Anode-Free Semi-Solid State Battery Cells: A Design Guide
An anode-free cell is the most honest test of an electrolyte. You start with a bare copper current collector, put every milligram of lithium in the cathode…
Semi-Solid State Battery Design for Storage: Eight-Hour
I have spent the better part of the last six years specifying packs that never move. That sounds boring until you realise that a stationary asset has to ea…
Sodium-Ion Battery Design for Street Lights: Cell Format
Most off-grid street-lighting tenders I worked on ten years ago were answered with lead-acid. The packs lasted three winters, the cabinets rusted, and the…
Lithium Battery Design for Mobility Devices: Wheelchair and
I have spent the last nine years specifying lithium battery packs for powered wheelchairs, Class II mobility scooters, and last-mile delivery trikes, and t…
Sodium-Ion Battery Design for Street Lights: An Engineer’s
Why Street Lights Are the Quiet Success Story of Sodium-Ion
I have spent eleven years designing battery packs for off-grid applications, and three years ag…
Semi-Solid State Battery Design for Storage: A Practical
Over the last decade I have watched energy storage move from a niche curiosity into the backbone of how homes, factories, and grids actually balance renewa…