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NCPOWER SYSTEM®
Technology that makes the complex simple.
The NCPower System® is the brain behind our lithium batteries: an intelligent management ecosystem that combines proprietary hardware, advanced algorithms, and a modular architecture to maximize the performance, safety, and lifespan of every pack.
At the core of the system is our proprietary BMS, capable of monitoring and acting in real time on critical parameters such as temperature, voltage, and current. A self-powered, autonomous, and thermally isolated system engineered to operate with precision in demanding industrial environments.
Specialists in manufacturing high-performance batteries. The advantages of the NCPower System®.
The lithium battery market has evolved rapidly, especially in LiFePO₄ chemistry. However, many battery management systems (BMS) remain stuck in generic solutions designed for low-demand applications.
At NCPower, we identified a problem no one was solving: traditional BMS units face serious limitations when dealing with medium- and high-capacity batteries — the same ones used in industrial machinery, light electric vehicles, or automated logistics systems.
Energy inefficiency, poor thermal management, lack of scalability, and reliability that often falls short in demanding applications. That has been our focus for the past 10 years.
What makes our system unique?
Modular architecture with thermal separation between critical functions
Modular architecture with thermal separation between critical functions
Modular architecture with thermal separation between critical functions
Modular architecture with thermal separation between critical functions
Modular architecture with thermal separation between critical functions
The result: operational reliability even under demanding loads, superior energy efficiency, and a battery that adapts to the application — not the other way around.
The NCPower System® incorporates advanced technologies to maximize battery performance and durability.
1. Advanced cell balancing
The NCPower System keeps the cells balanced during charging, discharging and when idle and not just in the final stretch, eliminating the need for slow, full recharges to maintain balance.
Our balancing system is modular, standalone and smart, works with multiple cells in parallel and is thermally isolated from the main BMS, preventing the heat generated by the balancing process from affecting the control electronics.
The result is a swaying motion until 10 times faster, without induced self-discharge, offering greater energy efficiency and a direct reduction in thermal stress on the BMS and electronic components, thereby extending the service life of both the cells and the system itself.
2. Comprehensive thermal management of the system
The operating temperature directly determines the service life of a lithium battery: operating at high temperatures or with internal temperature gradients can accelerate cell degradation and lead to premature electrical imbalances.
For this reason, NCPower has developed an architecture designed to control both the average temperature of the pack and its internal uniformity, incorporating thermal sensors in each cell, low-resistance conductive materials, thermally conductive sheets to distribute heat evenly, and a balancing system thermally isolated for the BMS.
This protects the control circuits and prevents unnecessary overheating-induced shutdowns, ensuring stable operation even in high-power applications and demanding conditions.
3. NCPower System: the heart of performance, durability and safety
The NCPower System is a comprehensive energy management platform that coordinates continuous cell balancing, distributed thermal monitoring and electronic protection of the power system.
This comprehensive overview enables each cell to operate within its optimal temperature and state of charge range, reducing imbalances, thermal spikes and unnecessary electrical stress. The system not only monitors the battery, but also takes an active role to maintain its ideal internal conditions.
As a result, NCPower batteries offer more stable performance, significantly slower degradation over thousands of cycles, and a higher level of operational safety, even in environments characterised by high currents, vibrations or intensive use.
WE ONLY WORK WITH THE BEST SUPPLIERS
The selection of components that make up our solutions is based on technical criteria that guarantee efficiency and safety. That is why we have established partnerships with suppliers who are certified in terms of quality.
- First-level cells: We only use LiFePO₄ cells from the three leading global manufacturers, with A-Grade certification and energy density exceeding 160 Wh/kg.
- Robust components: The power system components are designed to offer maximum durability against high demands, constant vibrations, intensive cycles and extreme temperatures. They are validated under thermal and mechanical stress conditions.
- Precision boxing: Industrial architectures with high mechanical and thermal resistance, developed to maintain perfect operation without deterioration over time, regardless of environmental conditions.
CERTIFIED CUTTING-EDGE TECHNOLOGY FOR A SUSTAINABLE WORLD.
Our batteries have already helped to prevent more than 85 tonnes of CO2 emissions., promoting clean and sustainable mobility.
This commitment is backed by a rigorous validation and certification process. At NCPower, we guarantee that our batteries comply with the CE Marking regulatory framework, passing the safety and compliance tests required for their commercialisation. We adapt the verification process to the specific requirements of each sector, meeting the most demanding international standards. UN38.3, ECE R100.03 and ISO 16750– to offer certified, secure and durable solutions in any industrial or mobility environment.
THE MOST RIGOROUS TESTING: QUALITY ASSURANCE
We are involved in every stage of the process, inspecting, measuring and verifying the most critical aspects of assembly, such as laser welding of cells, BMS integration and power connections.
Each battery is subjected to monitored trials, which reproduce real working conditions such as charge/discharge cycles, thermal testing and dynamic simulations. Our management system and traceability is certificate under the regulation ISO 9001, recognition that endorses our ability to maintain rigour, continuous improvement and excellence in every process.
And behind every procedure, there are people... who know that Quality stems from training, awareness and shared responsibility., and believe in the value of what they contribute.
WE GROW TOGETHER WITH THOSE WHO TRUST US.
By providing technical and organisational flexibility, reducing turnaround times, fostering long-term relationships and offering ongoing support, we deliver a proactive and dedicated after-sales service.
Together from start to finish
1. We operate with real efficiency.
Our adaptability reduces operating times and avoids rework, ensuring more agile and accurate projects from day one.
2. We accompany you with knowledge.
We provide ongoing technical support and expert advice throughout the product lifecycle, bringing judgement and experience to every decision.
3. We communicate directly and constantly.
Collaboration is kept alive through fluid, transparent technical dialogue aimed at resolving issues, not justifying them.
4. After-sales service always available.
Our after-sales service is genuinely committed, working alongside our partners to ensure that each solution continues to fulfil its purpose over time.
