This study aimed at evaluating the economic performance of electricity and heat production from a concentrated solar power system hybridized with PV, working with particles, and using a thermodynamic cycle base on the Brayton one having supercritical CO2. The heat is produced at around 400 ÷ 450 °C and it is intended for industrial application. The study has been divided into two steps, the first one has been the evaluation of feasibility without the cogeneration, and the second step has been the implementation of the cogeneration and finding for which thermal load the heat production can be cost-competitive. The analysis of the performance of the systems has been made using MoSES (Modelling of Solar Energy Systems), a new Python-based tool developed in KTH.