Analytic approximate expressions of neoclassical transport coefficients for energetic alpha particles are presented. The energy scattering effect, as well as the usual slowing-down and pitch angle scattering effects, is retained. The formulas are valid for arbitrary aspect ratios and agree well with the previous results, which numerically evaluated the coefficients using an eigenfunction expansion technique. Application of the newly developed formulas to the International Thermonuclear Experimental Reactor Design Activity (ITER EDA) [J. C. Wesley and ITER Joint Central Team, Phys. Plasmas 4, 2642 (1997)] plasma condition is also given.