Energy Innovation

The 3D perovskite aligns with the 2D perovskite, providing compression that stabilizes the material, transforming it from a yellow non-solar phase to a black light-absorbing phase, making it stable against temperature, light, and humidity. Photo Source- Rice University

July 20, 2024

Discover How Rice University’s Solar Cells Achieve 97% Efficiency After 1000 Hours at 85°C

Interestingly, solar panels stand as the quickest-booming electric-generating technology with equally exciting cost margins. Right until 2023. Solar will add more than twice as much new electricity generation globally compared to coal.

Representative: Flint Paper Battery. Photo Source: Flint

Energy·Sustainability

Flint’s Paper Batteries: Safe, Flexible, and Cost-Effective Energy Storage

A new type of battery made from paper could change how we power everything from phones to cars. Singapore company Flint has created these batteries that are as powerful as regular ones but won’t catch fire or harm the environment.

January 22, 2025

Wärtsilä Sets Net-Zero Goals with the Launch of First Large-Scale 100% Hydrogen-Ready Engine Power Plant

Energy·Technology

On June 18th, 2024, Wärtsilä launched the world’s first large-scale 100% hydrogen-ready engine power plant. As a global player in innovative technologies and lifecycle

Osmotic Energy’s Rising Wave: Sweetch Energy’s Strategic 500 MW Power Expansion

Energy·Ocean

Osmotic energy has been known for several decades but remains underutilized due to still insufficiently effective production methods and prohibitive costs for the general

Energy·USA

Federal Lands Could Generate Up to 84 GW of Renewable Energy by 2035, NREL Study Finds

America’s public lands could soon power millions more homes with clean energy. A new study shows these lands could generate enough renewable energy to transform how we use electricity at home and

Sunita Somvanshi

January 16, 2025

Artist representation of zinc-air batteries use zinc oxidized by air. A new catalyst with iron, cobalt, and nickel improves charging, discharging, and cost-effectiveness.

Energy·Science·Technology

Oxford and Hunan University’s Latest Innovation: A Triple-Metal Catalyst Boosts Zinc-Air Battery Performance, Offering High Energy Densities of 1084 Wh kg−1

Researchers from Hunan University, University College London, and the University of Oxford have discovered a novel metal-nitrogen-carbon catalyst for zinc-air batteries (ZABs). It performs better than noble metal catalysts, increasing the usefulness

Karmactive Teamand

Karmactive Staff

July 19, 2024

Business·Energy

Canadian Solar’s Strategic Expansion: A 5 GW Wafer Facility Set to Power Up Thailand

Canadian Solar Inc., a heavyweight in the solar power game, is ramping up its game with a fresh solar wafer factory in Thailand’s Chonburi province. Picture this: a cutting-edge facility humming with

Sunita Somvanshi

November 9, 2023