Heat Pump Mechanics and Thermal Distribution Networks
guide
A 
Heat Pump in Create: New Age actively pressurizes and circulates thermal energy through heat pipe networks to drive steam boilers, radiators, and industrial heaters.
Thermal Energy Transport Mechanics
Thermal energy in Create: New Age operates as a dedicated thermodynamic medium separate from rotational stress and electrical current:
- Thermal power originates from heat sources including
Basic Solar Heating Plates, 
Advanced Solar Heating Plates, electrical 
Heaters, and nuclear reactor rods. - Standard
Heat Pipes transmit thermal energy passively over short distances, but thermal resistance causes temperature degradation across longer spans. - Installing a Heat Pump along the network pressurizes thermal flow, driving heat across long pipeline distances without temperature loss.
- Heat pumps can move thermal energy against natural thermal gradients, concentrating heat from distributed sources into centralized reservoirs.
- This active pumping mechanic enables players to build remote solar collection fields or subterranean geothermal setups and pipe heat straight to central boiler rooms.
Proper heat pump placement ensures consistent temperature flow regardless of facility layout.
Powering Steam Boilers and Heavy Kinetics
The primary industrial application of thermal distribution networks is powering large-scale Create steam engines:
- Run pressurized heat pipes from a heat pump directly into a Boiler Heater positioned under a liquid-filled steam boiler tank.
- The intense heat delivered by the boiler heater transforms pumped water into high-pressure steam, generating immense stress units to turn heavy mechanical shafts.
- Pairing heat pumps with advanced solar heating plates creates fully automated, fuel-free steam power that runs continuously throughout the day.
- Maintain dedicated water pumping circuits to keep boiler liquid levels topped off, preventing dry boiling while heat pumps supply continuous thermal energy.
- Use fluid valves to throttle coolant flow and regulate steam production according to current factory power demands.
Thermal Network Safety and Maintenance
To keep high-capacity thermal networks operating efficiently and avoid wasted thermal output:
- Route heat pipes through insulated service corridors to prevent unwanted thermal loss to cold outdoor biomes.
- Balance the number of connected heat pumps with total thermal generation to prevent pipeline pressure stagnation.
- Incorporate secondary radiator circuits to vent excess heat safely when connected boilers reach peak pressure capacity.
- Inspect thermal conduits regularly with diagnostic gauges to identify temperature drop-offs across expanding factory wings.
Covers the mod’s in-game guide topics: Boiler Heater
Reactor Rod