A thin ring structure is statically charged with a uniform linear charge density of $+$rho $($C$/$m$),$ and the radius of the ring is $\text{'}$a$\text{'}.$ To bring a $+$q charge from a distance of $10$m to $1$m against the electric field of the ring, what is the electrostatic energy required? It should be considered that the movement of the $+$q charge is along the symmetry axis passing through the center of the ring