A new approach for distributed power load flow calculation using nonlinear equations is presented. This new approach, which is similar to the Newton Raphson?s simple method, uses an inverse Jacobian matrix of initial states for the iteration process. Moreover, nonlinear quadratic equations have been used as they are more appropriate for the distributed power load flow calculation. This paper describes and compares the new approach with the Newton Raphson method [1-6]. It shows that such an approach is more suitable for distributed power load flow calculation as well as it discusses some of its applications.