File:Total Load Calculator.xls: Difference between revisions
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(This spreadsheet is for calculating total load of system components. Currently assumes 24v to 110V inverter, 5 Watt draw per xo, 10% loss in Inverter. Most significant variables: Number of hours each group of laptops is expected to be drawing power (amp/) |
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Number of hours each group of laptops is expected to be drawing power (amp/hrs) |
Number of hours each group of laptops is expected to be drawing power (amp/hrs) |
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If we can power the laptops via D/C, we don't need to multiply our 192 A/C Amp hour load by 110/24=4.58 when we size our array of batteries and PV panels. |
If we can power the laptops via D/C, we don't need to multiply our 192 A/C Amp hour load by 110/24=4.58 when we size our array of batteries and PV panels. |
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[[Category:Spreadsheet]] |
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Revision as of 20:52, 22 October 2008
This spreadsheet is for calculating total load of system components. Currently assumes 24v to 110V inverter, 5 Watt draw per xo, 10% loss in Inverter. Most significant variables: Number of hours each group of laptops is expected to be drawing power (amp/hrs) If we can power the laptops via D/C, we don't need to multiply our 192 A/C Amp hour load by 110/24=4.58 when we size our array of batteries and PV panels.
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| Date/Time | Dimensions | User | Comment | |
|---|---|---|---|---|
| current | 21:58, 21 October 2008 | (15 KB) | Dbennett (talk | contribs) | This spreadsheet is for calculating total load of system components. Currently assumes 24v to 110V inverter, 5 Watt draw per xo, 10% loss in Inverter. Most significant variables: Number of hours each group of laptops is expected to be drawing power (amp/ |
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