Industrial battery end-users

Overcoming stock quality assurance issues

Uncertainty in battery stock quality causes significant risks to operational readiness, safety, and logistics. Unreliable batteries can lead to equipment failures during critical situations. This unpredictability increases the maintenance burden, escalates operational costs, and potentially endangers personnel. Reliable power sources enable sustained and effective operations, particularly in remote or hostile environments where resupply is challenging.

Battery stock quality assurance often relies on manual and time-consuming processes. Assessing the condition of each battery can take several hours and each battery type might require varying methods and hardware. This causes the quality assessment to be slow and resource intensive process.

Effective data management and analysis are critical for battery stock quality assurance, helping to predict battery failures, optimize maintenance schedules, and ensure the availability of high-quality batteries for crucial tasks. Many battery end-users lack the tools to seamlessly access and analyze the data generated during testing. Comprehensive data analytics enables battery end-users to ensure optimal battery usage. This not only enhances the reliability and longevity of batteries used in critical tasks, but also supports better resource allocation and operational readiness.

Speed

Measurement results in seconds, not hours. Test hundreds of cells and batteries while traditional methods would still be processing the first.

Accuracy

Laboratory grade accuracy, delivers over 2,000 data points in under 2 seconds, which is 900 times faster than other methods.

Data & analytics

All essential data, comprehensive insights, and analytics are in the cloud, enabling informed decision-making in real-time.

Modifiability

For all cell and battery chemistries and types, from battery modules and packs to supercapacitors and fuel cells.

CeLLife use cases for industrial clients

Grading and characterization

Quickly grade the quality of your batteries and optimize the usage and operational safety.

Testing and measurement

Get the most accurate insights, in seconds. Gain certainty of the stock quality.

Quality control and defect detection

Ensure operational safety by detecting defects early, in seconds.

Data mining and analytics

Seamless access to comprehensive insights and analytics, empowering informed decision-making in real-time.

CeLLife's advanced technology significantly benefits industrial battery end-users by addressing critical stock quality assurance issues. Uncertainty in battery stock quality can endanger operational safety, leading to equipment failures during crucial situations. CeLLife’s Electrical Fingerprint Platform (EFP) mitigates these risks by providing rapid, reliable measurements in seconds, allowing end-users to test thousands of batteries at the cell level daily. This substantial increase in testing speed enhances efficiency, ensuring stock quality more effectively. Additionally, CeLLife’s technology delivers laboratory-grade accuracy by analyzing over 2,000 data points in seconds.

This fast quality control process not only saves money and enhances certainty but also ensures that only high-quality batteries are deployed for critical operations. Which is particularly vital for operations, where the reliability of communication systems, surveillance equipment, and key operational equipment is essential for mission success and personnel safety. CeLLife's quick and accurate testing supports better maintenance planning and operational readiness, minimizing downtime and boosting overall efficiency, ensuring that critical equipment remains functional and dependable during operations.

Moreover, CeLLife offers comprehensive data and analytics capabilities. Users can access data from previous tests and leverage AI-driven insights throughout the battery lifecycle. This comprehensive performance data enables predictive maintenance, optimizing battery usage, and extending battery life. The technology ensures swift grading and characterization of batteries, guaranteeing safety, saving money, and maximizing battery usage by for example utilizing batteries with weaker capacity for less critical operations. This ensures optimal resource utilization, where decent batteries don't get replaced too early.

Industrial sectors benefit from reduced unexpected failures and enhanced operational reliability. Consistent grading and characterization ensure that all batteries meet the necessary performance standards, thus supporting the continuous operation of critical systems without interruptions. By integrating CeLLife’s innovative solutions, battery end-users can achieve a sustainable competitive advantage through enhanced efficiency and reduced costs.

Entities with thousands of batteries must rely on accurate condition assessments to guarantee operational safety. CeLLife’s technology allows customers to quickly grade their batteries, optimizing their usage and enhancing operational efficiency. For example, a company previously spent 6 hours checking the condition of a single battery. With CeLLife, they can now analyze thousands of batteries in the same time frame, gaining cell-level insights from each battery. This drastic improvement saves time and resources to ensure the reliability and safety of their operations.

Battery, Perfected. CeLLife.

Battery, Perfected. CeLLife. Battery, Perfected. CeLLife.

Automotive OEM Quality Control