10x
Balancing speed vs conventional passive systems
Intelligent technology for your battery performance
40%
Lower charging time under intensive operation
<24h
Direct technical response for OEMs and integrators
DISCOVER NCPOWER SYSTEM
Technology that makes complexity simple
NCPower System is the intelligence behind our lithium batteries: a management ecosystem combining in-house hardware, advanced algorithms and modular architecture
At its core sits our in-house BMS, able to monitor and act in real time on temperature, voltage and current for demanding industrial environments
Three technical layers working as one system to secure operational continuity
Layer 01
Robust hardware
Stand-alone BMS, external balancers, electromechanical contactors, precharge resistors and per-cell NTC sensors.
Layer 02
Control algorithms
Balancing in charge/discharge, 3 alarm levels, isolation tests, discharge lock during charge and electrical protections.
Layer 03
Modular architecture
Mechanical, electrical and firmware customization with multichannel CAN communication and RS-485 support for industrial integration.
Generic BMSs limit industrial operations
In high-demand applications, the battery does not fail suddenly: it degrades silently until it impacts the entire operation
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The lithium battery market has advanced rapidly, especially in LiFePO4 chemistry. However, many battery management systems (BMS) are still anchored to generic solutions designed for low-demand applications.
At NCPower, we identified a gap no one was solving: traditional BMSs show clear limitations when handling medium- and high-capacity batteries used in industrial machinery, light electric vehicles, or automated logistics systems.
Energy inefficiency, limited thermal precision, low scalability, and inconsistent reliability end up penalizing both availability and operating costs.
BMS
power flows through the board and increases thermal risk under high demand.
Conventional passive balancing
30–200 mA, charge-only behaviour and 60+ hours to correct 1% SOC on large packs.
Traditional active balancing
up to 500 mA, sequential behaviour and high implementation cost.
Third-party dependency for firmware changes and critical parameter adjustments.
When control fails, operation pays the cost
Late diagnosis turns a technical imbalance into a business incident
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NCPower System: core of performance, durability and safety
NCPower System is a comprehensive energy management platform coordinating continuous cell balancing, distributed thermal monitoring and electronic protection of the power system.
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This global view lets every cell operate within its optimal temperature and state-of-charge range, reducing imbalance, thermal peaks and unnecessary electrical stress. The system does not only supervise the battery—it actively preserves ideal internal conditions.
As a result, NCPower batteries deliver more stable performance, significantly slower degradation over thousands of cycles, and higher operational safety—even in environments with high currents, vibration or intensive use.
Technical pillars
NCPower System integrates advanced technologies to maximize battery performance and durability
Advanced cell balancing
NCPower System keeps cells balanced during charge, discharge and rest—not only at the end of charging—so you do not need long full charges solely to balance.
Our balancing system is modular, autonomous and intelligent; it works on multiple cells in parallel and is thermally isolated from the main BMS, so balancing heat does not affect control electronics.
The outcome is balancing up to 10× faster, without induced self-discharge, with higher energy efficiency and lower thermal stress on the BMS and electronic components, extending the service life of both cells and the system.
Integrated system thermal management
Operating temperature directly determines lithium battery life: high operating values or internal thermal gradients can multiply cell degradation and cause premature electrical imbalance.
NCPower therefore developed an architecture focused on both average pack temperature and internal uniformity, integrating per-cell thermal sensors, low-resistance conductive materials, thermally conductive sheets to homogenise heat, and a balancing system thermally isolated from the BMS.
This protects management circuits and avoids unnecessary activations from overtemperature, ensuring stable operation even in high-power applications and demanding conditions.
Cloud data center
Monitorización preventiva de toda tu flota en una sola vista
Connected battery telemetry for maintenance, operations and engineering teams
Connected operations panel
Technical monitoring with an operational lens: maintenance, operations and engineering working from the same fleet status
Operational visibility
24/7
Real-time battery status for maintenance, engineering, and operations teams.
Connected data
SIM + CAN
BMS-PLF integration and cloud telemetry without manual reports or exports.
Technical support
<24h
Remote diagnostics and fast response to sustain operational continuity.
Active prevention
Early alerts
Identify deviations before a unit becomes an unplanned stop.
Field capture
The in-house BMS collects critical events and key variables from each battery in operation.
Secure transmission
The integrated SIM sends data to the cloud environment without manual intervention.
Operational
action
action
Operations and maintenance prioritize actions using alerts, trends, and fleet context.
WE WORK WITH TOP-TIER SUPPLIERS
Component selection in our solutions follows strict technical criteria designed to guarantee efficiency, reliability, and safety across demanding industrial operation.
- Top-tier cells: we work exclusively with LiFePO4 cells from the leading global manufacturers, with A-Grade certification and energy density above 160 Wh/kg.
- Robust components: power-system elements are engineered for long-term durability under demanding duty cycles, constant vibration, and severe temperatures, then validated under controlled thermal and mechanical stress.
- Precision battery boxing: high-resistance mechanical and thermal architectures designed to preserve stable operation over time, regardless of environmental conditions.
WE WORK WITH TOP-TIER SUPPLIERS
Component selection in our solutions follows strict technical criteria designed to guarantee efficiency, reliability, and safety across demanding industrial operation.
- Top-tier cells: we work exclusively with LiFePO4 cells from the leading global manufacturers, with A-Grade certification and energy density above 160 Wh/kg.
- Robust components: power-system elements are engineered for long-term durability under demanding duty cycles, constant vibration, and severe temperatures, then validated under controlled thermal and mechanical stress.
- Precision battery boxing: high-resistance mechanical and thermal architectures designed to preserve stable operation over time, regardless of environmental conditions.
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