🌍 @INTERSTORES objective is to showcase Reno-sTES & Giga-CTES: Two scalable, market-ready, and replicable TES solutions boosting us toward sustainable energy and seasonal thermal energy storage goals. #Sustainable #ThermalEnergyStorage

Home - INTERSTORES INTERSTORES - interstores International Innovation Network for the Development of Cost- and Environmentally Efficient Seasonal Thermal Energy Storages about us INCAMPUS Varanto INTERSTORES partners…

🚀 INTERSTORES Objectives: Boosting performance by merging multiple seasonal #ThermalEnergyStorage units (#sTES) & integrating diverse connections! A game-changer for efficiency & reliability of sTES. Let's unlock new performance levels together!
➡️

Home - INTERSTORES INTERSTORES - interstores International Innovation Network for the Development of Cost- and Environmentally Efficient Seasonal Thermal Energy Storages about us INCAMPUS Varanto INTERSTORES partners…

🌱 #EnvironmentalProtection objectives – the focus is on optimizing environmental benefits via existing infrastructure & excavated caverns for cleaner, more reliable & #Sustainable #ThermalEnergyStorage, to reduce emissions, waste, & carbon footprint. ➡️

Home - INTERSTORES INTERSTORES - interstores International Innovation Network for the Development of Cost- and Environmentally Efficient Seasonal Thermal Energy Storages about us INCAMPUS Varanto INTERSTORES partners…

🔋 Transforming existing infrastructure into seasonal #ThermalEnergyStorage (Reno-#sTES) & developing procedures for high-capacity Cavern TES integration into the energy grid (Giga-CTES). #Sustainability is imperative!
@INTERSTORES
objectives ➡️

Home - INTERSTORES INTERSTORES - interstores International Innovation Network for the Development of Cost- and Environmentally Efficient Seasonal Thermal Energy Storages about us INCAMPUS Varanto INTERSTORES partners…

🌍World Energy Efficiency Day we highlight the role of seasonal #ThermalEnergyStorage (sTES) & #INTERSTORES in reaching sustainability in the energy sector through project innovation in sTES technology. ♻🏗🔎interstores.eu #CINEA #EUfunded #horizoneu

Inside SUSHEAT: Connecting waste and renewables for industry SUSHEAT is creating a dynamic heat ecosystem linking waste heat and renewables through heat pumps, smart storage and digital control.

The new SUSHEAT editorial on Enlit World is out!
Take a look inside our heat ecosystem — combining waste heat, solar, ambient sources, and 14 flexible operating modes for industrial decarbonisation.
Read here: www.enlit.world/library/insi...

#HeatPump #ThermalEnergyStorage #Decarbonisation

Validation of proposed CFD analysis with Mat et al

Researchers combine #trapezoidal fins with nano-enhanced molten-salt PCMs and CFD – ANN modeling to boost #LatentHeatStorage, showing that alumina and #MWCNT #nanoparticles improve #ThermalEnergyStorage efficiency.

#OpenAccess in Nanotechnology Reviews: doi.org/10.1515/ntre...

Meet Our Coordinator - @unihalle.bsky.social

🌟In INTERSTORES, MLU’s research focuses on the ground monitoring and model development at the incampus, including installation and optimizing ground thermal waste heat recycling.

Stay connected for the updates!

#ThermalEnergyStorage #RenewableEnergy

Table of heat storage technologies, with typical technical and economical parameters

The study covers several #ThermalEnergyStorage technologies:
#PitThermalEnergyStorage
#BoreholeThermalEnergyStorage
#AquifierThermalEnergyStorage
#PackedBedThermalEnergyStorage
(= #SandBattery)
and others like latent, multilayer, sorption, Ruths and methanisation

www.evt.tf.fau.de/files/2025/0...

Energy Storage Exists, & It's Coming For Your Fossil Fuels - CleanTechnica With an assist from energy storage, concentrating solar power gets a reboot for commercial and industrial applications.

A new concentrating solar power system aims for 24/7 energy delivery.

cleantechnica.com/2025/12/02/e...

#solar #solarpower #concentratingsolarpower #csp #energystorage #thermalenergystorage #energy #renewables #renewablenergy #batteries #reliableenergy #industrial #decarbonization #thermalenergy

Nostromo Energy and Olivine Achieve Groundbreaking Milestone in Direct Integration of Thermal Energy Storage into CAISO Wholesale Market In a groundbreaking achievement, Nostromo Energy's IceBrick system has successfully integrated thermal energy storage into California's wholesale energy market through Olivine's ClimateResponse platform, marking the first time such technology has been directly connected to the CAISO grid. The innovative cooling "battery" uses stored ice energy to alleviate stress on the grid and reduce reliance on expensive peaker power plants during peak demand periods, while also providing cost savings for participating buildings, including luxury hotels like the Beverly Hilton. This milestone paves the way for broader commercial deployment of this technology, which aligns with California's goal of achieving 7 GW of load shifting by 2030.

Nostromo Energy and Olivine Achieve Groundbreaking Milestone in Direct Integration of Thermal Energy Storage into CAISO Wholesale Market #CAISO #CAISO #ThermalEnergyStorage #GridFlexibility #RenewableEnergySources #LoadShifting

Fatty acid filled polyaniline nanofibres with dual electrical conductivity and thermo-regulatory characteristics: Futuristic material for thermal energy storage This study emphasizes on the production of nano-encapsulated phase change materials for the application of thermal energy storage (TES). The core is undecylenic acid (UA), a renewable latent heat…

A nano-encapsulated #PhaseChangeMaterial comprising an undecylenic acid core encased in polyaniline nanofibres exhibits dual electrical conductivity & thermo-regulatory characteristics, highlighting its potential in #ThermalEnergyStorage applications.

#OpenAccess:

The thermal energy storage market is valued at $23.4B in 2024 and is projected to reach $50.4B by 2032, growing at a CAGR of 10.2% (2025–2032).

📢 Explore the future of energy storage today! bitl.to/40JU

#thermalenergystorage #energyefficiency #renewableenergy #sustainablefuture #gridstability

Figure showing the results of the new numerical method for PCM simulation. (a) Temperature distribution, (b) Liquid phase fraction, (c) Liquid phase fraction over time. The plots illustrate the method's ability to model smooth transitions and hysteresis effects during phase change.

New #ThermalEnergyStorage simulation method!

💡 CIMNE's Dr. Álvarez Hostos co-authors paper on innovative approach for phase change materials (PCMs), improving accuracy for buildings, renewable energy and more!

📰 www.sciencedirect.com/science/article/pii/S0735193325001162?dgcid=author

Thermal stability of organic Phase Change Materials (PCMs) by accelerated thermal cycling technique Phase change materials (PCMs) can improve thermal comfort of occupants acting as thermal energy storage systems. During their service life, PCMs under…

Mohamed Katish, a researcher from our #CDT, co-authored an impactful paper on ultra-high temperature #PhaseChangeMaterials for #ThermalEnergyStorage.
This #research advances technologies critical for improving #EnergyEfficiency in industrial applications.
www.sciencedirect.com/science/arti...

What is your heat strategy? Major part of our energy goes to heating and cooling. Heat is less useful and convenient than electricity, but by using, storing, moving…

A #HeatStrategy is more than just insulation and energy conservation, but how you can reuse the heat (or cold) you produce optimally. #EnergySky #GreenSky #thermalEnergyStorage #HeatPump

jaxroam.medium.com/what-is-your...

Thrilled to share our new paper in
@nature.com
Congratulations to
@SalihaSaher who did most of the research here and to @DRMacFarlane
and @JennyChemy for collaboration 🥳🥳🥳

Perfect Xmas Gift 😆

@monashuniversity.bsky.social

#thermalEnergyStorage #RenewableEnergy

Trimodal thermal energy storage material for renewable energy applications - Nature A eutectic phase change material composed of boric and succinic acids demonstrates a transition at around 150 °C, with a record high reversible thermal energy uptake and thermal stability over 1,000 h...

Thrilled to share our new paper in Nature Magazine !
Congratulations to Saliha Saher who did most of the research here and to Douglas MacFarlane and Jenny Pringle for collaboration 🥳🥳🥳

Perfect Xmas Gift 😆

#ThermalEnergyStorage for #renewables
@monash chemistry

www.nature.com/articles/s41...

Slick Energy Storage Trick Deploys 21st Century Firebricks - CleanTechnica Boston startup re-invents millennia-old firebricks for 21st century renewable energy storage and industrial decarbonization.

Yet another headache for fossil energy stakeholders

#energy #energystorage #thermalenergystorage #battery #batteries #windenergy #solarenergy #renewableenergy #decarbonization #industry #industrial #industrialdecarbonization #thermalenergy #energyinnovation

cleantechnica.com/2024/12/12/s...

Slick Energy Storage Trick Deploys 21st Century Firebricks - CleanTechnica Boston startup re-invents millennia-old firebricks for 21st century renewable energy storage and industrial decarbonization.

Renewable energy storage breakthrough occurred more than 3,000 years ago

#energy #energystorage #thermalenergystorage #battery #batteries #windenergy #solarenergy #renewableenergy #decarbonization #industry #industrial #industrialdecarbonization #startups

cleantechnica.com/2024/12/12/s...

#AlternativeEnergy #hydrogen #EnergyStorage #DistrictEnergy #ThermalNetworks #ThermalEnergyStorage #GeothermalEnergy #GSHP #ASHP #EnergyEfficiency #BuildingScience #NetZero #PassiveHouse #wind #solar #hydro #batteries #BESS #bioenergy #biofuels

Industrial heat pump construction site.

Nearby industrial heat pump and thermal energy storage construction site. This will take waste heat from a massive Microsoft data center that will be built behind it. The resulting roughly 150MW of heat will be sent to district heating network. #heating #thermalenergystorage #heatpumps

Industrial heat pump construction site.

Nearby industrial heat pump and thermal energy storage construction site. This will take waste heat from a massive Microsoft data center that will be built behind it. The resulting roughly 150MW of heat will be sent to district heating network. #heating #thermalenergystorage #heatpumps