DIY Solar Power Kits: Build Your Own Solar System

Friday, May 18, 2012

3 SOLAR PANEL DIY WIRING CONFIGURATION SOLAR POWER DIY MODIFIED SINE INVERTER PURE SINE INVERTER

August 1, 2009 by Jason Monsky  
Filed under Solar Power Resources

http://www.greenpowerscience.com/

PART 3 OF SOLAR PANELS. ADDING AN INVERTER WITH SOME OTHER INFORMATION. VLOG COMBO.

Duration : 0:9:28


Comments

25 Responses to “3 SOLAR PANEL DIY WIRING CONFIGURATION SOLAR POWER DIY MODIFIED SINE INVERTER PURE SINE INVERTER”
  1. sleepwalker206 says:

    she is a hottie
    she is a hottie

  2. jack52008 says:

    Nice tutor, thanks …
    Nice tutor, thanks for your time and effort

  3. aledg says:

    yeah – the world …
    yeah – the world has changed hasn’t it.

    Seems now the green nerds get the chicks!!

    WOOHOO!!!

  4. jb37usa says:

    The girl is hot!!!!
    The girl is hot!!!!

  5. nazar962 says:

    This is really …
    This is really great & useful film, but you have to consult audio professional because the drill noise is very high so you have to relocate your Mic.
    Thanks

  6. Frit0Pie says:

    lol that was great
    lol that was great

  7. HydroSonic88 says:

    he’s pulling the …
    he’s pulling the pony, riding a bicycle. Why not just ride the pony? lol

    great video as always

  8. tuffman001 says:

    don could i charge …
    don could i charge my battery from the same inverter coming from the battery

  9. ouzo1power says:

    Great videos Dan …
    Great videos Dan and Denise and well explained. Thanks for your replies too. Would it be possible to show us what calculations are required for the estimation of energy requirements of our electrical devices (i.e. do we need to know the vols, watts, amps ??) and the calculations required of choosing the solar panel, number of batteries, transformers etc, please? Thank you. Nicos

  10. dru1982 says:

    great pony blooper
    great pony blooper

  11. rdt1970 says:

    think its doable …
    think its doable think we’d need to know how much amps and wattage is required also an inverter if you find anyone on the net that has done it let me know :) likewise

  12. cool70200 says:

    I was thinking the …
    I was thinking the same about my computer too, but a modern pc with 700-1000 watt p/s, memory, harddrives, monitors, mice, keyboards, and high end video cards might consume insane amounts of energy.

  13. rdt1970 says:

    hi so what would i …
    hi so what would i need to power my home computer gaming rig to run on solar. id like to run it 24/7

  14. czarsolarhydrowind says:

    Hi, I like your …
    Hi, I like your videos too, after I buy a 30 amp controler how can I convert my air marine wind turbine to my batteries it is 24v and my bank is 12v? I have 3 15 watt set up?

  15. SolarXpert says:

    Just got my solar …
    Just got my solar cells for cheap. 5″ x 5″ solar cells for $1.20/watt. Limited amount! Act quick!

    Use discount code: SOLARDEALS
    Ends May 17th.

    Get them at solar-deals(.).com

  16. brukins says:

    The pony FTW!
    The pony FTW!

  17. slashing164 says:

    MILF
    MILF

  18. glenndy1976 says:

    Very well explained.
    Very well explained.

  19. BamaKattt says:

    great outtakes!
    great outtakes!

  20. cappydawg says:

    really funny to …
    really funny to watch a overloaded lithium battery ovaload t and burn though. lo :)

  21. cappydawg says:

    you dont have to …
    you dont have to have all of the amphours the same. but keep in mind that the smaller one will drain quicker.

  22. GREENPOWERSCIENCE says:

    :-)
    :-)

  23. LenonHonorFilms says:

    Was that a solar …
    Was that a solar powered pony? :) I am really learning a lot from these videos. Thanks for posting.

  24. jotoew says:

    do you have to have …
    do you have to have all of the amp hours the same to hook up batteries in parallel?

  25. snoglobe68 says:

    You dont want to …
    You dont want to draw down your deep cycle battery below 30% of it’s full charge…ever. Ideally you want to design your system, taking into account your max amp/hr usage for one day, to ensure that you draw no less than 50% of your batteries full charge. Otherwise you will eventually cause premature battery failure. Ideally 50% but no less than 30%.