Simulation-based design of solar photovoltaic energy generation system for manufacturing support

Having in mind that energy is being regarded as indispensable to the socio-economic progress of developing and developed nations, where main objective implies replacement reduction a major portion fossil fuels utilization, implementation renewable technologies natural phenomena are transformed into beneficial types becoming more appreciated needed. Among resources we know today, solar most beneficial, relatively limitless, effective, dependable. this mind, aim paper primarily help key decision-makers understand process when considering integration meet their own manufacturing needs, or how it called become ?prosumers?. Given aforementioned, provides an overview detailed simulation methodology for photovoltaic system sizing design metal-forming needs. The based on National Renewable Energy Laboratory performance model which combines module inverter sub-models with supplementary code calculate power system?s hourly AC output given weather file data describing physical characteristics module, inverter, array. Furthermore, characteristic losses calculated presented fixed array illustratively form Sankey diagram. A variety graphical representations available while important ones study. Lastly, future research topics were filtered briefly summarized.