Expion360 EX-G24-60C, Руководство пользователя

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14
Expion360 Battery Manual, G24 and G27
Rev 2
07/18/2022
5.1 Inverter
The maximum continuous DC current must be considered carefully when pairing a battery bank with an inverter. The
inverter cannot have a higher maximum DC input than the battery bank’s maximum DC output. Otherwise, the BMS in the
battery may shut off due to discharge overcurrent protection. An oversized inverter may irreversibly damage the battery
bank in a worst-case scenario. The example below shows minimum battery bank capacities for various sizes of 12 Vdc
inverters with estimated discharge times at full load.
Battery size (Ah) 60 80 95 100 120 360
1000 Watt Inverter
1 Battery 1h 3m 1h 16m 2h 38m
2 Batteries
1h 16m 1h 41m 2h 0m 2h 6m 2h 31m 5h 15m
3 Batteries
1h 53m 2h 31m 3h 0m 3h 9m 3h 47m 7h 53m
4 Batteries
2h 31m 3h 22m 4h 0m 4h 12m 5h 2m 10h 30m
2000 Watt Inverter
1 Battery 1h 19m
2 Batteries
1h 3m 1h 16m 2h 38m
3 Batteries
1h 15m 1h 30m 1h 35m 1h 53m 3h 56m
4 Batteries
1h 15m 1h 40m 2h 2h 6m 2h 31m 5h 15m
3000 Watt Inverter
1 Battery
2 Batteries 1h 45m
3 Batteries
1h 3m 1h 15m 2h 38m
4 Batteries
1h 7m 1h 20m 1h 24m 1h 40m 3h 30m
Properly size the battery bank’s capacity to the inverter to prevent battery damage.
Match the battery bank’s maximum pulse and continuous discharge current to the inverter’s maximum surge and input
current, respectively.
Use only inverters that have been certified to conform to UL 458.
For more information about pairing inverters and battery banks with capacities that are not listed above or further details
about 24 Vdc, 36 Vdc, and 48 Vdc systems, please contact Expion360 technical support:
Support@expion360.com
+1 (541)797-6714