13kW solar system installed today.
Finacial incentives eh
How can such a high inclination be explained?
Short period comets are relatively close to the ecliptic, while very-long-period comets have evenly distributed inclinations suggesting that the objects in the Oort are more or less spherically distributed.
Discussed here: https://en.wikipedia.org/wiki/Oort_cloud#Development_of_theo...
[1]. https://i4is.org/project-lyra-a-solar-oberth-at-10-solar-rad...
If you can maintain a constant 1g of acceleration, you'd get to ~0.99c in approximately 1 year -- but you need to carry/provide the energy to fuel whatever propulsion system you're using and the amount of fuel needed to maintain that 1g of acceleration increases as you get closer to c.
[0] https://en.wikipedia.org/wiki/Ion_thruster
[1] https://en.wikipedia.org/wiki/Solar_sail
11AU is outside Saturn's orbit. With the high inclination of the orbit (95 degrees) it's coming in on a more-or-less polar orbit of the sun. You might need a Jupiter flyby along the lines of what Ulysses did to fling it out of the ecliptic plane, but Jupiter might not be in the right place in its orbit to make that work..
And you'd need a very light spacecraft (not much mass budget for instruments) launched very fast, and it's far enough away from the sun that you'd want RTG power rather than solar panels.