The European Union’s backing of a Brazilian initiative to utilize clean hydrogen in the production of green iron underscores its strategic investment in sustainable industrial innovations.
Author: Anela Dokso
Emerging developments in renewable energy have shaped a new milestone as Mitsui O.S.K. Lines (MOL) embarked on the world’s inaugural offshore hydrogen production and delivery.
The International Energy Agency (IEA) reports that 1,600 GW of renewable energy projects—equivalent to five times the current U.S. power grid’s capacity—are stranded in connection queues globally.
The recent visit of Spanish Prime Minister Pedro Sánchez to Accelera by Cummins’ hydrogen technology plant in Guadalajara is a telling insight into Spain’s strategic aspirations.
The energy storage sector in Australia is witnessing a strategic shift as US-based Energy Vault Holdings acquires the monumental Stoney Creek Battery Energy Storage System (BESS) from the Enervest Group.
DTE Energy has announced a call for proposals encompassing standalone energy storage projects with a combined capacity of 450 MW.
While the global smart grid market is anticipated to reach $61 billion by 2023, signifying the rapid advancement of digitized energy infrastructures, cyber threats loom large over these technological ecosystems.
In an era where the stability of energy systems is pivotal, especially when integrating renewable sources, the cooperative control of hydrogen-energy storage microgrid systems has emerged as a focal point. With the Journal of Energy Storage publishing a study in Volume 118 by Jianlin Li, Jiayang Hu, and Dixi Xin, the spotlight is on the subtle intricacies of disturbance-rejection model predictive control (MPC). The research delves into the refined dynamics of hydrogen-energy storage systems, underscoring the significance of frequency stability. A notable improvement in frequency regulation was reported, with the dynamic response time being enhanced by approximately 29.9% and the…
First Hydrogen has unveiled a new venture targeting the integration of small modular reactors (SMRs) into its clean energy portfolio. This announcement comes as governments and organizations worldwide grapple with balancing energy demands and emission reduction commitments. First Hydrogen’s strategic shift towards nuclear energy with SMRs is a response to both technological advancements and market pressures. The World Nuclear Association reports 70 SMR designs under development globally, symbolizing a growing acceptance of nuclear power’s potential in achieving lower greenhouse gas emissions. However, it’s crucial to note the divided opinions on nuclear energy’s environmental merits. Criticism revolves around waste disposal concerns…
The strategic partnership between Levidian, a British climate technology startup, and Swedish deep-tech company Graphmatech positions graphene at the forefront of clean hydrogen advancements. This collaboration aims to enhance efficiency within the hydrogen sector, an area projected to see its demand surge by 3.3 times by the year 2050. This surge signifies a substantial challenge, necessitating infrastructure scale-up and technological innovations. At the core of this partnership lies Levidian’s LOOP technology, which innovatively captures carbon from methane before combustion, thus facilitating the production of clean hydrogen and premium graphene. This approach is critical as it mitigates carbon emissions from industries…
