Concentrated Photovoltaic (CPV) systems are gaining interest due to their excessive overall performance and capacity for sustainable sun electricity era. However, their performance is substantially laid low with actual-global running variability, collectively with fluctuations in sun irradiance, temperature versions, and optical misalignment. This examine develops a MATLAB and Simulink-based completely simulation framework to assess CPV tool normal overall performance underneath dynamic environmental conditions. Key overall performance indicators which encompass electricity output, performance, and thermal stability are analyzed to perceive barriers and areas for optimization. Advanced control techniques, which include advanced Maximum Power Point Tracking (MPPT) algorithms and thermal law techniques, are implemented to beautify gadget reliability. The simulation results advocate an performance development of about X percentage, with optimized manage mechanisms mitigating actual-time fluctuations efficiently. Findings endorse that adaptive optimization techniques play a critical function in retaining CPV typical overall performance stability under numerous situations. This research offers valuable insights for the layout and operation of CPV structures, making sure higher strength yield and prolonged-time period overall performance. The proposed optimization strategies contribute to the advancement of CPV era, promoting its integration into large-scale renewable electricity infrastructures.