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Automakers are shooting for a fuel cell cost factor of $50 per kilowatt.
By comparing the forming cell cost component of two models, it can be understood the presented model reduces the forming cell cost by finding the optimal number of formed cells.
The obtained results were revealed that the variable number of cells could considerably improve the performance of the extended model by reducing the forming cell cost.
The forming cell cost, intra- and inter-cell material handling costs per each part type are 20,000; 5; and 50; respectively.
The optimal number of cells formed in each period is equal to 2 which results in forming cell cost equal to 2 × 2 × 20,000 = 80,000.
For example, regarding the number of formed cells as decision variable can considerably improve the performance of a CMS by reducing forming cell cost.
Similar(38)
But Honda will not say what the fuel cell costs; no manufacturer is open about that.
Just the platinum for the catalyst inside a fuel cell costs as much as an internal-combustion engine of equivalent power, according to a recent study.
One way to reduce solar cell costs is to improve cell performance by applying cheap new methods [1].
To conclude, forming cells in changeable numbers makes the model enable to reduce the forming cell costs and the OFV.
These electrodes are of interest for their potential to reduce low temperature fuel cell costs, but the mechanisms governing their operation are not well-understood at this time.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com