8:03 the math is a little off here. If you are pulling 1 amp from the 120v outlet the 56v battery would be outputting around 2 amps. Factor in an inverter efficiency of 80% and you’re looking at a runtime that is more like 1.5 hours not 3-4. But great video! Appreciate you going over and testing all of the inverters features.
You're absolutely right! That's why I should always convert to Wh instead of Ah, lol. I shouldn't be doing "head-math" while recording, lol. Thanks for catching and correcting me!
The power banks will slow their charging as they approach full charge. You'll only see the full 90-100 watts in the bulk charging phase, between 20-80% generally. It's easier on the lipo packs that tend to be in the higher wattage battery banks.
Thank you for this look at the PAD5000. I’m wondering if the EGO SP1000 or SP2000 solar panel can be connected to the USB C PD port for charging. The panels have a USB C port one can use to charge electronics. On the SP1000 its max rating is 12V, 1.5A, 18W; whereas on the SP2000 its max rating is 20V, 2.25A, 45W. BTW, both panel’s USB C ports accommodate the various lower DC voltages/currents based upon the device connected. It’s not 100W but it sure would be convenient if this type of setup could work like a mini solar charger/inverter/converter seamless backup for smaller electronics (ie: internet modem/router/wifi, communications, TV) in the event of a power outage.
EGO makes mostly yard equipment. Mowers, chainsaws, weed trimmers, etc. This inverter just lets you use those batteries for emergencies or convenience.
Have you used this in the following or similar scenario: plug in power from the mains via the USB C PD socket without the battery in place? I ask as I’m thinking of using it for a fridge during the night when the battery is in place and then charging up the depleted battery during the day whilst allowing the mains power (via the inverter) to keep the fridge running without it switching off (as have solar PV)? Also, if the battery died during the night would the fridge still be able to be powered from the mains power in an uninterrupted fashion?
Ok, here’s my preliminary findings. The battery HAS to be installed for the inverter to work. But after I popped the battery in, I can run 100W DC into the USB-C port while still pulling power out of the inverter. In theory, if you draw less than you’re charging, then it should work forever (minus any loss from conversion). But if you draw more power for your fridge, then the size of your battery would determine how long it will last because of the difference between in and out. Hope that helps and hope it makes sense. I’ll leave this test running a while to see if it remains stable.
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Let me know if you use one of these types of inverters regularly. What do you use it for?
8:03 the math is a little off here. If you are pulling 1 amp from the 120v outlet the 56v battery would be outputting around 2 amps. Factor in an inverter efficiency of 80% and you’re looking at a runtime that is more like 1.5 hours not 3-4.
But great video! Appreciate you going over and testing all of the inverters features.
You're absolutely right! That's why I should always convert to Wh instead of Ah, lol. I shouldn't be doing "head-math" while recording, lol. Thanks for catching and correcting me!
The power banks will slow their charging as they approach full charge. You'll only see the full 90-100 watts in the bulk charging phase, between 20-80% generally. It's easier on the lipo packs that tend to be in the higher wattage battery banks.
Thank you for this look at the PAD5000. I’m wondering if the EGO SP1000 or SP2000 solar panel can be connected to the USB C PD port for charging. The panels have a USB C port one can use to charge electronics. On the SP1000 its max rating is 12V, 1.5A, 18W; whereas on the SP2000 its max rating is 20V, 2.25A, 45W. BTW, both panel’s USB C ports accommodate the various lower DC voltages/currents based upon the device connected. It’s not 100W but it sure would be convenient if this type of setup could work like a mini solar charger/inverter/converter seamless backup for smaller electronics (ie: internet modem/router/wifi, communications, TV) in the event of a power outage.
It's interesting seeing something similar to a _drill battery_ ? using usb-c
EGO makes mostly yard equipment. Mowers, chainsaws, weed trimmers, etc. This inverter just lets you use those batteries for emergencies or convenience.
In order for it to go from Jack to Inverter, shouldn’t USB-C be plugged into right side if Jackery
Have you used this in the following or similar scenario: plug in power from the mains via the USB C PD socket without the battery in place? I ask as I’m thinking of using it for a fridge during the night when the battery is in place and then charging up the depleted battery during the day whilst allowing the mains power (via the inverter) to keep the fridge running without it switching off (as have solar PV)? Also, if the battery died during the night would the fridge still be able to be powered from the mains power in an uninterrupted fashion?
Good question! I’ll try it out and report back.
Ok, here’s my preliminary findings. The battery HAS to be installed for the inverter to work. But after I popped the battery in, I can run 100W DC into the USB-C port while still pulling power out of the inverter. In theory, if you draw less than you’re charging, then it should work forever (minus any loss from conversion). But if you draw more power for your fridge, then the size of your battery would determine how long it will last because of the difference between in and out. Hope that helps and hope it makes sense. I’ll leave this test running a while to see if it remains stable.