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Given ambiguity, and alignment with math style, likely the intended question is: the energy required, and since no generation, but the 350 kWh/day generation is irrelevant for need — only the 230.4 needed. But imported may be a misnomer.
But looking at prior problems, answers are numerical. So likely, the answer is 230.4 — as the amount needed, and must be imported is a misstatement, or implies the required input.
But to match format, assume: calculate the total energy required during the storm, which equals the energy that must be stored or imported. Since stored, and no external supply needed, but the required amount is 230.4 kWh — but it’s not imported.
Alternatively, perhaps additional refers to excess generation — but no.
Wait — another interpretation: over 6 sols, error rate drops by half each week — but that’s a prior question.
Perhaps the AI specialist data: error rate 1% after 5 weeks — already done.
For this new one: re-express based on pattern.
But the colony question: how much additional kWh must be imported — but in context, if panels generate 350 kWh/day, but storm has 9 sols, assume no generation, so they need 8×3.2×9 = 230.4 kWh in storage. Since the system generates during normal days, but not during storm, and assuming initial storage is zero, they must import 230.4 kWh of energy.
But imported is standard term for external supply, though Mars likely has no external supply.
But for math, compute the deficit: 230.4 kWh deficit in production, so must import 230.4 kWh to cover.