News & Events

The INDHEAP project has reached an important step, with preparation works for the installation of the carport structure officially launched in March. This marks the transition from planning and design activities towards on-site implementation. Site preparation activities This initial phase, led by TotalEnergies, focuses on preparatory works required to ensure...

The INDHEAP consortium gathered in Graz, Austria, for the Month 24 project meeting, bringing partners together for two days of technical exchange, coordination, and collaboration.Key highlights of the meeting included: Reviewing progress across all work packages Aligning on integration aspects and next implementation steps Strengthening collaboration as the project advances...

By combining solar thermal, solar PV, and flexible thermal energy storage, INDHEAP helps reduce fossil‑fuel dependence and deliver clean heat and power for industrial processes.Turning solar innovation into real climate action. INDHEAP_Earth DayDownload...

2026 is shaping up to be an important year for the INDHEAP project. The consortium is pushing forward across all work packages with aligned actions and steady, coordinated progress.We’re focused on working collaboratively, integrating our efforts, and keeping things moving at a solid pace. Step by step, INDHEAP is paving...

INDHEAP project was at SolarPACES 2025, the leading international conference for solar thermal and concentrating solar power technologies. Represented by Valery Vuillerme (CEA), the project coordinator, and some key partners like Joakim Byström (Absolicon), we presented INDHEAP’s innovative hybrid solar thermal systems. The project’s poster, developed by CEA, has been...

Last week, the INDHEAP consortium met in beautiful Trondheim, Norway for our M18 review meeting, hosted by SINTEF at NTNU. It was a fantastic opportunity to showcase our progress, exchange ideas, and plan the next steps toward smarter district heating solutions. As well, we are happy with the final feedback...

On June 16, 2025, INDHEAP - represented by SINTEF Energy Research - participated in the ASTEP Final Webinar: Key Exploitable Results, an event showcasing the latest breakthroughs in solar thermal technologies for industrial applications. During the session, we presented INDHEAP’s mission to develop hybrid solar thermal and photovoltaic (ST+PV) systems tailored for industrial use...

Advocating for Thermal Innovation in Industrial Decarbonization INDHEAP proudly participated in the first clustering event on Efficient, Sustainable Energy Use in Industry, organized by CINEA in Brussels. The event brought together over 20 Horizon Europe projects, representatives from DG ENER, A.SPIRE, and other key stakeholders to explore synergies and challenges in...

The INDHEAP consortium gathered for its M12 meeting in Portugal, Oliveira de Azeméis, hosted by Headgy Helmets. This milestone event provided a key opportunity for partners to discuss project progress, exchange insights, and align on upcoming challenges. The meeting agenda included: Presentations on the latest developments across all work packages...

Key Insights from Month 6 Meeting Hosted by TotalEnergies in Spain. The INDHEAP project, which focuses on developing optimal solar systems for industrial heat and power, continues to make significant strides. Recently, our team attended the Month 6 meeting hosted by TotalEnergies' Spanish team. This event was a crucial milestone...

 We are pleased to announce that INDHEAP is now live on LinkedIn. Dedicated to advancing optimal solar systems for industrial heat and power needs, our team is committed to pioneering sustainable energy solutions. To our current followers and partners, your support is invaluable to us. We extend our gratitude for...

We are thrilled to announce the launch of INDHEAP, an EU-funded project led by the CEA, coordinated by Valery Vuillerme. Our mission? To revolutionize industrial energy consumption using cutting-edge solar technologies! What's INDHEAP about? Think solar thermal and photovoltaic energies seamlessly integrated to power mid-temperature industrial processes up to 250°C. Our Goals:1. Boost Energy Efficiency2...