District Heating System TRIZ Cases

See how cluster-based machine learning models detect substation irregularities in district heat

See how an electric heat pump recovers flue gas waste heat through direct contact heat transfer

See how independent heat pumps and cold emitters on a common liquid loop balance heating and co

See how a reversible heat pump controller uses demand-determining and feedback control to switc

See how a throttle unit with parallel expansion valves enables independent control, maintaining

See how liquid-liquid phase transition liquids enable thermal storage across adjustable tempera

See how a thermal energy extraction assembly uses local heat pumps and dual heat exchangers to

See how a hydraulic separator and volume flow controller decouple heat pumps from central netwo

See how additional cooling devices enable faster engine startup and transient response in distr

See how demand-based supply temperature adjustment with thermostatic valves reduces return temp

See how repositioning the access point opposite the inlet and angling the outlet reduces operat

See how a heat pump unit uses exhaust air heat exchangers as a heat sink to enable cooling in d

See how liquid CO₂ and moderately heated water enable efficient thermal energy transmission ove

See how a two-stage heating method combines a water-to-water heat exchanger with an electric au

See how a control unit uses temporary steering temperature based on return fluid temperature to

See how distributed heat pump units with dual heat exchangers enable localized heating and cool

See how multiple flow sensors in hot and cold conduits detect leaks and unauthorized connection

See how a controller adjusts circulation pump speed based on temperature to maintain constant R

See how dynamic fluid flow regulation maintains target temperature difference while preventing

See how primary circuit flow rate control responds to secondary circuit temperature to optimize

See how a monolithic heating station with modular interconnection and by-pass reduces productio

See how capturing waste heat from battery charging and discharging using heat exchangers improv

See how a distribution pump arrangement uses pressure-difference sensing and dynamic valve cont

See how closed-loop low-boiling-point fluid circulation conveys heat as latent energy at ambien

See how a central server monitors production capacity and dynamically adjusts local outtake tem

See how a buffer tank with integrated heat exchanger and booster heat pump enables local hot wa

See how rank-based subplant allocation detects priority patterns and autonomously optimizes HVA

See how a district thermal energy circuit with hot and cold conduits reuses low-grade waste hea

See how a district cooling grid's return conduit preheats heat pump inlets to reduce energy was

See how integrated flow-temperature products from smart meters enable accurate network modeling

See how a thermal server plant uses pressure-difference balancing and heat exchange to redirect

See how an adjustable quiescent opening in the secondary-side valve reduces manufacturing preci

See how a single accumulator tank with valve-controlled thermal connections serves both distric

See how a heat pump connected to the return conduit of a district cooling grid captures waste h

See how a network management system uses flexible storage strategies with predefined criteria t

See how a unified low-temperature loop redistributes waste heat and cooling across loads, elimi

See how a dual-mode flow controller switches between pumping and passive regulation based on co

See how a local heat extracting assembly combines passive heat exchange and active heat pumping