Controlled routing of hydronic flow using a distribution area director

A climate control system for controlled routing of hydronic flow, comprising:

• a primary supply loop, wherein:
• the primary supply loop comprises a supply line and a return line;
• a secondary supply loop, wherein:
• the secondary supply loop comprises a supply line and a return line;
• a plurality of area zones primary units, wherein:
• each area zone primary unit is associated with an area zone of a plurality of area zones and each area zone corresponds to a particular thermal zone;
• a valve assembly, wherein:
• the valve assembly comprises one or more valves configured to control a flow of thermal transport fluid between two corresponding lines,
• the valve assembly is two or more six-way valves, each six-way valve of the valve assembly are fluidically coupled to one another via a supply line and return line, and
• the valve assembly is fluidically coupled at least to the supply line of the primary supply loop, the supply line of the secondary supply loop, and a supply line for the area zone primary unit for each of the plurality of area zones;
• an auxiliary supply loop, wherein:
• the auxiliary supply loop comprises a supply line and a return line, and
• the valve assembly is further fluidically coupled to the supply line of the auxiliary supply loop and the return line of the auxiliary supply loop;
• and
• a controller, wherein the controller is configured to:
• determine a condition type request for the plurality of area zones corresponding to a particular thermal zone;
• determine a supply temperature type associated with at least the supply line of the primary supply loop and the supply line of the secondary supply loop, wherein the supply temperature type is indicative of a thermal transport fluid temperature within the respective supply line and at least one the supply line of the primary loop and the supply line of the secondary loop has a supply temperature type that changes over time;
• and
• provide an actuation signal set to the valve assembly, wherein:
• the actuation signal set is configured to describe a position for each valve of the valve assembly associated with the particular thermal zone, and
• the position for each valve is based on the conditioning type request and the determined supply temperature types.