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On Grid System (Grid Connected System)
Grid-connected photovoltaic systems work on the principle that the electricity produced is consumed at the production site instead of being stored in batteries. During project planning, the amount of energy that is desired or needed to be produced is determined. DC electrical energy is produced by the contact of the sun rays coming from the atmosphere on the solar modules. The generated energy is connected to the central city grid system with inverters with high cycle power, which can be connected to the central grid. Thus, the energy produced from the panels is sent directly to the grid system. If the area and radiation conditions are suitable, it is possible to produce electrical energy at the desired power with the electricity generation system connected to the grid.

Electricity generation with solar energy is not only an easy-to-install power generation tool, but also a primary choice for reasons such as being long-lasting, free of operating costs, practical and mobile.

Basic components of the system;

• Photovoltaic Panel
• Inverter
• Bidirectional counter (Network counter).

Grid-connected systems can be installed in high-power-plant size as well as in smaller-powered installations for domestic needs. For example, in these systems, while the electricity requirement of a house can be met, the excess energy produced is given to the electricity grid, and in cases where sufficient energy is not produced, energy is taken from the grid. In such a system, there is no need to store energy, it is sufficient to convert the DC electricity produced to AC electricity and be compatible with the grid.

Advantages of grid-connected systems:

• Since storage units such as batteries will not be used in the system, there is no additional cost for storage.
• Since there will be consumption close to the system and there is no storage, the loss will be minimal due to less energy conversion.
• Since the energy produced is connected to the grid, when the produced energy is not enough, the grid will be activated and the energy will feed the load completely.
• While designing the system, it has the flexibility to design according to the desired amount or area, since there is no obligation to cover the entire load.
• If the area is sufficient, the installed capacity of the system can be increased.