Solar for Dummies

Is there a basic training manual for us solar newbie's? I know that it can be had by reading every thread here and surfing the 'net, but honestly...I don't have the time.
I've bought what I hope is essentially "plug and play" system but I know this may not be the case 100%. So I'm wondering if there is a "care and feeding" manual for my 48vdc Magnum system with Midnite controller (or generic for that matter).
I'm looking for correct SG, full battery voltage, LBCO, absorb time all in one place.
This might be tall order, but I'm just wondering. I would just like to have a check list to follow to get the most and longest life from a very expensive system...
Thanks,
Paul
I've bought what I hope is essentially "plug and play" system but I know this may not be the case 100%. So I'm wondering if there is a "care and feeding" manual for my 48vdc Magnum system with Midnite controller (or generic for that matter).
I'm looking for correct SG, full battery voltage, LBCO, absorb time all in one place.
This might be tall order, but I'm just wondering. I would just like to have a check list to follow to get the most and longest life from a very expensive system...
Thanks,
Paul
3500w solar, 800AH with Rolls Surrette, Magnum inverter, Midnite charge controller, Kubota 21kW diesel genset...private well...and just recently connected to city power for additional options...nice to have options
Comments
From our Beginner's working FAQ:
My suggestion. Get the manual for your batteries and read through that. Then read these two FAQs:
Deep Cycle Battery FAQ
www.batteryfaq.org
Next, if you don't have one, I would suggest a Battery Monitor of some sort (Victron Energy is another one with a good reputation).
In the end, the only thing you can really mess up (other than hooking things up backwards/etc.) is the battery bank. Under charging, "deficit" charging, over charging, not checking/adding distilled water, dirty cable ends/terminals, monitoring specific gravity (non-sealed batteries), etc... all can shorten the life of your battery bank.
So, proper tools, such as a hydrometer (if flooded cell batteries). I really highly suggest (besides the battery monitor) a DC Current Clamp Meter. They are much easier and safer to use, and will display upwards of 400 amps (here is a cheap version that is functional).
The Battery Monitor (if you get one) will really help you monitor your loads, charging current, and overall battery state of charge.
Programming the charge controller to optimally recharge your battery bank, and just making sure the Inverter has good/short/heavy power cables and does not over discharge your battery bank (some inverters also have an internal battery charger--so you may have to learn how to program that too).
Basically, you can parallel charge controllers (good/heavy/short cables from each controller to the battery bus common connections) and which ever has the power and the highest voltage setting(s) will "win".
-Bill
Great information. Thanks guys...
Thanks Bill, I'm gonna dive in to your suggestions and do more reading.
I really do have a pretty good handle on my system overall, and I've read everything I can get from Midnite and Magnum. I've been using a small system I built for a permanent RV on the property for 5 years and had great luck. I know the theory is the same, but this is a very big and expensive challenge I can't screw up.
Going from a 12vdc system with two t-105's to a 48vdc system with 800 amp and 10 235w panels, is no joke and really has my full attention LOL...
I keep reading here about short charging and over drawing from the batterys and need to get a grip on it.
I do have a Magnum BMK in the system, along with a AGS-n and a 48v PAE. I'm gonna beat the family into using less, understanding that what gets used must be replaced and there is no free lunch energy wise.
THANKS, We'll be talking along the way!
Paul