Another boondoggle.
When I was in the US Army, they were looking for systems like these at a feverish pace, the tech just wasn't there when they started the much vaunted Force XXI Project. That actually bore some fruit after a few years (and much trial and error, sadly some in actual combat), but overall the Army wasn't tech saavy enough or really in touch with what the actual trooper on the ground wanted or needed. This will be a failure simply because the more power a system needs, the bigger the battery. That also means the longer the recharge time and something even more crucial, weight. Anyone that's been in a fight knows that lighter is better and the less that can break is worth it's weight in gold.
Speaking of breaking, can it be fixed in the field with a Leatherman, some duct tape, wire and a little elbow grease? Because if it does go titsup because it's damaged, but all it needs is a reboot, fine and dandy if you happen to be sitting in a tent. From my experience, things in combat rarely break under the most ideal of circumstances.
Just more money grubbing to try and fight that mythical "next war". Because clearly, the US Army and the civilians have been doing a bang up job so far with what is called "future planning". Just google Stryker. Or M2/M3 Bradley. Or MRAP. Those programs cost a lot of money, and don't get me started about what the Air Force and Navy have shoveled into the proverbial latrine.
Sorry to be ranty. I'm an old Soldier and subscribe to the KISS philosophy. Keep It Simple Stupid.