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Formation Channel Sizing Read from a Cell Assembly Equipment FAT — How 1 Second of Takt Time Moves 3,350 Channels
Electrovaya announced that on August 24, 2026, it began a Factory Acceptance Test (FAT) of automated cell-assembly and Formation equipment for its Jamestown, New York cell plant, to be followed after completion in early October by shipping and a Site Acceptance Test (SAT). This article reinterprets that FAT not as “equipment inspection” but as a sizing verification that absorbs, through the number of Formation channels, the takt-time mismatch between cell assembly — which moves at a second-by-second cadence — and Formation — which holds cells for hours at a time. Under an assumed scenario (0.5 GWh annual output, 185 Wh cells, 6,600 h/yr of operation, 72 h Formation dwell time),…
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EU Battery Carbon Footprint Methodology Still Pending: How Line Energy Metering Resolution and Allocation Choice Shift Per-Cell Values
According to the EU's official consultation portal, the delegated act setting the carbon footprint calculation methodology under Article 7 of the EU Batteries Regulation (2023/1542) had not moved to the adoption stage as of 23 September 2026, and the portal still shows the planned adoption period as "Q3 2025". In an assumed 8 GWh/year plant producing two models, allocating the same 200,000,000 kWh of electricity by floor area, operating time, capacity or cell count makes the per-cell electricity of model A swing from −27.3% to +10.3% against the process-metered value of 7.860 kWh. Area-based allocation reverses the low-carbon ranking of the two models, and capacity-based allocation has the smallest total…




