Energy storage is at the heart of a global transformation, driving innovation and sustainability across a diverse range of sectors. At Acculon Labs, we understand the critical role batteries play in these evolving industries. Our comprehensive testing and analysis services are designed to support businesses at every stage of the battery life cycle, ensuring their products meet the demanding requirements of today and the innovations of tomorrow.
We provide comprehensive solutions, from detailed performance and safety evaluations to in-depth material analysis and certification support, ensuring the reliability and success of your battery technologies. Our expert team also offers strategic consultation to guide you through every stage of your battery development and deployment.
We deliver comprehensive electrical and durability assessments to fully understand your battery’s operational capabilities under various conditions.
Battery Anatomy and
Failure Analysis
Through detailed disassembly and systematic analysis, we uncover battery construction and identify potential failure modes to enhance reliability.
Utilizing advanced techniques, we provide fundamental insights into the chemical and physical processes governing battery cell behaviour.
We rigorously evaluate battery safety and resilience through a comprehensive suite of tests simulating extreme and hazardous conditions.
Our pre-certification testing and evaluation services guide you through the requirements of industry standards for a smoother certification journey.
Leverage our deep battery technology expertise for tailored strategic guidance and support across your project lifecycle.
Acculon Labs operates 24/7, 365 days a year, and is staffed by experienced engineers and technicians with deep expertise in battery materials, chemistries, electrical and thermal engineering, and battery management systems.
Whether you are validating the basic battery or battery pack configuration before designs are finalized, developing essential data to fine-tune the BMS and battery control strategies, or enabling a foundation for providing in-vehicle battery life and health prognostics, we are here to support you every step of the way.
In this article, we break down tier 3 of The ACE Protocol, Drive. Learn more about how we can help you determine what your battery cell will do under your load, in your thermal environment, over your expected service window.
In this article, we break down tier 3 of The ACE Protocol, Drive. Learn more about how we can help you determine what your battery cell will do under your load, in your thermal environment, over your expected service window.
Learn more about The ACE Protocol, our accelerated cell evaluation program, which shortens the cell evaluation process from months to weeks.
In this article, we break down tier 2 of The ACE Protocol, Flash Characterization. Learn more about how we have taken the Traditional cell characterization down from 4-6 months to 2-3 weeks without sacrificing the necessary precision needed for modeling, BMS, and system engineering.
In this article, we break down tier 3 of The ACE Protocol, Drive. Learn more about how we can help you determine what your battery cell will do under your load, in your thermal environment, over your expected service window.
Learn more about The ACE Protocol, our accelerated cell evaluation program, which shortens the cell evaluation process from months to weeks.
In this article, we break down tier 2 of The ACE Protocol, Flash Characterization. Learn more about how we have taken the Traditional cell characterization down from 4-6 months to 2-3 weeks without sacrificing the necessary precision needed for modeling, BMS, and system engineering.
In this article, we break down tier 3 of The ACE Protocol, Drive. Learn more about how we can help you determine what your battery cell will do under your load, in your thermal environment, over your expected service window.
Learn more about The ACE Protocol, our accelerated cell evaluation program, which shortens the cell evaluation process from months to weeks.
In this article, we break down tier 2 of The ACE Protocol, Flash Characterization. Learn more about how we have taken the Traditional cell characterization down from 4-6 months to 2-3 weeks without sacrificing the necessary precision needed for modeling, BMS, and system engineering.
