CONSIDERING THE NEED FOR COOLING SystemS, THE GEOGRAPHICAL LOCATION OF IRAN WITH VERY HOT CITIES, AND EXHAUSTIBLE FOSSIL FUELS, IT IS NECESSARY TO DESIGN AND MANUFACTURE A COOLING System THAT CAN OPERATE USING RENEWABLE ENERGIES SUCH AS Solar ENERGY. THE DESIGNED System IS COMPOSED OF SEVERAL SECTORS INCLUDING ELECTRONICS AND CONTROL CIRCUITS, PHOTOVOLTAIC System, ABSORPTION COOLING System, AND PARABOLIC Solar FURNACE. WHAT MAKES THIS System DISTINGUISHED FROM OTHER SystemS EVER MADE IS ELECTRONIC AND CONTROL CIRCUITS AND UTILIZING 100% OF THE Solar ENERGY. ACCORDING TO THE RESULTS, THE FINAL PRICE OF A SPLIT AIR CONDITIONER OPERATING WITH Solar ENERGY WHICH CAN COOL DOWN A ROOM WITH DIMENSIONS OF 3×4×2.40 METERS IN 1 MIN AND 50 S FROM 35OC TO 21OC WILL BE 95, 880, 000 IRRS. IF SUCH A System COOLS DOWN SUCH A ROOM IN 3 MIN, THE PRICE WILL BE 36, 720, 000 IRRS. THEREFORE, CONSIDERING THE FINAL PRICE, WE CAN NEGLECT THE TIME SPENT TO REACH THE OPTIMUM TEMPERATURE.

THIS ARTICLE OFFERINGS THE SIMULATION AND INVESTIGATION AND CONTROL OF A HYBRID System CENTERED ON Solar AND WIND System ENGAGING A DC-DC BOOST CONVERTER AND PERMANENT MAGNET SYNCHRONOUS GENERATOR. MAXIMUM POWER POINT TRACKING CONTROLLERS OF Solar PV AND WIND System ARE FUNCTIONING ON PERTURB AND PERCEIVE METHOD THAT EXTRACT THE MAXIMUM POWER FROM Solar AND WIND SPRINGS. IT NEEDS THE KNOWING OF DC VOLTAGE AND CURRENT OUTPUT OF Solar PV AND THE RECTIFIED OUTPUT VOLTAGE OF PMSG MOTIVATED BY A WIND TURBINE. WE IMPLEMENTED LOAD LEVELING THROUGH BATTERY MEANS THAT THE Solar–WIND HYBRID STRUCTURE EQUIPS WITH THE BATTERY TO SUPPLY THE LOAD DEMAND. WE DEVELOPED THE MODELING OF THE System IN MATLAB AND MPPT CONTROL IS CONSIDERED DURING CHANGING Solar IRRADIANCE AND WIND SPEEDS.

AS POLLUTION CAUSED BY FOSSIL FUELS BECOMES CRITICAL IN MANY PARTS OF THE WORLD, CLEAN ENERGIES SUCH AS Solar ENERGY HAS ATTRACTED A LOT OF ATTENTION. Solar BATH IS A WELL-KNOWN DEVICE, MAINLY USED TO PREPARE HOT WATER FOR HOUSES, BUT RECENT ADVANCEMENT IN TECHNOLOGY HAS ALLOWED FURTHER APPLICATIONS IN SMALL INDUSTRIES AND PLACES LIKE HOTELS AND HOSPITALS. IN THIS STUDY, A Solar BATH WAS CONSTRUCTED AND USED IN KHUZESTAN PROVINCE TO COLLECT EXPERIMENTAL DATA AT VARIOUS CLIMATIC CONDITIONS. THEN A THERMAL FIN WAS DESIGNED AND ADDED TO THE System IN ORDER TO INCREASE ITS EFFICIENCY.THE EXPERIMENTS WITH AND WITHOUT THERMAL FIN WERE CONDUCTED. FINALLY THE RESULTS WERE COMPARED AND SHOWED THAT PRESENCE OF THERMAL FIN HAD A SIGNIFICANT EFFECT ON THE AMOUNT OF ABSORPTION OF THERMAL RADIATION ENERGY AND BY USING MORE SUITABLE FINS, BETTER RESULTS MAY BE OBTAINED.