Dear Researchers;
I have a short question. Let's say a factory consumes 4 MW of electricity per hour. (fixed consumption throughout the year).
I want to install an on-grid PV power plant for this facility. The average daily PSH value of the location is 4 hours. What is the on-grid PV capacity that needs to be installed for this factory?
For the same consumption how to calculate rooftop and ground-mounted type capacities?
Could you show me some academic resources on this subject?
I have made a calculation, but I would like to get opinions from valuable researchers and check my calculations.
Best regards.
In order to power a factory that utilizes 4 MW of electricity per hour through PV (Photovoltaic) power, a PV system with a minimum capacity of 4 MW is required. It's worth noting, however, that PV systems are typically rated in MWp (Megawatts peak), which refers to the maximum power output under ideal irradiance conditions. The actual energy production of PV panels may vary based on factors such as sunlight intensity, panel efficiency, and temperature.
To determine the precise number of watts or MWp required, it's necessary to take into account the energy consumption patterns of the factory, the available sunlight hours, and any energy storage or backup systems in place. As a result, I suggest conducting a comprehensive energy assessment to determine the appropriate PV system size for your factory. This will consider all relevant factors and provide a more accurate calculation based on your specific energy needs and site conditions.
Since this is a grid-tied system, the number of PV panels required will be determined by the amount of rooftop space available, rather than the amount of electricity consumed by the factory.
(Standard Conditions): irradiance 1000W/m2, Cell Temperature 25℃ , AM1.5)
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