How fast do we travel through space? Could someone give the rough estimates of speeds of our travel through space?

I can easily find the two nearby ones:


Earth's own rotation - depending on latitude, up to 40,075 km/24h = 463 m/s
Earth's orbital speed around the Sun - 940 000 000 km/year = 29,786 m/s


Now how do these fare?


Motion of Sun within the arm of the galaxy, around the center of the galaxy?
Motion of the galaxy within the local supercluster?
(if possible to measure at all) movement of the supercluster within the universe?
According to the Astronomical Society of the Pacific's website "How Fast Are You Moving When You Are Sitting Still?", we are moving:

Rotation of the Earth: 1600 km/h

Orbital rotation of the Earth around the sun: 107,000 km/h

The sun around the centre of the galaxy: 792,000 km/h

Going further, according to the article "Milky Way Galaxy: Facts About Our Galactic Home" (Redd, 2013) quotes the sun's speed around the centre of the galaxy as 828,000 km/h

The Andromeda Galaxy and the Milky Way are headed for a collision at 112 km/sec

According to "Milky Way moving away from void" (2007), the Milky Way galaxy is moving from the local void at 600,000 mph (960,000km/h)

According to the article "The Universe is expanding at 74.2 km/sec/Mpc" (Plait, 2009), the Universe is expanding at a rate of 74.2km/sec per megaparsec (3.26 million light years).

There seems to be some divergence of values in the articles, but these give a good estimate.