Thanks for proving my theory in a public manner.
Some of those wires are telephone and cable tv lines. Others are called "tree-wire" Care to guess why?
Your opinion of a bandaid may actually be an instance of a working design.
Basically, while there may actually be a problem there, You Sir, wouldn't know one way or the other.
Picture # 1 appears to be several telephone trunk lines......not the power companies
#2 - is secondary conductors.
#3 - appears to be "tree-wire" again. I'll explain that in a minute. Just so you have time to try and figure out the why and what definition.
#4 - open wire secondary or tree-wire with cable tv below and telephone trunk on bottom.
#5 - Same as #4 but a different shot of trees.
#6 - secondary lines on top, cable tv and telephone trunk on bottom.
#7 - same as #6 but a different pole.
#8 - telephone trunk/services and cable tv lines.
So as an answer to your concerns and adamant attempt at finding fault with the power company. Once again you are skill-less.
Secondary power lines are generally low voltage lines that bring 240volts to a home. The two "hot" legs of the line are insulated and wrapped around a common neutral. Its called "triplex".
Secondary lines can lay in a tree for YEARS without giving so much as a flicker of trouble. the big problem with those secondaries in trees is squirrels! So what do you propose? Charge the power company for not beginning a squirrel eradication plan? I would LOVE to see a plan like that simply because the bulk of the outages I see on a daily basis are caused by SQUIRRELS!
Tree-wire: Its primary lines that are designed to be used in heavily forested areas. The primary cable is encased in a "plastic" shell that prevents contact between the cable and trees. if that line is broken and hit the ground, it is designed so that the cable itself will burn into the plastic covering and isolate the voltage.
Open wire secondary: secondary lines that are generally NOT insulated. In my area they are normally found in stacks of three and may span several poles distance to provide power. A single transformer will power these lines for a distance, then there is a break with another transformer providing voltage from there on several more spans.
Im not going to explain cable tv lines to you as that is NOT my area of expertise, nor will I get into telephone trunk lines.
Your photos are not the best so I reserve the right to be wrong on some of these......... But I bet Im not.
Next?