Rinnovabili • CO2 removal technologies: diversification can cut 31.5GtCO2 by 2100
Energy
CO2 removal technologies: the potential to eliminate 31.5 Gt by 2100

Diversifying CO2 removal technologies (CDR) could eliminate up to 31.5 Gt of carbon emissions annually by 2100, according to an MIT study.

Rinnovabili • Sodium-Sulfur Batteries: 1,500+ Cycles with Lavender
Energy
Sodium-Sulfur Batteries at Room Temperature: Over…

Sodium-sulfur batteries at room temperature achieve over 1,500 charge cycles thanks to…

Rinnovabili • Aluminum-ion batteries reach 10,000 cycles with solid electrolyte
Energy
Aluminum-ion batteries reach 10,000 cycles with…

Aluminum-ion batteries with a solid electrolyte achieve 10,000 charge cycles while retaining…


Rinnovabili • Bio-Photovoltaic Systems Boosting Efficiency
Energy
Bio-photovoltaic systems: new insights into electron flow and optimization for improved efficiency

Thanks to the development of innovative methods for analyzing photosynthetic electron flow, internal reactions in Synechocystis-based…

Rinnovabili • Printed Fuel Cells Made from Mushrooms and Cellulose: A New Frontier in Bioenergy
Tech innovations and Startups
Printed Fuel Cells Made from Mushrooms and Cellulose: A New Frontier in…

Researchers at Empa have developed an innovative "fungal bio-battery" through 3D printing. While the energy output…

Rinnovabili • Pumped-Storage Hydropower Plant: China Breaks Records with Fengning Facility
Energy
Pumped-Storage Hydropower Plant: China’s Record-Breaking Facility

A New Hydropower Milestone for China China has once again solidified its position as a global…

Rinnovabili • Perovskite/Silicon Tandem Solar Cells Break New Ground
Energy
Perovskite/Silicon Solar: New Efficiency Record on M10 Cells

Qcells sets a global benchmark with 28.6% conversion efficiency for its commercial-size tandem solar cells.

Rinnovabili • AI4HP: How Artificial Intelligence is Redefining Smart Heat Pumps for a Sustainable Future
Energy
AI4HP: How Artificial Intelligence is Redefining Smart Heat Pumps for a Sustainable…

AI-driven innovation like AI4HP signals a new era for energy-efficient heating systems, merging cutting-edge technology with…

Rinnovabili • Sodium-Ion Batteries See a 15% Boost in Energy Density
Energy
Sodium-Ion Batteries See a 15% Boost in Energy Density

Achieving 458 Wh/kg through a new material with high ionic conductivity: sodium vanadium phosphate.

Rinnovabili • Record-Breaking Nanoporous Carbon: A Teaspoon Holds a “Football Field”
Energy
Record-Breaking Nanoporous Carbon: A Teaspoon Holds a “Football Field”

Discover Cornell University's record-breaking nanoporous carbon: a revolutionary material with a surface area of 4,800 m²/g.…

Rinnovabili • Photovoltaics: Key Performance Indicators (KPIs)
Energy
Photovoltaic: Key Performance Indicators (KPIs)

Published the report Key Technical Performance Indicators for Photovoltaic Systems: Challenges and Best Practices by IEA-PVPS

Rinnovabili • Supercapacitors, Hierarchical Porous Carbon from Used Oil
Energy
Energy Storage: How to Transform Used Oil into Supercapacitors

An innovative method has been introduced to transform used oil into a high-value material with tailored…

Rinnovabili • Magnetocaloric heat pumps, improved weight and performance
Energy
Magnetocaloric heat pumps, improved weight and performance

Developed in the USA, a magnetocaloric heat pump that can compete with current vapor-compression heat pumps…

Rinnovabili • 14C Diamond Battery: What Is It and How Long Can It Last?
Energy
The first 14C diamond battery is born, lasting thousands of years

Scientists and engineers from the UK Atomic Energy Authority (UKAEA) and the University of Bristol have…

Rinnovabili • Photovoltaics in the Shade: Which Technology Can Improve Performance?
Energy
Photovoltaics in the Shade: Which Technology Can Improve Performance?

New IEA PVPS Technical Report on the Performance of Partially Shaded Photovoltaic Systems Equipped with Power…