Been using mine for about a month and 1/2 to power continuously, a 5cubic foot freezer with a Victron Smart solar controller and 100 amp hr 12v battery. So far has been autonomous! to my surprise. The freezer seldom draws more than 60 watts and .8 amp when running. Ideal for myself and that just in case scenario.
would like to see tests on microwave, air fryer, coffee maker, and other kitchen appliances, not just a heat gun. in a power outage situation, i am not worried about using a heat gun. i want to power the refrigerator, use the microwave, air fryer, griddle, portable cooktop, etc.
High frequency inverters like these that don't use an output transformer offer far shorter life expectancies, a poorer surge capacity and because they don't offer any galvanic isolation between its DC boost stage and it's AC output, they can damage your AC appliances and even set those appliances on fire. No thanks!
![Felix "Unfair" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/Oswujxm2Ag0/mqdefault.jpg)
Been using mine for about a month and 1/2 to power continuously, a 5cubic foot freezer with a Victron Smart solar controller and 100 amp hr 12v battery. So far has been autonomous! to my surprise. The freezer seldom draws more than 60 watts and .8 amp when running. Ideal for myself and that just in case scenario.
Could it start a fridge compressor?
@@makingstuff242 I do not know..
would like to see tests on microwave, air fryer, coffee maker, and other kitchen appliances, not just a heat gun. in a power outage situation, i am not worried about using a heat gun. i want to power the refrigerator, use the microwave, air fryer, griddle, portable cooktop, etc.
High frequency inverters like these that don't use an output transformer offer far shorter life expectancies, a poorer surge capacity and because they don't offer any galvanic isolation between its DC boost stage and it's AC output, they can damage your AC appliances and even set those appliances on fire. No thanks!