First RE System is Planned

First about that wire run.  I would look into doing what a power company would do - step up the voltage.  Since it is 3 phase AC you would need 3 transformers (at the base of the pole in a box) to "step up" the voltage to something like 200-300 volts (AC).  Then use 3 more transformers at your power shack to step down the voltage.  You might save a lot of money on copper wire.  There might be a single 3 phase transformer that you could get if you check the web.

Next, the charge controllers. When I got my H40 it came with a control box (to handle 3 phase AC to DC convert) and diversion load.  You may want to order a matching set (power handling) for yours.  I did use a C35 for my panels (even though there were terminals to add solar to the genny box).  I set my wind control box to "divert" power above what the C35 had for shutoff voltage so as not to divert the solar panels before the batteries were actually charged.  The wind controller had a much better voltage selector for diversion then the C35.  The C series of charge controllers are very good charge controllers as they will accept various DC inputs and divert if needed.  You can get panel meters for them which will keep track of amp hours from your array.

The solar panels.  When I built (in design phase) my system I realized that I might have to maintain the system by myself.  So in keeping with the thought of moving panels about - I decided on panels that were not too big (feel bulky to handle) and used 80 watt panels.  At about 2 by 4 foot I could get my hands on both sides and the weight was aournd 17 pounds each.  Also the cost per watt was around 3 (dollars - $3 per Watt) which is much better then the smaller panels ($10 per Watt).  The bigger panels are for grid tie applications to reduce the amount of wiring.   The bigger panels do have lower cost per Watt but not by much.  So I would still go with 80 to 120 (123 Watt panel on sale) panels that you can get your hands around.