Sisterhood Projects

The Sisterhood community aims to enhance collaboration among its members through various initiatives. These include featuring the Sisterhood project link and logo on members' websites, sharing project updates in newsletters, and promoting key events across all Sisterhood websites and social media platforms. Members will also invite representatives to participate in each other’s events, co-organize events and conference sessions, and engage in joint online and onsite meetings. Additional activities include liking and sharing social media posts, co-authoring publications, and distributing shared factsheets to foster a cohesive and supportive community. Thus, SUNSON has created two sisterhood community: the Concentrated Solar Power (CSP) sisterhood community and the High-tempearture Thermal Energy Storage (TES) sisterhood community.

 

PYSOLO

PYrolysis of biomass by concentrated SOLar pOwer

 

ABraytCSPfuture

Air-Brayton cycle Concentrated Solar Power future plants via redox oxides based structured thermochemical heat exchangers/thermal boosters

 

ASTERIx-CAESar

Air-based Solar Thermal Electricity for Efficient Renewable Energy Integration & Compressed Air Energy Storage

 

HERCULES

High-Temperature Thermochemical Heat Storage Powered by Renewable Electricity for Industrial Heating Applications

 

Storing sunshine and wind to make cheap energy available at all times.

The Thermobat project will develop the first latent heat thermophotovoltaic battery to store large amounts of renewable energy

 

SBREAKTHROUGHS in thermaL bAtteries through Zero-Emission high-temperature static Thermal-to-Electric Converters

Hybrid solid-state converters for ultra-high temperature thermal batteries Innovative solutions for the storage and the conversion of heat

 

Leading-edge cooperative advances towards the next generation of concentrated solar power (CSP) technology

The COOPERANT project advances CSP technology by overcoming challenges like high-temperature operations, on-demand availability, cost, and environmental impact, enabling continuous, cost-effective solar energy production even without direct sunlight.