RRH concealment module/methods in natural convection

An concealed remote radio head assembly, comprising:

• a. a cylindrical concealment module, the concealment module including first, second and third pairs of perforated panels, wherein in each pair of perforated panel comprises an inlet panel and an outlet panel, wherein the outlet panel is located higher than the inlet panel, the pairs of perforated panels being substantially equally spaced about a circumference of the concealment module;
• b. first, second and third remote radio heads disposed with the concealment module, mounted on a support, each remote radio head associated with the respective first, second and third pairs of perforated panels;
• c. a first baffle, located under the first, second and third remote radio heads to prevent cool air from the inlet panels from being diverted to a space between the remote radio heads and the support;
• d. first, second and third mounting baffles, each mounting the respective first, second and third remote radio head to the support and configured to direct cooling air over a back of its respective remote radio head;
• e. first, second and third hood baffles, located on top of the respective first, second and third remote radio heads to direct heated cooling air to the respective first, second and third outlet panels;
• and
• f. first, second and third radome baffles, located to direct cooling air over the front of the respective first, second and third remote radio heads.

A tower-mountable assembly, comprising:

• a. a cylindrical concealment module, the concealment module including first, second and third pairs of perforated panels, wherein in each pair of perforated panel comprises an inlet panel and an outlet panel, wherein the outlet panel is located higher than the inlet panel, the pairs of perforated panels being substantially equally spaced about a circumference of the concealment module;
• b. first, second and third electronics modules disposed with the concealment module, mounted on a support, each electronics module generating heat and being associated with the respective first, second and third pairs of perforated panels;
• c. a first baffle, located under the first, second and third electronics modules to prevent cool air from the inlet panels from being diverted to a space between the electronics modules and the support;
• d. first, second and third mounting baffles, each mounting the respective first, second and third electronics module to the support and configured to direct cooling air over a back of its respective electronics module;
• and
• e. first, second and third hood baffles, located on top of the respective first, second and third electronics modules to direct heated cooling air to the respective first, second and third outlet panels.