Abstract: An evaporator shroud for a direct current (DC) powered variable capacity air conditioning system having an evaporator assembly and a condenser assembly. The system further includes an air intake opening for intaking air from an enclosed environment into the evaporator assembly and an air output opening for outputting air from the evaporator assembly into the enclosed environment. The evaporator shroud includes a single seamless structure positioned adjacent the air intake opening and the air output opening and defining an air passage between the air intake opening and the air output opening.

Abstract: According to one aspect of the present disclosure, a condenser shroud assembly for a direct current (DC) power variable capacity air conditioning system (VCACS), the shroud assembly includes a condenser shroud configured to support a condenser air mover of the VCACS, and a condenser shroud cover. The condenser shroud cover is mountable to the condenser shroud. Further, the condenser shroud cover defines an opening having a center axis that approximately coaxially aligns with a center axis of the condenser air mover when the condenser air mover is mounted to the condenser shroud and the condenser shroud cover is mounted to the condenser shroud.

Abstract: An evaporator air mover cover for a direct current (DC) powered variable capacity air conditioning system having a housing enclosing an evaporator assembly. The housing defines an air intake opening for intaking air from an enclosed environment into the evaporator assembly. The evaporator air mover cover includes a single piece seamless structure positioned over the air intake opening for covering at least a portion of the air intake opening. Further, the evaporator air mover cover allows air from the enclosed environment to flow through the air intake opening and into the evaporator assembly.