All fundamental categories of energy were assigned to specific component of the superfluid matter velocity. Principle role of decomposition to symmetric and anti-symmetric flows was demonstrated for geometrical interpretation of gravity and electromagnetic phenomena.Energy division between kinetic and potential components was interpreted as the energy equal distribution between available degrees of freedom in the system. Main physical concepts like inertial and gravity masses, electric charge, magnetic moment, linear and rotation moments were presented as different types of the vacuum lattice symmetry breaking; Macroscopic energy transformations were interpreted as manifestations of Planck-scale energy transformation mechanisms. The energy transformations are due to energy exchange between four fundamental velocity components of the superfluid substance;All fundamental macroscopic physical laws may be underpinned by a set of 16 Planck-scale energy transformation mechanisms, as a number of coefficients in the dynamic equation describing the velocities mutual bidirectional transformations.