michael d
off-grid solar pilgrim
CNSWIPOWER 3200-watt high-frequency 24-volt inverter
I ordered and received a CNSWIPOWER 3200-watt high-frequency 24-volt inverter for the lighter loads and the low idle current vs the high idle current I see with the low-frequency inverters.... (it only cost $271.16 including tax and delivery) it also includes a remote screen and some short maybe 18 inch small diameter inverter cables (useless to me as these included inverter cables are too short for my requirements) ((((November 20th, 2023 update))))
Previously, never even thought about the idle current being much of an issue but in all reality, it does waste a lot of the solar gain. and is something people should be aware of.
I have not done any measurements yet but plan to in the future...
The CNSWIPOWER has an LCD screen and appears to use no watts when off and maybe 10 watts or less on idle ( not sure about that yet...)
vs a low-frequency inverter using over 100 watts on idle or more.... so 24/7 is 2400 watts vs 240 watts on a high-frequency inverter on idle...
these are not real measured numbers but I will try to report back more later when I can give more concrete measurements....
busy building a place to get the 40HP case skid loader out of the weather before winter snow dumps on me...
I made up two 10 foot 1/0 pure copper cables today as one end is 8mm (5/16) and my busbars have 10mm (3/8 or) holes so a different lug on each end of the red and black DC inverter cables.... I like the cables to be color red for positive and black for negative.... not a requirement but easier to keep track of what is going where.
the 1/0 cable for 2 10-foot pieces cost 85 dollars on Amazon including delivery... Windy Nation is selling it on Amazon
the Selterm tinned copper 1/0 lugs in 5/16 and 3/8 set me back another 30 dollars.... or so I used some rewards points but still expensive... I bought 25 packs so will have spares for some more cables in the future....
the 1/0 copper cables have almost doubled in price over the last 4 years due to rampant inflation... so about 120 dollars for the two DIY 10 foot 1/0 copper cables...
I used the 10-ton hydraulic crimper and number 50 dies to hydraulically crimp the tinned copper lugs on each end of the 1/0 copper cables....
slow but sure, then I used the red and/or black adhesive-lined heat shrink on them to seal them in good...
my bus bars on the 32-cell 272ah Lischens are about 6 feet apart negative and positive..... (4P8S configuration for 24 volts)
that is the DIY battery build I am going to hook it up to 272 ah x4 = 1088 ah potential.....
should have no problems giving juice to the inverter as needed....
more later,,,,
.
I ordered and received a CNSWIPOWER 3200-watt high-frequency 24-volt inverter for the lighter loads and the low idle current vs the high idle current I see with the low-frequency inverters.... (it only cost $271.16 including tax and delivery) it also includes a remote screen and some short maybe 18 inch small diameter inverter cables (useless to me as these included inverter cables are too short for my requirements) ((((November 20th, 2023 update))))
Previously, never even thought about the idle current being much of an issue but in all reality, it does waste a lot of the solar gain. and is something people should be aware of.
I have not done any measurements yet but plan to in the future...
The CNSWIPOWER has an LCD screen and appears to use no watts when off and maybe 10 watts or less on idle ( not sure about that yet...)
vs a low-frequency inverter using over 100 watts on idle or more.... so 24/7 is 2400 watts vs 240 watts on a high-frequency inverter on idle...
these are not real measured numbers but I will try to report back more later when I can give more concrete measurements....
busy building a place to get the 40HP case skid loader out of the weather before winter snow dumps on me...
I made up two 10 foot 1/0 pure copper cables today as one end is 8mm (5/16) and my busbars have 10mm (3/8 or) holes so a different lug on each end of the red and black DC inverter cables.... I like the cables to be color red for positive and black for negative.... not a requirement but easier to keep track of what is going where.
the 1/0 cable for 2 10-foot pieces cost 85 dollars on Amazon including delivery... Windy Nation is selling it on Amazon
the Selterm tinned copper 1/0 lugs in 5/16 and 3/8 set me back another 30 dollars.... or so I used some rewards points but still expensive... I bought 25 packs so will have spares for some more cables in the future....
the 1/0 copper cables have almost doubled in price over the last 4 years due to rampant inflation... so about 120 dollars for the two DIY 10 foot 1/0 copper cables...
I used the 10-ton hydraulic crimper and number 50 dies to hydraulically crimp the tinned copper lugs on each end of the 1/0 copper cables....
slow but sure, then I used the red and/or black adhesive-lined heat shrink on them to seal them in good...
my bus bars on the 32-cell 272ah Lischens are about 6 feet apart negative and positive..... (4P8S configuration for 24 volts)
that is the DIY battery build I am going to hook it up to 272 ah x4 = 1088 ah potential.....
should have no problems giving juice to the inverter as needed....
more later,,,,
.
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