Cell Research
Cylindrical Sodium-Ion Cells: 10 Models You Can...
Ten cylindrical sodium-ion cells, from 850mAh 18650s to 15Ah 46145s: how layered oxide, NFPP and Prussian blue differ, which cell fits which build, and how to get a quote.
Cylindrical Sodium-Ion Cells: 10 Models You Can...
Ten cylindrical sodium-ion cells, from 850mAh 18650s to 15Ah 46145s: how layered oxide, NFPP and Prussian blue differ, which cell fits which build, and how to get a quote.
Sodium-Ion 18650 Test Report v1: NFPP and Layer...
We charged and discharged sodium-ion NFPP, sodium-ion layered oxide and LFP 18650 cells at 0.5C on our bench. Here are the capacity results, the voltage curves, and what they mean...
Sodium-Ion 18650 Test Report v1: NFPP and Layer...
We charged and discharged sodium-ion NFPP, sodium-ion layered oxide and LFP 18650 cells at 0.5C on our bench. Here are the capacity results, the voltage curves, and what they mean...
Cell Review: Sodium-ion NFPP, 18650
NFPP Sodium-Ion Cells: The Sodium Answer to LFP Why this matters: Sodium-ion is growing fast and there are many new variants available. This post covers NFPP specifically, the sodium-ion cousin...
Cell Review: Sodium-ion NFPP, 18650
NFPP Sodium-Ion Cells: The Sodium Answer to LFP Why this matters: Sodium-ion is growing fast and there are many new variants available. This post covers NFPP specifically, the sodium-ion cousin...
Cell Review: Sodium-ion Layered Oxide, 18650
Layered Oxide Sodium-Ion 18650 Cell: Cold-Ready Power Without Lithium Why this matters: Sodium-ion cells are a real alternative to lithium-ion. But which sodium-ion should you choose? This cell uses a...
Cell Review: Sodium-ion Layered Oxide, 18650
Layered Oxide Sodium-Ion 18650 Cell: Cold-Ready Power Without Lithium Why this matters: Sodium-ion cells are a real alternative to lithium-ion. But which sodium-ion should you choose? This cell uses a...
NFPP vs NFM: Which Sodium-Ion Chemistry Is Best...
Sodium-ion batteries are quickly emerging as a cost-effective alternative to lithium-ion—especially for stationary energy storage systems. Among the various sodium-ion chemistries, two stand out: NFPP (Sodium Iron Pyrophosphate) NFM (Sodium...
NFPP vs NFM: Which Sodium-Ion Chemistry Is Best...
Sodium-ion batteries are quickly emerging as a cost-effective alternative to lithium-ion—especially for stationary energy storage systems. Among the various sodium-ion chemistries, two stand out: NFPP (Sodium Iron Pyrophosphate) NFM (Sodium...
Are Sodium-ion Batteries the future?
Are Sodium-ion Batteries the Future? Sodium-ion batteries are gaining momentum as a lower-cost, safer, and more sustainable alternative to lithium-ion. With the ability to reuse existing lithium-ion battery manufacturing lines,...
Are Sodium-ion Batteries the future?
Are Sodium-ion Batteries the Future? Sodium-ion batteries are gaining momentum as a lower-cost, safer, and more sustainable alternative to lithium-ion. With the ability to reuse existing lithium-ion battery manufacturing lines,...