Author: Anela Dokso

According to recent releases, the automaker asserts it has achieved a significant reduction in production costs, halving them, while simultaneously increasing power density threefold. This dual achievement, if substantiated, could represent a pivotal advancement in hydrogen fuel technology, potentially enhancing its viability as an alternative to traditional electric vehicles. The economics of hydrogen fuel technology are challenging, with costs being a primary barrier to widespread adoption. Reports indicate that the cost per kilowatt of Honda’s new system represents a marked improvement over previous iterations. However, while Honda’s claims suggest a breakthrough, comprehensive data validating these figures remains crucial for full…

The transition toward sustainable energy solutions is evidenced by a 270% increase in global renewable energy capacity since the start of the century. However, when energy storage enters the spotlight, industry professionals often find themselves at a crossroads.

BYD Energy Storage has secured contracts totaling 12.5 GWh for grid-scale energy storage projects with the Saudi Electricity Company. This latest development in February 2025 builds on a previously delivered 2.6 GWh project, summing up to 15.1 GWh of combined energy storage projects between these two entities. The strategic deployment of battery energy storage system (BESS) equipment is planned across five sites in Saudi Arabia, reflecting the escalated demand for grid stability against the backdrop of increasing renewable energy integration. The planned deployment will utilize BYD’s MC Cube-T energy storage systems, featuring advanced cell-to-system (CTS) super-integrated technology. As Saudi Arabia…

Indian Power Ministry has recently dictated that energy storage must be integrated alongside solar projects. This policy advancement aims to streamline renewable energy production, addressing critical grid stability issues. By 2030, India aspires to quadruple its renewable energy capacity from the current 101 GW. Yet, the integration of intermittent solar energy into the power grid presents formidable challenges. Data from the Ministry indicates that peak power shortages surged to 4.2% in the summer of 2023, highlighting the pressing need for consistent energy supply. The technical complexities of incorporating energy storage with solar infrastructure cannot be overlooked. Industry experts predict a…

In a significant shift within the energy sector, the global nuclear power industry is projected to grow substantially, with a forecast suggesting a near-doubling of nuclear electricity generation by 2050. Despite its potential to provide a stable and low-carbon energy source, the industry is fraught with hurdles that must be navigated by policymakers and industry leaders alike. The current landscape shows that countries such as South Korea, China, and India are at the forefront of this nuclear renaissance, each pursuing aggressive policies to expand their nuclear capacities. As of now, South Korea plans to construct six new nuclear power reactors,…

Hydrogen technology continues to draw significant attention in the energy sector, with promises of a cleaner alternative to fossil fuels.

Amidst shifting political dynamics, Fortescue Metals Group is re-evaluating its commitment to nearly $1 billion in approved hydrogen projects both in Australia and the United States.

In May 2024, the South Australian government, alongside federal counterparts, announced the deferral of a 600-million-dollar green hydrogen facility in Whyalla, redirecting funds into a 2.4 billion state-federal package to stabilize the region’s steelworks.

Nikola Corporation has filed for Chapter 11 bankruptcy protection, a stark development two years after its highly publicized rise as a leader in hydrogen fuel cell technology.

A new patent introduces a method that aims to significantly enhance hydrogen production using ammonia. Filed by the Japan Science and Technology Agency, this patent proposes an innovative approach to decompose ammonia in an energy-efficient manner. The Ammonia Decomposition Catalyst At the heart of this new hydrogen production method is the use of a specialized catalyst. The patent details the utilization of either a titanium oxide or a titanium oxynitride, represented by two general formulas. These catalysts are crucial in the decomposition process of ammonia, allowing for a highly efficient reaction with minimal energy consumption. The titanium compounds are integral…