Solar tracking and Low Concentration Photovoltaics (LCPV) are two techniques used to increase the production capacity of solar panels by increasing the amount of irradiance reaching them. To understand the benefits of these techniques, as well as their viability, this paper analyses how the solar panels behave in these diferent conditions, and how much production increase they can lead to. To be able to properly assess the benefits of these techniques, a theoretical analysis will be done aiming to predict the behavior and the results these can achieve, as well as propose an experiment based on a small scale prototype to test how they react to the unstable and ever changing conditions that they have to face when applied. To properly assess the benefits brought by these techniques, they will be compared to a control group, a fixed solar panel, so that their production can be compared to the most standard photovoltaic production method. The results of this study can be applied to small scale solar production systems, as wells as in powering equipment or charging batteries. However, it can be easily expanded to be put to practice in large scale solar plants.