The Solar Absorption System Modelled in a Computer

Abstract

We will analyse the potential of solar energy for space cooling using a solar lithium bromide absorption device. This section describes a solar absorption machine [1-2] after an introduction to solar energy that discusses its benefits, availability, and possible applications. When the heat flow density of the solar system changes, the main components of the system, starting with the collector, undergo temperature fluctuations, as shown in the Mat lab numerical simulation of this system. When no one is using the heat exchanger, just the collector and itself are subject to temperature changes. It is necessary to employ electricity to augment the system when the solar heat flow is inadequate to fulfil the whole cooling requirement. At the end of the paper, we compare the three places we looked at in terms of collector duration and additional source needs.