Voltaiq provides a battery quality analytics platform that automates data collection and analysis to detect defects within hours of cell formation, significantly reducing the time and costs associated with traditional end-of-line quality control. By enabling battery manufacturers to quickly identify upstream issues and generate actionable insights, Voltaiq decreases scrap rates and accelerates manufacturing ramp-up times.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for detecting battery defects are slow, often taking days or weeks to identify issues, leading to significant financial losses and delays in manufacturing ramp-up. Manually correlating upstream process settings with downstream measurements to diagnose the root cause of defects is a cumbersome and time-consuming process.
Solution
Voltaiq offers a battery intelligence and analytics platform that automates data collection and analysis across the battery lifecycle, enabling manufacturers and OEMs to detect defects within hours of cell formation. The platform collects raw data from end-of-line testing, quality labs, process equipment, and materials tracking systems, harmonizing it into a common language. By extracting key performance indicators (KPIs) and providing full upstream traceability, Voltaiq allows users to quickly identify the root causes of defects, reduce scrap rates, and accelerate manufacturing ramp-up. Shareable dashboards and reports facilitate communication and faster resolution of issues.
Target Audience
Voltaiq targets battery manufacturers, automotive OEMs, consumer electronics companies, medical device manufacturers, and energy storage providers involved in battery development, testing, and production.
Features
- Automated data collection from various sources, including end-of-line testing, quality labs, and process equipment
- Harmonization of data into a common format for streamlined analysis
- Extraction of advanced electrochemical metrics indicative of battery quality, such as internal resistance and dQ/dV peaks
- Traceability of materials, process settings, and conditions related to each battery's production
- Configurable dashboards and visualization tools for identifying and sharing insights
- Integrated data science environment and platform APIs for advanced processing, analysis, and integrations
- Real-time alerts for battery anomalies, enabling early detection of issues
- Test lab dashboard for tracking test programs and equipment utilization