Semi-Solid State Battery Cost Optimization for EV Packs (2)
I have spent the better part of a decade on both sides of the battery cost conversation — designing quasi-solid cells on the lab bench and, more rece…
I have spent the better part of a decade on both sides of the battery cost conversation — designing quasi-solid cells on the lab bench and, more rece…
Home Energy Storage Reliability for Apartments: Engineering Long-Life Residential Battery Systems
When I spec a home energy storage system for a detached…
I have spent the last eleven years designing battery systems, and the projects that taught me the most were not the elegant ones. They were the rural micro…
I have spent the last eleven years designing lithium battery packs for industrial equipment, and the robotics programmes are the ones that keep me up at ni…
When an OEM qualifies a new cell chemistry, the lab cycle-life number is the easy part. The hard part — and the part that actually decides warranty cost, b…
When a mapping UAV loses power at 120 meters, it rarely loses just the aircraft. It loses the orthomosaic you were building, the ground-control points you…
Home Energy Storage Performance for Apartments: Engineering Benchmarks for Reliable Residential Battery Systems
Over the last nine years designing lithium…
I have spent the better part of fifteen years standing next to pack assembly lines, and the pattern in robotics is always the same: the electrical design p…
When a microgrid owner asks me how reliable a sodium-ion battery bank will be over its ten-year life, my honest answer is that reliability is not a proper…
When a robotics customer tells me their packs “passed all the battery tests” and then reports units dropping offline at 60% state of charge on the night sh…
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