***Sarcasm Alert*** When I stated that “warm air sinks”, I was being sarcastic. I know that warm air rises. It was suppose to be a jab at the poor design of the inverters that try to force all the warm air out the bottom of the inverters. I guess I wasn’t sarcastic enough.
@@AdamDeLay07 I was just thinking the same thing. The end result is going to be impressive but yeah, with all the features you're including it's a lot of work. Good job. Don't pull any more wires out of their pins! 🤪
@@easttexascowboy257 Haha! Yeah, not one of my smarter moments on this build. Ultimately it did work out better though because the replacement has 3x the length of cable, so I'll be able to mount it on the outside of the box.
It’s coming along nicely. Those outlets look nice. Little hack for using a hole saw on plastic. Start with drill in forward then switch to reverse 1/2 way through. Prevents any cracking in the plastic.
For the diyers. I used the same ridged box. I got 2- 80ah lifepo4 batteries in it with a 5 " gap in the middle. as i needed 24vdc 80 ah for a kayak motor. By the way ridgid sells a taller box called xl
In other videos I've seen adding a pcb relays board and also a temperature sensor directly to the RPi pins and integrating them into Venus OS. The advantage is that manually controlling the relays switching or automating them according to the temperature sensor is done in one app directly in Venus OS. This could be interesting as an upgrade for controlling fans, or battery heating, things like that for you in the future.
That would be pretty cool! I actually integrated my old 12v system into my Venus OS (the same one I'm putting into the case) which allowed me to remotely turn the inverter on or off. Might be a possibility again for a future update. The only downside is that it would only work on WiFi and that connection would have to be pre-programmed into the Pi. Basically it would only work at my home and then it would lose access to the internet.
@@AdamDeLay07 In one YB video about installing Venus OS, they said that in the case of offline use, the Rasberry Pi with Venus OS stores data on the SD card and when it comes back online, it transfers all the offline data from offline use back to the system and doesn't keep it on the SD card, so it works very efficiently with offline data. So even in the case with offline use somewhere away from the internet, or an internet failure at home, the solar monitoring history would not be lost, if that were confirmed it would be great. Could you please test this with your DIY portable power station? This is exactly what I've been looking for a long time, that which solar monitoring system will allow me to have full time monitoring with history for online and offline use of a portable solar power station.
@@tiborchren now that you mention that, I do recall that happening when I had the VRM running on my 12v system in my barn. I didn’t have stable internet out there so it would store the data and reload each time I fixed the internet connection. I do have some upcoming projects which might free up some equipment to go into the power station, and then I can test the VRM access.
nice build cool 😇😇😇🥰🥰i see lot people build them only i did see they have a breaker going from inverter to 110 A/C outlet for if something was to happenend it only flip the breaker like breaker have in house on panel box
Adam, you have stated this before in another of your videos and no one commented about it. Warm/hot air does not sink, it rises as temperature increases. Hot air rises primarily due its lower density as compared to cooler air. As the temperature increases, the density of the air decreases. Thus, the fans in EG4s should be pulling cooler air at the bottom and blowing it upward over the electronics, and exhausting at the top. If the fans are blowing hot air out the bottom, the wiring is wrong for the fans.
*** EDIT *** I now realize I missed the Sarcasm ....... HAHA ! *** I agree about the hot air. the EG4 was designed to pull air from top and out through the bottom (As indicated with the intake filters attached at the top.) So the STOCK EG4 is not wired wrong..... HOWEVER I actually Modded my EG4 , to reverse the fans , such to pull air out of the bottom and up through the top. it HAS made a measurable difference. I was able to make custom magnetic filters that attach to the bottom and sides of the EG4 where the air now is brought in. ~RandomPlanet
It was meant to be sarcastic. I guess I wasn’t sarcastic enough…😁 Warm air does rise. It was supposed to be a jab at the designers of the inverter for going against common sense. It makes no sense at all having the fans suck air from the top and try to blow all the heat out of the bottom of the unit…
it very cool nice love it 🥰🥰🥰😇😇😇i build my own but i have 20Amp Breaker switch for my 110 A/C out let so nothing with happenend to my inverter the breaker will only flip is something was to happened
Hi. I like your video but I couldn't find any links of any of the items you use in this biuld. I even clicked onto your website and I still couldn't find anything.Is it possible you can please put up a list of links of all the components in which you used in this video. Thanks.
If you had OCD you would have removed that AC outlet piece, picked up a file and enlarged that hole so that the AC outlets actually fit flush into your "fit perfectly"hole. Some people confuse OCD with lazy. If you have to say "no one will know" you are dont doing a good job.
***Sarcasm Alert***
When I stated that “warm air sinks”, I was being sarcastic. I know that warm air rises.
It was suppose to be a jab at the poor design of the inverters that try to force all the warm air out the bottom of the inverters.
I guess I wasn’t sarcastic enough.
Love it, built one of these out of plywood... wished I had found a box like this instead! Looks awesome and very practical
Nice box, I have to stop telling everyone that. 😅 These projects take lots of time to map out,👍
🤣🤣🤣
There is actually a lot to to this build. Nice work so far.
More than I thought for sure. Thanks!
@@AdamDeLay07 I was just thinking the same thing. The end result is going to be impressive but yeah, with all the features you're including it's a lot of work. Good job. Don't pull any more wires out of their pins! 🤪
@@easttexascowboy257 Haha! Yeah, not one of my smarter moments on this build. Ultimately it did work out better though because the replacement has 3x the length of cable, so I'll be able to mount it on the outside of the box.
It’s coming along nicely. Those outlets look nice. Little hack for using a hole saw on plastic. Start with drill in forward then switch to reverse 1/2 way through. Prevents any cracking in the plastic.
Thanks for the tip!
For the diyers.
I used the same ridged box.
I got 2- 80ah lifepo4 batteries in it with a 5 " gap in the middle.
as i needed 24vdc 80 ah for a kayak motor.
By the way ridgid sells a taller box called xl
In other videos I've seen adding a pcb relays board and also a temperature sensor directly to the RPi pins and integrating them into Venus OS. The advantage is that manually controlling the relays switching or automating them according to the temperature sensor is done in one app directly in Venus OS. This could be interesting as an upgrade for controlling fans, or battery heating, things like that for you in the future.
That would be pretty cool! I actually integrated my old 12v system into my Venus OS (the same one I'm putting into the case) which allowed me to remotely turn the inverter on or off. Might be a possibility again for a future update. The only downside is that it would only work on WiFi and that connection would have to be pre-programmed into the Pi. Basically it would only work at my home and then it would lose access to the internet.
@@AdamDeLay07 In one YB video about installing Venus OS, they said that in the case of offline use, the Rasberry Pi with Venus OS stores data on the SD card and when it comes back online, it transfers all the offline data from offline use back to the system and doesn't keep it on the SD card, so it works very efficiently with offline data.
So even in the case with offline use somewhere away from the internet, or an internet failure at home, the solar monitoring history would not be lost, if that were confirmed it would be great.
Could you please test this with your DIY portable power station?
This is exactly what I've been looking for a long time, that which solar monitoring system will allow me to have full time monitoring with history for online and offline use of a portable solar power station.
@@tiborchren now that you mention that, I do recall that happening when I had the VRM running on my 12v system in my barn. I didn’t have stable internet out there so it would store the data and reload each time I fixed the internet connection.
I do have some upcoming projects which might free up some equipment to go into the power station, and then I can test the VRM access.
nice build cool 😇😇😇🥰🥰i see lot people build them only i did see they have a breaker going from inverter to 110 A/C outlet for if something was to happenend it only flip the breaker like breaker have in house on panel box
Adam, you have stated this before in another of your videos and no one commented about it. Warm/hot air does not sink, it rises as temperature increases. Hot air rises primarily due its lower density as compared to cooler air. As the temperature increases, the density of the air decreases. Thus, the fans in EG4s should be pulling cooler air at the bottom and blowing it upward over the electronics, and exhausting at the top. If the fans are blowing hot air out the bottom, the wiring is wrong for the fans.
*** EDIT *** I now realize I missed the Sarcasm ....... HAHA ! ***
I agree about the hot air. the EG4 was designed to pull air from top and out through the bottom (As indicated with the intake filters attached at the top.) So the STOCK EG4 is not wired wrong..... HOWEVER I actually Modded my EG4 , to reverse the fans , such to pull air out of the bottom and up through the top. it HAS made a measurable difference. I was able to make custom magnetic filters that attach to the bottom and sides of the EG4 where the air now is brought in.
~RandomPlanet
It was meant to be sarcastic. I guess I wasn’t sarcastic enough…😁
Warm air does rise. It was supposed to be a jab at the designers of the inverter for going against common sense. It makes no sense at all having the fans suck air from the top and try to blow all the heat out of the bottom of the unit…
@@jbuecker Since I don't own an EG4, I was not aware that their design is flawed. Maybe they wanted them installed upside down.
Thanks 👍 I was thinking of building one of these for practice/experience and posting it for sale locally
it very cool nice love it 🥰🥰🥰😇😇😇i build my own but i have 20Amp Breaker switch for my 110 A/C out let so nothing with happenend to my inverter the breaker will only flip is something was to happened
Hi. I like your video but I couldn't find any links of any of the items you use in this biuld. I even clicked onto your website and I still couldn't find anything.Is it possible you can please put up a list of links of all the components in which you used in this video. Thanks.
Thanks!
There’s actually an entire page on my site with all the parts and pieces. going-off-grid.com/diy-portable-power-station/
if hot air sinks, then every hot air balloon, would just plummet to the earth when temperatures increased.
I was being sarcastic.
Whud u please give me some advice for a project 😢😢😢
If you ask your questions here you might get comments and help from a lot of people. You can also try asking on the diysolarforum.com forum.
If you had OCD you would have removed that AC outlet piece, picked up a file and enlarged that hole so that the AC outlets actually fit flush into your "fit perfectly"hole. Some people confuse OCD with lazy. If you have to say "no one will know" you are dont doing a good job.
Thanks for the comment