Moving battery technology from a laboratory into manufacturing requires more than a successful prototype.
Materials, cell architecture, production methods, testing and quality processes must all work consistently at a larger scale.
Defining the technical requirements
The process begins with requirements such as energy, capacity, voltage, weight, dimensions and operating conditions.
These requirements guide decisions around cell chemistry, mechanical design and system architecture.
Preparing for repeatable production
Following initial development and validation, the focus moves towards repeatability, material availability, process control and manufacturing yield.
A design that performs successfully at laboratory scale may need further development before it can be manufactured reliably and efficiently.
Bridging the manufacturing gap
Max Joule supports customers throughout this transition.
By combining battery development with manufacturing capability, the company helps reduce the gap between laboratory performance and a product that can be produced and delivered reliably.