ThinkClock provides battery prototyping services accelerated by digital twin simulation for rapid performance analysis under various climatic conditions. The company offers lab-based cell characterization and supplies fully characterized, matched cells, including recycled options, to ensure battery pack uniformity and performance. They deliver diagnostic insights on battery health by correlating microscopic data with system-level behavior using physics-based and machine learning models.
Funding
Funding not disclosed
Founders
Product
Problem
Battery pack developers face challenges in rapid prototyping and characterization under diverse climatic conditions, hindering efficient development cycles. Assessing battery health and ensuring cell uniformity within packs also requires specialized tools and expertise, adding complexity and cost. Furthermore, the lack of standardized, independent cell benchmarking data makes it difficult for system integrators to select optimal cells.
Solution
ThinkClock provides battery prototyping and health analytics services, leveraging digital twins and spectroscopic techniques to accelerate battery pack development. Their physical twinning service enables rapid prototyping under any climatic condition, using characterized cells from their cell store to build a digital twin for performance analysis. ThinkClock's CellScope engine facilitates cell matching and health assessment, while their lab offers cell characterization services and a cell benchmarking database. They also offer fully characterized recycled cells for second-life applications, promoting a circular economy for battery cells.
Target Audience
ThinkClock serves battery pack developers, cell OEMs, system integrators, and EV fleet partners seeking rapid prototyping, cell characterization, and battery health analytics solutions.
Features
- Physical twinning service for rapid battery prototyping under diverse climatic conditions
- Digital twin creation and performance analysis for battery packs
- CellScope engine for cell matching and health assessment using spectroscopic techniques (EIS, Acoustic, RF)
- Cell benchmarking database providing independent cell characterization data
- Lab-based cell characterization services for performance and uniformity assessment
- Supply of fully characterized recycled cells for second-life applications
- Battery health analytics using digital twins and spectroscopic techniques
- Battery SoH as a Service platform: BatteryScope powered by Digital Twins