Published Paper Details:

: Solar photovoltaic systems are gaining popularity as renewable energy sources and may one day be utilised to generate large amounts of electricity. A photovoltaic system turns solar energy into electrical power. Our lives now depend heavily on the usage of energy, thus its supply needs to be reliable and sustainable. Additionally, solar photovoltaic systems are affordable, eco-friendly, and respectable in society. Increasing greenhouse gas emissions due to the usage of traditional energy sources like fossil fuels, which jeopardises our reliable energy supply. A grid-connected PV system is modelled in this research to examine the behaviour of solar output power in Matlab simulation work. An AC/DC inverter, a DC/DC boost converter, and a PV cell make up the system. The solar radiation and ambient temperature are taken into account by the simple, precise, and PV cell model. Additionally, it suggests the MPPT method (maximum power point tracking). PV cell maximum power is tracked using an algorithm built into a DC/DC converter. To control the output voltage of the DC/DC converter and link the PV cell to the grid, a DC/AC inverter is then utilised. Based on the results of the simulation, it can be concluded that the model accurately captures the physical properties of a grid-connected PV system.