Abstract: A portable air conditioning unit is disclosed herein. The portable air conditioning unit includes a housing; a cold air outlet disposed at a first end of the housing; a hot air outlet disposed at a second end of the housing; a supply air fan disposed inside the housing; and a plurality of refrigeration cycle components disposed inside the housing, the plurality of refrigeration cycle components configured to cool an intake air stream entering the housing, and the supply air fan configured to discharge a cooled air stream through the cold air outlet, and the plurality of refrigeration cycle components further configured to dissipate heat to a condenser air stream entering the housing, and expel a heated condenser air stream through the hot air outlet. In one or more embodiments, the portable air conditioning unit may include a battery pack for powering the portable air conditioning unit.

Abstract: A portable cooler is disclosed herein. The portable cooler includes a cooler body portion, the cooler body portion defining an interior compartment configured to hold beverages and/or food items; and a cooler lid portion coupled to the cooler body portion, the cooler lid portion operable between open and closed states so as to allow a user to gain access to the beverages and/or food items in the interior compartment. In one or more embodiments, the portable cooler further includes a telescopic handle assembly pivotally coupled to the cooler body portion with an upper handle portion telescopically extendable from a lower handle portion. In one or more embodiments, the portable cooler further includes a solar panel disposed on the cooler lid portion, and an electrical power output device electrically coupled to the solar panel for transmitting electrical energy generated by the solar panel to an electrical device.