A wound oxygen supply system (100, 200), comprising: a chassis (102, 202) that defines an oxygen outlet; an oxygen production subsystem (116, 208, 300) that is included in the chassis and coupled to the oxygen outlet (120, 212); and a control subsystem (104, 404) that is coupled to the oxygen production subsystem and includes an oxygen production control database (106, 406) that includes oxygen production control data that associates, for each of a plurality of different power amounts, a varying oxygen output of the oxygen production system over a range of different humidity levels; a power subsystem (112, 206) that is located in the chassis, coupled to the oxygen production subsystem and the control subsystem, and configured to provide the power to the oxygen production subsystem; and wherein the control subsystem is configured to: receive humidity information that is indicative of a humidity experienced by the oxygen production subsystem; retrieve, from the oxygen production control database using the humidity information, first oxygen production control data that includes a first power that will cause the oxygen production subsystem to produce a desired oxygen output; control, using the humidity information, power provided to the oxygen production subsystem in order to control an oxygen flow that is created by the oxygen production subsystem and provided through the oxygen outlet to a restricted airflow enclosure; and cause the power subsystem to provide the first power to the oxygen production subsystem. a chassis (102, 202) that defines an oxygen outlet; an oxygen production subsystem (116, 208, 300) that is included in the chassis and coupled to the oxygen outlet (120, 212); and a control subsystem (104, 404) that is coupled to the oxygen production subsystem and includes an oxygen production control database (106, 406) that includes oxygen production control data that associates, for each of a plurality of different power amounts, a varying oxygen output of the oxygen production system over a range of different humidity levels; a power subsystem (112, 206) that is located in the chassis, coupled to the oxygen production subsystem and the control subsystem, and configured to provide the power to the oxygen production subsystem; and wherein the control subsystem is configured to: receive humidity information that is indicative of a humidity experienced by the oxygen production subsystem; retrieve, from the oxygen production control database using the humidity information, first oxygen production control data that includes a first power that will cause the oxygen production subsystem to produce a desired oxygen output; control, using the humidity information, power provided to the oxygen production subsystem in order to control an oxygen flow that is created by the oxygen production subsystem and provided through the oxygen outlet to a restricted airflow enclosure; and cause the power subsystem to provide the first power to the oxygen production subsystem. receive humidity information that is indicative of a humidity experienced by the oxygen production subsystem; retrieve, from the oxygen production control database using the humidity information, first oxygen production control data that includes a first power that will cause the oxygen production subsystem to produce a desired oxygen output; control, using the humidity information, power provided to the oxygen production subsystem in order to control an oxygen flow that is created by the oxygen production subsystem and provided through the oxygen outlet to a restricted airflow enclosure; and cause the power subsystem to provide the first power to the oxygen production subsystem.