systems across industries.
XBA Series
The "Smart Steward" of Lithium-Electric Systems for Construction Machinery
XiaoBu Technology's XBA Series Battery Management System is purpose-built for the electrification of construction machinery. With a mission to empower with "lithium" intelligence, it serves as the smart guardian for lithium battery systems in construction equipment. Leveraging deep AI integration and intelligent balancing strategies, we deliver efficient, safe, and reliable battery management solutions tailored to the needs of construction machinery operators.
Application scenarios
Secondary Market Battery Operations & Management
Supports mixed use of new and old batteries, accurately assesses State of Health (SOH), optimizes cascading utilization efficiency, and reduces equipment operating costs.
Enhanced Environmental Adaptability
Vibration-resistant, corrosion-resistant, and wide-temperature operation (-40°C to 85°C) for reliable performance in extreme conditions.
Intelligent Energy Scheduling
Real-time monitoring of battery voltage, current, and temperature with dynamic charge/discharge strategy adjustment to extend battery life by over 20%.
Remote Operations & Maintenance Platform
Connect to the Smart Lithium Cloud system for remote fault diagnostics, OTA updates, and predictive maintenance.
Key Value Highlights
Enhance the reliability of construction machinery electrification and drive cost reduction and efficiency gains across the entire equipment lifecycle.
XBS Series
The Safety Hub for UPS and Commercial & Industrial Energy Storage
XiaoBu Technology's XBS series Battery Management System (BMS) serves as the safety hub for UPS and commercial & industrial energy storage. Featuring a three-tier architecture with active/passive balancing modes, it delivers battery health prediction and thermal runaway warnings with minimal computational overhead, providing comprehensive protection for critical power supply.
Application scenarios
Three-tier Architecture
Adopts a "Master-Slave + Single-Unit Monitoring" architecture for millisecond-level response and precise control.
Active/Passive Dual-Mode Balancing
Dynamically adjusts cell voltage differences with 98% balancing efficiency, significantly extending battery pack life.
Lightweight AI Algorithm Fusion
Achieve battery health prediction, thermal runaway warning, and charge-discharge strategy optimization with low computational overhead.
Flexible adaptation for multiple scenarios
Supports modular expansion and is compatible with battery packs of varying capacities, making it ideal for applications such as backup power, peak shaving and valley filling, and demand-side response.
Key Value Highlights
Ensure reliable power supply, enhance storage system economics, and empower enterprises with intelligent energy management and carbon reduction goals.
XBT Series
The "Reliable Cornerstone" of the Rail Transit Industry
The XBT series battery management system from Xiaobu Technology is a reliable foundation for the rail transit sector. Compliant with EN/IEC rail standards and featuring EIS measurement capabilities alongside multi-dimensional temperature monitoring, it delivers high-reliability battery management solutions for high-speed trains, metros, and other rail vehicles.
Application scenarios
Battery Connection Resistance Estimation
Real-time battery connection monitoring detects loose contacts and prevents overheating risks.
Thermal Rise Warning and Heat Diffusion Suppression
Multi-dimensional temperature monitoring + AI thermal modeling for early warning and tiered intervention in thermal runaway.
EIS Measurement Plan
Quantify battery aging and internal impedance changes using electrochemical impedance spectroscopy for precise SOH assessment.
High-Reliability Design
Complies with EN/IEC rail transit standards; dual redundant circuit protection and multi-fault isolation mechanisms ensure safe operation throughout the train's lifecycle.
Key Value Highlights
Enhance safety and energy efficiency of rail transit power systems, reduce maintenance costs, and support sustainable green transportation.
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Consultation Details