Hitachi Energy has launched HyFlex Compact, a hybrid generator designed to ship zero-emission electrical energy for non permanent and off-grid purposes. The system integrates hydrogen gas cells with high-performance batteries, providing a clear various to conventional diesel turbines.

As world electrical energy demand rises, industries are more and more looking for versatile energy options able to working in places with restricted or unavailable grid connections. HyFlex Compact addresses this want by offering a dependable energy supply that may operate in each standalone and grid-connected environments.

HyFlex Compact combines hydrogen gas cells, batteries, energy electronics, and cooling techniques inside a transportable enclosure, all managed by an optimized management system. The generator converts hydrogen into electrical energy, producing energy, warmth, and water with out dangerous emissions. With optionally available AC and DC enter modules, it will probably function as a cellular microgrid, connecting a number of power property to make sure steady AC energy.

Marco Berardi, Head of Grid & Power Quality Solutions and Service at Hitachi Energy, highlighted the system’s position in supporting the evolving power panorama. “The energy system is being asked to deliver more electricity, with lower emissions and higher resilience,” he mentioned. “HyFlex Compact brings together different technologies through system integration expertise to support a secure electricity supply.”

The generator is fitted to various purposes, together with building websites, occasions, electrical automobile charging, mining, and distant industrial websites. It builds on Hitachi Energy’s earlier HyFlex developments, which explored hydrogen-to-power purposes and integration of gas cells in real-world environments.

Hitachi Energy’s latest investments in energy electronics, equivalent to the brand new Grid & Power Quality Solutions and Service Test Center in Sweden and a Power Electronics Center of Competence within the United States, underscore its dedication to advancing low-emission energy options.

HyFlex Compact’s introduction marks a major step within the firm’s ongoing efforts to supply sustainable and resilient power techniques, supporting industries of their transition to decrease emission energy sources.

Hitachi Energy has unveiled AxoniQ, a brand new portfolio of options designed to optimize multi-terminal direct present (MTDC) programs. As the demand for electrical energy grows globally, these programs are essential for sustaining a safe, inexpensive, and sustainable energy grid.

MTDC programs facilitate dynamic energy stream between a number of terminals and throughout numerous vitality markets, supporting the fast deployment of renewable vitality and bettering grid resilience. By directing electrical energy to the place it’s most wanted, these programs assist handle congestion and improve the effectivity of energy distribution.

The European Network of Transmission System Operators for Electricity (ENTSO-E) has highlighted the need for important transmission growth and early hybrid grids in its Offshore Network Development Plans 2024 report. By 2040, Europe is predicted to scale up offshore renewables, with MTDC programs projected to spice up transmission capability almost threefold.

AxoniQ’s portfolio contains AxoniQ Protect, which presents fast fault interruption, AxoniQ Connect for modular DC switching, and AxoniQ Control for superior grid administration. These options allow real-time energy rerouting, fast fault isolation, and continuity of energy provide, minimizing expensive interruptions.

Niklas Persson, CEO of Hitachi Energy’s Grid Integration Business Unit, acknowledged that AxoniQ marks a milestone within the evolution of DC grids, facilitating the mixing of renewable energy extra reliably and affordably whereas bettering grid resilience and transmission effectivity.

AxoniQ is a part of Hitachi Energy’s Grid-enSure portfolio, geared toward stabilizing energy programs by managing frequency variations and system voltage. The options have been developed over greater than a decade to make sure interoperability and compatibility in future HVDC programs.

As governments and grid operators worldwide put money into transmission infrastructure, AxoniQ is positioned to help the transition to a totally electrified world, integrating renewable vitality at scale and enhancing cross-border interconnections.

Mitsubishi Motors Corporation introduced that Team Mitsubishi Ralliart efficiently accomplished a seven-day endurance take a look at on off-road programs close to Khao Yai National Park in northeastern Thailand. The take a look at, performed beneath circumstances simulating the Asia Cross Country Rally (AXCR), confirmed the efficiency enhancements made to the Triton pickup vans.

Team Mitsubishi Ralliart plans to enter three Triton automobiles in AXCR 2026, aiming for a second consecutive title. The rally, scheduled for August 9 to August 15, will cowl roughly 2,000 kilometers throughout varied terrains in Thailand, together with steep mountainous areas and rugged jungle trails.

Adjustments to the Triton embody adjustments to the automobile structure, such because the powertrain place, to enhance front-to-rear weight distribution. The suspension has been fine-tuned to reinforce tire contact, bettering steering stability and cornering efficiency. Additionally, engine response within the low- to mid-speed vary has been refined to spice up drivability and off-road functionality.

Hiroshi Masuoka, workforce director of Team Mitsubishi Ralliart, highlighted the technical insights gained from collaborating in AXCR over the previous 4 years. These insights haven’t solely enhanced the competitiveness of their rally automobiles but in addition contributed to the event of manufacturing automobiles just like the all-new Pajero, set to premiere this autumn.

The AXCR 2026 will start with a ceremonial begin in Pattaya and proceed north by way of areas resembling Prachinburi and Nakhon Sawan, concluding in Phitsanulok. The rally’s various and difficult course calls for automobiles able to dealing with high-speed circumstances and the numerous load imposed by highway impacts.

Team Mitsubishi Ralliart will likely be led by skilled drivers, together with Chayaphon Yotha from Thailand, Katsuhiko Taguchi from Japan, and Kazuto Koide from Mitsubishi Motors. Each driver brings a wealth of expertise and a monitor document of success in rally competitions.

Mitsubishi Motors continues to leverage its rally actions to reinforce automobile improvement, aiming to ship distinctive and compelling merchandise that replicate the corporate’s identification. The enhancements made to the Triton and the forthcoming Pajero exhibit Mitsubishi’s dedication to innovation and efficiency in each rally and shopper markets.

NEC Corporation has launched a report detailing the decarbonization results of its good agriculture answer, CropScope, as a part of the Net Carbon Impact mission by the European Green Digital Coalition (EGDC). The examine targeted on the variable-rate fertilization function of CropScope, which optimizes fertilizer software based mostly on particular area situations.

The EGDC, supported by the European Council, Parliament, and Commission, goals to scale back greenhouse gasoline emissions by means of digital applied sciences. Its Net Carbon Impact mission assesses the emissions discount potential of those applied sciences by evaluating eventualities with and with out their use.

The report confirmed that CropScope’s variable-rate fertilization considerably reduces greenhouse gasoline emissions in agriculture by minimizing extra nitrogen, which may rework into nitrous oxide—a potent greenhouse gasoline. The examine, carried out on farms in Hokkaido, Japan, revealed that the discount in fertilizer utilization notably surpassed emissions from tractor operations throughout cultivation.

Beyond emissions discount, the evaluation highlighted secondary advantages, together with financial financial savings for farmers, improved water high quality, and enhanced soil well being. These findings counsel that digital applied sciences like CropScope can contribute to each agricultural sustainability and local weather change mitigation.

NEC plans to make use of insights from this initiative to additional promote decarbonization in agriculture and discover the creation of agriculture-based carbon credit. The firm goals to advance each digital and inexperienced transformations in society by means of its applied sciences.