Semi-Solid State Battery Design for Energy Storage
Why a Stationary Energy Storage Battery Is a Different Animal from an EV Pack
I still remember the first time a grid-scale integrator asked me to re-spec a…
Why a Stationary Energy Storage Battery Is a Different Animal from an EV Pack
I still remember the first time a grid-scale integrator asked me to re-spec a…
When a finished battery solution leaves the bench and lands inside a host machine, the work is not over. Integration is where a pack that survived 200 cycl…
Why Cabin Reliability Is a Different Problem From Grid-Tied Homes
Grid-tied residential battery systems live a gentle life: the grid covers everything dur…
I have spent eleven years specifying lithium battery packs for warehouse robots, and the most expensive mistake I see repeat across AMR and AGV fleets is j…
Two packs sit on my bench this morning with the same label: 18 V, 5.0 Ah, 90 Wh. One rips thirty cuts through 2x lumber on a 6-1/2″ circular saw before the…
Apartment owners ask me a different question than house owners do. A house owner asks, “How big should my home energy storage system be?” An apartment owne…
Most of my career has been spent proving that lithium batteries will not do something spectacular on an aircraft. I have watched more thermal-runaway test…
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…
I have spent fifteen years signing off on traction packs, and the pattern is always the same: the pack that fails in the field was never killed by one dram…
Why Mobility Duty Is the Hardest Job a Lithium Battery Will Ever Have
I have spent eleven years designing and servicing lithium battery packs, and I will s…
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