In-house engineering to design the exact battery your system needs
Engineering
Our process
Every application demands a different battery. At Alterity, we design and validate industrial solutions that maximize performance, lifespan, and reliability.
Our technical team supports you in every phase of the design. From requirements to production: calculation, simulation, prototyping, certification, and European manufacturing.
Before designing a battery, we understand the complete system. We define power, energy, voltage, and format based on real-world usage profiles, peak currents, daily cycles, thermal environment, and safety requirements.
We analyze the electrical and control integration (BMS, SCADA, EMS), as well as applicable regulations, to ensure the solution is viable, safe, and optimized from day one.
We design the system's electrical, mechanical, and thermal architecture: cell selection, module configuration, BMS, protections, and communications.
We simulate energy and thermal behavior under different operating scenarios to validate critical decisions before manufacturing. The result is functional prototypes, ready for field testing and fine-tuning under real-world conditions.
We manufacture in an industrial environment, with traceable processes and module-by-module quality control. Each battery is electrically and functionally tested prior to delivery.
We support the client through the validation and certification processes, until the system is fully integrated and ready to operate, for both prototypes and mass production.
The battery is a living system. We offer technical support, diagnostics, and performance monitoring to ensure its reliability over time.
We define maintenance, repair, and remanufacturing plans, and prepare batteries for a second life when the application allows it. Our approach is clear: maximize uptime, extend lifespan, and protect the investment.
The result
Industrial batteries designed to last and scale
Through our engineering department, we have the capacity to design advanced energy architectures, develop innovation projects, integrate complex systems, and validate their performance under real-world operating conditions until their final commissioning.
We define capacity, power, and format according to each application, combining custom engineering with a modular architecture based on standard components, tested and validated in an industrial environment. We maximize performance, increase lifespan, and guarantee robust, reliable manufacturing ready to scale to mass production.
Thanks to a modular architecture, our batteries are designed to extend their lifecycle from the start. We remanufacture the systems by replacing cells and critical components, recovering their original performance or giving them a second life in less demanding applications. Without compromising safety or performance.
Technical expertise
Precision and performance engineering
We design industrial batteries using in-house know-how to guarantee total control. Our modular architecture combines the reliability of an industrialized product with the flexibility of a custom solution.
Validated industrial architecture
We minimize risks by basing each development on standardized and pre-validated modules.
We guarantee immediate scalability and simplified maintenance, eliminating the uncertainty of traditional prototypes.
Application-specific chemistry
We integrate LiFePO4 technology for safety, but we customize the performance.
We adapt both the voltage (12 V - 80 V) and the control electronics to the specific application, ensuring the exact response without oversizing the system.
Proprietary algorithm and electronics
Our BMS is not generic; it is an in-house development with active diagnostic algorithms.
It keeps the cells balanced and monitored under strict certification standards.