NOVELTY - The apparatus has a collecting unit for collecting supply of air. A cooling unit cools a hollow or cylindrical condensing air chamber (5). An orifice (8) releases liquid i.e. water, collected in a water collection basin (7). A detecting unit detects wind resources, where an enclosed chamber filled with the liquid is heated by a solar heating apparatus (1), and transfers heat into the condensing air chamber. A cooling surface (6B) is positioned parallel to another cooling surface (6A) inside the air chamber. An air collection chamber (3) is connected to an atmospheric air intake opening (3A).    USE - Renewable energy-based atmospheric portable water generator apparatus for generating water from atmospheric air, utilized in a windmill.    ADVANTAGE - The apparatus relies on renewable resources to function, and does not require an additional external power source or form of refrigerant solutions in a simple and cost effective manner. The apparatus can be scaled up to a large size, or be made compact for personal or portable use. The apparatus requires only one form of energy conversion to generate water, thus ensuring most energy efficient process. The apparatus can be left to function on own without constant support or supervision, thus enabling certain amount of self- sufficiency. The apparatus can be scaled up or down depending on the need of a user. The apparatus can be set up in a series manner to create a water farm.    DETAILED DESCRIPTION - The orifice has a spigot or spout structure. The cooling surface is a hollow metal or ceramic coil. The solar heating apparatus is a reflective disk. An INDEPENDENT CLAIM is also included for a method for generating water from an atmospheric water source.    DESCRIPTION OF DRAWING(S) - The drawing shows a front cross sectional view of a renewable energy-based atmospheric portable water generator apparatus.    Solar heating apparatus (1)    Air collection chamber (3)    Atmospheric air intake opening (3A)    Hollow or cylindrical condensing air chamber (5)    Cooling surfaces (6A, 6B)    Water collection basin (7)    Orifice (8)