(un) Common Sense and solar Questions

This should be a no brainer for experienced RVer's. What orientation would you prefer to park your RV as it relates to the summer sun? N,S, or E,W. Taking into consideration awning on right side (passenger). The goal is to avoid the most intense heat, both inside and out. This would fall under passive solar? For active solar collecting, does it matter if the panels are aligned lengthwise N/S or E/W? I would guess it would be more critical at other times of the year. The reason I ask is if planning a solar system, which direction would you prefer to mount the panels on the roof once you have determined the preferred orientation of the RV? Do all of these considerations change in winter when you are trying to get as much passive solar exposure as possible?
I have done some calculating and have determined my approx. daily usage to be 50ah/day or 600wt hr/day. I would like to have at least 2 days autonomy. Could a 200 watt system with 200ah of battery storage accomplish this, while not drawing batteries down past 50%?
My planned solar system at this point includes:
(2) 100 wt monocrystaline panels
(1) MPPT charge controller
(2) 100 ah deep cell 12v batteries OR
(2) 200 ah 6v deep cell batteries, space and cost may determine this
Assorted meters and fuses etc.
All lighting will be LED. The high amp items are pump @ 4 amps, but only used in short bursts when pressure falls below 50psi, and 12volt refrig. @ 3.5-4 amps, but it does not run constantly, maybe 50%? And a bathroom fan/ light/ vent combo @1.6 amps, also used in short bursts when steam or other "gasses" may be present.
All other appliances, heaters, A/C, etc. will be LP or 120v, as I have a WFCO8955 power center and a generator. Trailer is well insulated at R7.5+ walls and R15+ ceiling, roof is painted with Henry reflective paint.
This is a "Toy Hauler" that will mostly be used by 1 person, but occasionally 2 for motorcycle rallies of 3-4 day duration.
Any answers, comments or suggestions are most appreciated.
Thanks in advance,
McDave

I have done some calculating and have determined my approx. daily usage to be 50ah/day or 600wt hr/day. I would like to have at least 2 days autonomy. Could a 200 watt system with 200ah of battery storage accomplish this, while not drawing batteries down past 50%?
My planned solar system at this point includes:
(2) 100 wt monocrystaline panels
(1) MPPT charge controller
(2) 100 ah deep cell 12v batteries OR
(2) 200 ah 6v deep cell batteries, space and cost may determine this
Assorted meters and fuses etc.
All lighting will be LED. The high amp items are pump @ 4 amps, but only used in short bursts when pressure falls below 50psi, and 12volt refrig. @ 3.5-4 amps, but it does not run constantly, maybe 50%? And a bathroom fan/ light/ vent combo @1.6 amps, also used in short bursts when steam or other "gasses" may be present.

All other appliances, heaters, A/C, etc. will be LP or 120v, as I have a WFCO8955 power center and a generator. Trailer is well insulated at R7.5+ walls and R15+ ceiling, roof is painted with Henry reflective paint.
This is a "Toy Hauler" that will mostly be used by 1 person, but occasionally 2 for motorcycle rallies of 3-4 day duration.
Any answers, comments or suggestions are most appreciated.
Thanks in advance,
McDave