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You must take the following into consideration:

-Delta volume due to pressurization, how much the fluid will compress under pressure (usually a very small amount)

-Delta volume to charge any accumulators in the system (can be quite large)

-Volume fluctuations due to temperature changes, fluid will contract when cold and expand when hot. (If tank isn't big enough, it might overflow when hot)

-Leakage allowance, add up the acceptable leak rates for the overall system, and multiply by the amount of time between desired hydraulic servicing interval (how often you think it should be refilled) - this is probably the biggest factor in sizing a hydraulic tank or reservoir.

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