Planning of domestic electricity consumption using storage element and photovoltaic production

Interest in the installation of photovoltaic systems has increased considerably in recent years due to the urgent need to reduce gas emissions and improve the reliability and the quality of electricity supply. Since the production of Photovoltaic systems are not constant due to temperature variations and solar irradiation, autonomous photovoltaic systems are usually equipped with energy storage systems, mainly battery Storage systems (BSS). The battery supplies energy when the photovoltaic system produces low energy compared to power consumption in a household. The lithium-titanium-oxide (LTO) battery is one of the rechargeable batteries capable of being faster to charge compared to other types of lithium-ion batteries. In this paper, we propose a model using a photovoltaic system with (LTO) battery in the household area to show flexibility and reliability of our model.