Sodium-Ion Battery for Residential Solar Self-Consumption
I have spent the last decade specifying cells for UAV packs, telecom backup strings and, more recently, for the garage wall. In the last three years the q…
I have spent the last decade specifying cells for UAV packs, telecom backup strings and, more recently, for the garage wall. In the last three years the q…
Twelve years into designing lithium battery packs for outdoor deployments, I assumed the first truly large sodium-ion fleet I would touch would be a contai…
I have spent the last six years helping warehouse operators replace lead-acid forklift fleets with lithium battery and sodium-ion systems — 63 sites,…
Over the last six years I have signed off commissioning records for more than 400 sodium-ion battery cabinets installed as backup power in telecom shelters…
I am Karl Huang, a senior lithium battery engineer, and for the last three years a growing share of my bench time has gone to sodium-ion chemistry. The rea…
I have spent the last six years signing off sodium-ion battery testing reports for islanded and grid-tied microgrids, from a 240 kWh village system in Inne…
I still remember the first time I pulled a failed lead-acid brick out of a street-light pole in Tianjin, twenty-three years ago. The acid had wicked up the…
Walk into a 250,000-square-foot distribution center at 2 a.m. and you can still hear the hydraulic whine of pallet jacks and the click of a battery-room wa…
Every backup power project I have scoped in the last two years eventually arrives at the same uncomfortable question from the client: “If this cabinet jus…
Why Sodium-Ion Chemistry Now Matters to Microgrid Operators
I have been commissioning microgrid storage for rural cooperatives, mine camps and island resor…
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