ACCURE Battery Knowledge Resources

Ultimate Guide to Battery Aging - How to Prevent Aging in Battery Energy Storage Systems

Battery aging is complex, non-linear and influenced by many factors. It is common to split aging into three buckets: calendric, cyclic, and reversible aging.

Predictive Safety Analytics

Learn how battery analytics prevent thermal runaway by tracking advanced safety indicators using existing data from battery management systems.

The Fingerprint of the Battery: Understanding Open-Circuit Voltage

Analyzing the battery open-circuit voltage (OCV) curve can help predict battery lifetime, estimate the battery's state of health, and detect capacity anomalies.

Problems in Lab-Based Battery Testing

The differences between lab-tested batteries and real-world performance are substantial due to production variability and diverse usage conditions.

ACCURE Battery Intelligence Secures €7.2 Million Investment to Expand Battery Safety and Performance Software Offerings for Energy Storage, Electric Vehicles and More

ACCURE’s software uses data, physics-based models and AI to monitor and improve battery performance, safety and longevity.

Developments in Lithium-Ion Battery Fire Safety

Despite monitoring solutions, the risk of a battery fire is possible. Safety measures using fire protection materials in the battery system are important.

Mechanistic Modeling in Batteries to Influence Lifetime

Experts use “aging models” to replicate how a battery degrades throughout its lifetime. Mechanistic modeling focuses on what is happening within the battery.

Guide to Sodium-Ion Batteries: Are They Ready to Replace Lithium?

Sodium-ion batteries might not replace all lithium-ion batteries on the market, but will be applied where high energy densities are not necessarily required.

Battery Passports and the Impact of ESG Regulations

Learn how the Battery Passport, a digital record of battery lifecycle info, and ESG regulations aid the transition to more sustainable mobility.

Battery Knowledge