HVAC self-balancing components and controls

A non-transitory computer-readable storage medium, comprising executable instructions that, when executed by a processor of a device, facilitate performance of operations, comprising:

• receiving pressure differential data indicative of a pressure difference between an interior of a zone and an exterior of the zone;
• creating a tracking pair that regulates both a pressure of the zone and a temperature of the zone in response to a pairing procedure that pairs a supply variable orifice plate device that controls a supply flow of a fluid to a zone and an exhaust variable orifice plate device that controls an exhaust flow of the fluid from the zone;
• receiving tracking pair data, comprising supply damper data indicative of a state of the supply variable orifice plate device;
• and exhaust damper data indicative of a state of the exhaust variable orifice plate device;
• and
• determining a balancing procedure that updates a state of at least one member of the tracking pair, wherein the balancing procedure comprises regulating the supply variable orifice plate device to satisfy a temperature set point of the zone and regulating the exhaust variable orifice plate device, based on the pressure differential data, to satisfy a pressure set point of the zone.

A method, comprising:

• receiving, by a device comprising a processor, pressure differential data indicative of a pressure difference between an interior of a zone and an exterior of the zone;
• receiving, by the device, state data from a group of variable orifice plate devices comprising a supply variable orifice plate device that controls a supply flow of a fluid to a zone, and an exhaust variable orifice plate device that controls an exhaust flow of the fluid from the zone, the state data comprising supply damper data indicative of a state of the supply variable orifice plate device and exhaust damper data indicative of a state of the exhaust variable orifice plate device;
• and
• determining, by the device, a balancing procedure that updates at least one of:
• the state of the supply variable orifice plate device or the state of the exhaust variable orifice plate device, wherein the balancing procedure comprises regulating the supply variable orifice plate device to satisfy a temperature set point of the zone and regulating the exhaust variable orifice plate device, based on the pressure differential data, to satisfy a pressure set point of the zone.