This document describes a visually-informed decision-making platform (VIDMAP) for model-based design of wind farms. It aims to quantify and illustrate the criticality of information exchanged between different models in the wind farm layout optimization process. The platform consists of three main components: (1) uncertainty quantification to quantify variability in inputs and uncertainties introduced by upstream models, (2) sensitivity analysis to analyze sensitivity of downstream models, and (3) information visualization to visualize uncertainties and inter-model sensitivities. Sensitivity analysis is performed to quantify the sensitivity of an energy production model to first-level inputs and errors in upstream models like wind distribution, shear, turbine power response, and wake models.