Integrating Fuzzy Logic Maximum Power Point Tracking (MPPT) Control with Thermoelectric Cooling to Improve Solar Panel Efficiency: A Fresh Perspective
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Updated time：2025-12-24 14:17:33 Views：113
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Abstract
By adding the concept of thermoelectric cooling and Fuzzy Logic Maximum Power Point Tracking (MPPT) together with a cooling system, this paper proposes a new methodological approach toward maximizing PV-based power systems. High temperatures especially in areas where the intensity of the irradiation is very high can reduce the output of solar panels. The proposed system: Perturb and Observe (P&O) or Incremental Conductance The traditional approaches to maximum power point tracking (MPPT) as Perturb and Observe (P&O) or Incremental Conductance simply cannot effectively find and maintain optimal power point operation even ballistically with changing weather conditions, and the traditional cooling schemes may not be able to allow it to do so. To ensure that the operating level of the panel stays within an optimal temperature range to reduce thermal degradation and maximize power generation, a thermoelectric cooling system is used. This two mode method of energy harvesting has been demonstrated to enhance the whole effectiveness of the system as it makes it possible to respond climax to irradiance variations and temperature now. It offers a good alternative to bolster the stability and strength farm of solar photovoltaic systems in alternate climates. In the light of the current demand of renewable energy, this piece of work illuminates new and friendlier innovations of how the solar power can be advanced to satisfy the demand
Keywords
solar, energy, efficiency, cooling, panels
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