Heat Storage Plants TRIZ Cases

See how a concave chamber at the tank bottom secures the coil pipe with elastic support, preven

See how controlled weighing, evacuation, and vibration-assisted filling eliminate air pockets a

See how adding 17-27% glycerin to supercooled aqueous salt solution prevents premature crystall

See how a stratified storage tank with photovoltaic heating elements in the hot water charging

See how corrugated stainless steel coils and nested thermal zones enable instantaneous water he

See how segmented supply pipes enable simultaneous hot water and room heating delivery, elimina

See how a ground-source thermal system converts data center waste heat into facility heating vi

See how integrating a heating element directly into the storage container improves heat capacit

See how a phase-change cold buffer and automated sensor control enable continuous quality monit

See how membrane-based separation adjusts thermal property chemicals in heat transfer loops wit

See how liquid-liquid phase transition fluids and salt hydrate thermal storage replace ice and

See how a U-shaped cross-brick design with concave structure and cylindrical protrusions preven

See how staggered first and second fins with offset teeth create fluid channels that increase h

See how a battery-powered water heater recovers charging heat via an integrated heat sink to pr

See how electrical heating elements in ground channels and a high-boiling-point working fluid e

See how dual heat pipe sets with phase change materials above and below the payload eliminate t

See how merging ground heat exchange with seasonal thermal storage in a single underground syst

See how a single heating element extending through coupled tanks reduces component count and el

See how a clean intermediary heat transfer fluid isolates corrosive working fluids from storage

See how multi-cavity phase-change energy storage enables continuous passive cold conduction in

See how rare earth aluminum oxide with Group 1 dopants achieves 0.5 J/(cm³·K) volumetric specif

See how embedding phase-change thermal storage in earth with resistive heaters captures renewab

See how pre-spaced modular heat exchanger plates counteract buoyancy forces and prevent ice exp

See how alternating thermally conductive and insulative layers maintain temperature gradients a

See how dynamic adjustment of molten salt component proportions based on geography, cost, and e

See how a movable thermal partition divides a water tank into heated and unheated zones, reduci

See how a flexible diaphragm and smooth interior wall accommodate phase change expansion in hig

See how a dynamic downhole fluid circuit connects data centers, borehole heat exchangers, and h

See how a modular thermal plate with phase change material and corner fill spout enables passiv

See how a conductive container wall replaces inlet-outlet ducts to enable rapid thermal chargin

See how partition members create annular channels with dedicated upward and downward flow paths

See how aligning fluid connections on one end face reduces installation space and line complexi

See how a detachable thermal buffer with phase-change materials provides passive cooling for mo

See how a reconfigurable fluid network with dual heat exchangers enables compact heat pump syst

See how sinusoidal wave surfaces guide laminar airflow through PCM modules to ensure uniform ph

See how liquid-liquid phase transition fluids replace conventional refrigerants to achieve effi

See how dispersed phase-change particles in a conductive matrix eliminate containment vessels a

See how nested vessels with embedded heaters in sand enable scheduled heat generation, reducing

See how a phase-change material stores heat to enable rapid hot water production, reducing ener

See how a two-barrier partial confinement system creates serpentine flow and thermal plugs to h

See how internal electrical heating devices eliminate complex hydronic circuits in phase change

See how hermetically sealed panels with working fluid passages achieve uniform battery temperat

See how a horizontal U-tube core with nested, multi-level heat exchangers reduces surface area

See how a thermally-insulated heat exchanger reuses waste heat from gas compression to prevent

See how segmented heating plate strips with conductive spacers achieve high heating output whil

See how salt hydrate TCM beds dehumidify and heat air streams, then transfer heat via exchanger

See how a trilateral cycle with pressurized gas conduits recovers heat lost to evaporation duri

See how insulating columns separate fluid flow from conductive bricks to prevent chromium oxide

See how electrical heating elements and high-boiling-point working fluid enable efficient long-

See how combining active heat-exchanger batteries with passive phase-change cells extends stora

Gap-linked buffer chambers preserve temperature layers in heating and cooling manifolds while reducing fluid volume and system inertia.

Open-cell foam absorbs and retains phase change material to prevent slumping and leakage while maintaining stable package temperature.

Phase change material and one-way heat conduction keep a refrigerated storage region stable during power outages with low energy use.

Magnetizable particles and a scraper inside PCM cartridges speed heat absorption and release while keeping latent heat storage compact.

Radial support arms brace a hot water cylinder coil against wall contact, cutting torque and vibration loads that can weaken welds.

A stratified tank, heat exchangers, and refrigerant evaporation-condensation keep instrument housing temperatures stable in extreme climates.

Surface depressions in a PCM pack generate airflow vortices to boost heat transfer in air conditioning with limited pressure drop.

Acrylic-based capsule walls with controlled crosslinking cut evaporation and washout losses in latent heat storage for textiles and building materials.

A ring-held filter and reinforcing stack blocks regenerator material, passes refrigerant gas, and prevents costly fit gaps in the regenerator.

Thin ferrite spinel coatings on substrates enable stoichiometric redox energy storage at lower temperatures with less heat loss.

Overnight phase-change cold storage shifts HVAC cooling load off peak hours, cutting daytime compressor power and brownout risk.

Laminated porous plates and mesh improve helium flow rectification and heat transfer, reducing heat entry into the pulse tube.

Phase change material around fluid channels enables portable, even heating without external power or localized overheating.

A segmented thermosiphon with serpentine evaporator and bifurcated condenser channels maintains 0-10°C storage with minimal power.

A mid-tank recirculation loop stabilizes heated fluid outlet temperature while extracting more heat from the cooled fluid and reducing footprint.

A gravity-fed cold accumulator with phase-change storage helps refrigeration dryers hold a constant pressure dew point with lower energy use.

A layered elastomer-plastic-metal foil composite blocks water vapor and resists damage in flexible heat storage containers.

A gel-filled plated pack cools headwear longer with less coolant while preventing leaks and preserving comfort and shape.

Built-in ice thermal storage helps a hydrocooler absorb sudden field heat, maintain cooling conditions, and extend produce shelf life.

Gap-like openings and fleece-guided channels improve working-medium flow in dense sorbent beds, raising heat storage density and transfer efficiency.

Containing MPCM slurry inside a vessel and exchanging heat through heat exchangers raises storage capacity while reducing pump energy and particle breakage.

Hot water carried in insulated barges moves industrial waste heat to remote consumers without costly pipelines, reducing energy loss and thermal discharge.

Latent-heat material impregnated into the cable sheath absorbs Joule heat, raising current capacity without enlarging cable section.

Movable components generate and spread crystal nuclei in partitioned heat storage material, completing crystallization quickly for short vehicle stops.

A phase change composite expands on heating to bridge a surface gap and passively boost heat transfer in battery packs and electronics.

Segmented brick arrays with radiation cavities and thermocline gas flow store variable renewable power as continuous 1000°C heat.

Structured cavities and heat-absorbing coatings boost radiant cooling for electronics where low air density limits convective heat dissipation.

A molten heat-conductive medium boosts heat transfer while a solid heat sink preserves stability in thermal batteries for reliable remote power.

Electrodepositing conductive layers onto a phase-change heat-sink preform simplifies coil conductor manufacture while absorbing high-current heat peaks.

Segmented brick arrays use radiation cavities and controlled gas flow to store VRE as continuous high-temperature industrial heat.

Controlled air flow forms a hot insulating layer around thermal storage blocks, cutting heat loss and thermal stress for reliable high-temperature delivery.

A PCM-filled thermal enclosure absorbs heat in normal use, then vents part of the heat-absorbing body outward to prevent overheating damage.

Radiation cavities, airflow paths, and deep-discharge control help brick thermal storage deliver uniform >1000°C heat for steam generation.

Radiation cavities and segmented heating in refractory storage blocks improve temperature uniformity and prevent thermal runaway during VRE heat storage.

Multiple PCM tanks, heat pipes, and coil exchangers let EV HVAC storage regenerate from internal and external heat or cold sources.

Form-fit cooling modules slide into a vehicle hollow profile without adhesives, saving space and easing replacement while buffering heat peaks.

A form-fit cooling insert in a vehicle body hollow profile saves space, avoids gluing, and can be replaced while buffering heat peaks.

Phase change material absorbs transient processor heat during power spikes, keeping terminal surface temperature in a safe range.

Phase-change material in the coolant housing absorbs and releases heat to smooth electric machine temperature transients without bulky liquid channels.

Photonic crystal interfaces convert heat into near-field and far-field radiation, boosting radiative cooling beyond conventional transfer limits.

Integrated PCM storage, insulation, and selective heat conduits manage EV component temperatures with less weight, bulk, and power use.

A phase change composite expands at defined heat levels to bridge conductive surfaces and improve passive heat dissipation in batteries and electronics.

Estimating latent heat material phase from battery pack data helps maintain eVTOL cooling performance during high-output flight.

Ion adsorbent particles in a battery heat transfer medium capture released ions to keep electrical conductivity low and avoid short-circuit risk.

An ejector-driven double-wall container cuts pressure without a vacuum pump, improving chemical heat storage efficiency and regeneration.

A multilayer PCM composite with porous support, water, and fire-retardant layers absorbs peak battery heat without adding footprint.

Phase change microcapsules in a polymer binder regulate electrode-sheet temperature, reducing thermal shock during battery charging and discharging.

External heat transfer lines link stacked storage modules, enabling flexible sizing, simpler assembly, and temperature control without inter-module seals.

A lower-melting contact material flows into weld gaps around the heat pipe, cutting air thermal resistance and improving heat transfer.

By embedding phase change material in the electrode binder, this case buffers sheet-level battery heat swings during fast charging and discharging.

A tungsten and zirconium carbide barrier blocks graphite vapor from reaching cold TPV receivers, preserving efficiency and extending service life.

Latent heat accumulator absorbs thermal energy from bled steam to adjust turbine output during load changes.

A composite heat absorption device uses a network of cells filled with distinct phase change materials to manage thermal loads across different temperature ranges.