A solar power airconditioning unit, comprising the following components: a. A detachable solar power storage module, comprising I. a battery unit; II. a photovoltaic solar cell panel that charges the battery unit; and b. A cooling module, comprising VI. a vapor-compression refrigeration system; VII. an interior and an exterior flow chamber; VIII. one or more ventilating fans; X. in- and outlet tubes and wires, and c. A control module allowing for remote control of the solar power airconditioning unit, the unit being characterized in that: The detachable solar power storage module, furthermore comprises: III. a Maximum Power Point Tracking (MPPT) charge controller electrically connected to the battery unit and the solar cell unit; IV. insulating means for reducing the heat transfer from the PV panel to the battery unit; and V. cooling means for maintaining the battery unit at a temperature not exceeding a threshold value, and The cooling module, furthermore comprising: IX. insulating means for reducing the heat transfer from the solar power storage module to the interior flow chamber, and d. A frame for fixating and assembling said power storage module, cooling module and control module into a single unit. a. A detachable solar power storage module, comprising I. a battery unit; II. a photovoltaic solar cell panel that charges the battery unit; and I. a battery unit; II. a photovoltaic solar cell panel that charges the battery unit; and b. A cooling module, comprising VI. a vapor-compression refrigeration system; VII. an interior and an exterior flow chamber; VIII. one or more ventilating fans; X. in- and outlet tubes and wires, and VI. a vapor-compression refrigeration system; VII. an interior and an exterior flow chamber; VIII. one or more ventilating fans; X. in- and outlet tubes and wires, and c. A control module allowing for remote control of the solar power airconditioning unit, the unit being characterized in that: The detachable solar power storage module, furthermore comprises: III. a Maximum Power Point Tracking (MPPT) charge controller electrically connected to the battery unit and the solar cell unit; IV. insulating means for reducing the heat transfer from the PV panel to the battery unit; and V. cooling means for maintaining the battery unit at a temperature not exceeding a threshold value, and The cooling module, furthermore comprising: IX. insulating means for reducing the heat transfer from the solar power storage module to the interior flow chamber, and The detachable solar power storage module, furthermore comprises: III. a Maximum Power Point Tracking (MPPT) charge controller electrically connected to the battery unit and the solar cell unit; IV. insulating means for reducing the heat transfer from the PV panel to the battery unit; and V. cooling means for maintaining the battery unit at a temperature not exceeding a threshold value, and III. a Maximum Power Point Tracking (MPPT) charge controller electrically connected to the battery unit and the solar cell unit; IV. insulating means for reducing the heat transfer from the PV panel to the battery unit; and V. cooling means for maintaining the battery unit at a temperature not exceeding a threshold value, and The cooling module, furthermore comprising: IX. insulating means for reducing the heat transfer from the solar power storage module to the interior flow chamber, and d. A frame for fixating and assembling said power storage module, cooling module and control module into a single unit.