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Energy, Batteries & New Power

Prove new energy designs safe.

Full-field measurement for batteries, hydrogen tanks, and wind turbine blades.

UN 38.3
Battery abuse
ASME
Pressure vessels
Multi-camera
Blade-scale
DIC + IR
Thermal runaway

The Problem

New chemistries and novel designs lack field history, and point sensors cannot follow cell swelling, composite overwrap behavior, or blade-scale buckling.

The Solution

Three ways Trilion validates energy systems

Battery Cell & Module

Micron-level swelling, strain at tabs, and synchronized IR during crush, nail, and runaway events.

Pressure Vessels

Strain across full COPV and H2 tank surfaces for burst, fatigue, and ASME qualification.

Wind Turbine Blades

Multi-camera DIC arrays capture buckling, bond lines, and damage at full blade scale.

Standards

“Measurement workflows supporting UN 38.3, IEC 62660, ASME, DOT, ISO 11119, and EC 79.”

NIST-traceable · Automated audit trails

Ready to validate your energy program?

Talk to an engineer about batteries, hydrogen, or blade testing.

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Featured Resources

Case studies, white papers, and application notes

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Case Study

Improving Equipment Reliability Utilizing Digital Image Correlation Photogrammetry

A large refinery in Canada’s tar sands, experienced 9 mechanical seal failures in 3 months on their  ...

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Published Paper

Large-area photogrammetry based testing of wind turbine blades

An optically based sensing system that can measure the displacement and strain over essentially the entire area of a ...

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Published Paper

Dynamic Stress-Strain on Turbine Blade using Digital Image Correlation Techniques - Part 1: Static Load and Calibration

Often times, wind turbine blades are subjected to static and dynamic testing to identify the performance levels that ...

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Key Products & Systems

Purpose-built systems for your application

Flagship 3D DIC System

ARAMIS Adjustable

Full-field strain and displacement measurement for components and structures. Scales from coupon to full-scale testing.

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