Shireoaks Solar Farm, which was approved by Bassetlaw District Council’s planning committee on 17th June 2026 following a positive officer recommendation, will generate enough clean electricity to power up to 5,900 homes in its first year of operation. The project will make a meaningful contribution to tackling the climate emergency in Nottinghamshire and supporting the UK’s transition to a low-carbon energy system.

Jonathan Plumb, Chief Operating Officer at Renewable Connections, said: “We are delighted that consent has been granted for Shireoaks Solar Farm. Solar is one of the cleanest and most cost-effective forms of energy available, and this project will reduce carbon emissions by approximately 2,947 tonnes per year compared to fossil fuel generation. ”

“Throughout the development process, we have engaged closely with local communities and statutory consultees. Their feedback has helped shape the final design, which includes measures to enhance biodiversity and improve an existing permissive walking route across the site.”

Located to the west of Worksop and south of the village of Shireoaks, the site extends across approximately 21 hectares of agricultural land.

The project has been developed in partnership with European Energy UK and will have an operational lifespan of up to 40 years.

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The agreement covers technical operations and maintenance services for the 70 MW solar park, including remote monitoring, reporting, maintenance coordination and on-site repair services. The scope includes both preventive and corrective maintenance activities aimed at supporting stable performance, operational reliability and optimisation of the facility.

The services will be delivered through European Energy’s in-house asset management and operations business unit, which manages renewable energy assets across multiple markets in Europe and beyond.

The Bredebro solar park is among the larger solar installations in Denmark and forms part of the continued expansion of corporate-backed renewable energy projects in the country.

Jacob Saust Johansen, Executive Vice President and Head of Asset Management & Operations at European Energy, said:

“As renewable energy portfolios continue to grow in size and complexity, asset owners increasingly require specialised operational expertise to maximise performance and availability. Through our in-house asset management and operations organisation, we provide technical and operational services designed to support long-term value creation for renewable energy assets.”

European Energy has expanded its asset management and operations & maintenance activities in recent years alongside the growth of renewable energy capacity across Europe. The company provides technical and commercial services across a portfolio of renewable energy assets, including solar and wind projects.

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The third generation of the Alpine A110 will be the world’s first true EV sportscar, underpinned by the brand-new Alpine Performance Platform (APP), which allows it to remain true to Alpine’s DNA while outperforming the best of today’s combustion sports cars. Making its global public premiere at Goodwood, visitors to the Festival of Speed will be able to see the mule – car used in testing to develop future technology for the next-generation A110- in action each day.

To celebrate the heritage of the iconic Alpine A110, the Festival will bring together other landmark models that trace the car’s evolution from rally icon to electric pioneer. Together, these models tell the story of Alpine’s past, present and future.

Based on a bold and confident vision of sportiness, while remaining true to its heritage of performance and emotion, Alpine is entering an exciting new phase in its history, with more customers buying Alpine than ever before.

Two models from the current line-up that have driven this record-breaking growth will also be on track and on the stand throughout the festival: the A290, Alpine’s best-selling electric hot hatch, and the A390, the brand’s 470hp five-seat sport fastback and newest addition to the range.

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Please visit www.chevron.com/investors to view a live webcast of the conversation and Q&A session. A replay will be available on the website after the event for those unable to watch the live webcast.

Chevron is one of the world’s leading integrated energy companies. We believe affordable, reliable and ever-cleaner energy is essential to enabling human progress. Chevron produces crude oil and natural gas; manufactures transportation fuels, lubricants, petrochemicals and additives; and develops technologies that enhance our business and the industry. We aim to grow our oil and gas business, lower the carbon intensity of operations and grow new businesses. 

More information about Chevron is available at www.chevron.com.

This year’s publication anticipates that the world will require far more energy in the decades to come, with global energy demand set to rise by 23% to 2050. In addition, global oil demand is projected to see robust growth, reaching 124 million barrels a day (mb/d) by 2050.

The Outlook’s analysis and key findings take into account recent energy, economic and policy developments, as well as evolving challenges related to energy security, energy affordability and emissions reductions.

The publication also underlines the importance of pursuing balanced and realistic future energy pathways, recognizing the diverse needs and priorities of countries around the world. It highlights the role of all energies and technologies in meeting future energy demand, the need to expand access to modern energy services for billions of people globally, and the significance of ensuring timely and adequate investments across the energy sector.

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Moscow Oil Refinery slammed by drones 2nd time in week as Ukraine hits back at Russia. The Moscow Oil Refinery was struck for the second time in three days as a “massive” drone attack greeted the Russian capital the morning of June 18. Russian air defenses also downed 555 drones nationwide overnight, according to the Russian Defense Ministry. Ukraine does not typically disclose the number of drones used in strikes on Russia.

“This is an entirely justified response to Russian strikes on our cities and communities and another important result of our warriors’ work against facilities that support Russia’s war machine,” Zelensky said, adding that “it is time to end this war.”

At least 17 people, including two children, were injured in Moscow Oblast in the attack, Russian authorities claimed.

The attack caused major disruptions to air travel, with state-owned airline Aeroflot and its subsidiary Rossiya canceling more than 170 flights to and from Moscow and delaying over 110 others, according to company statements.. Related News

At least five Iranian ships have crossed the U.S. blockade line since June 16, according to Lloyd’s List Intelligence. Three of those vessels were state-owned oil tankers that exited the Gulf of Oman.

Aramco is considering ⁠expanding its storage capacity around the world after ‌energy supplies through the Strait of Hormuz were disrupted by the ​Iran war, Aramco Chairman Yasir Al-Rumayyan said on Thursday.

“Aramco has storage ​facilities around ​the world especially in Asia, in Korea and Japan, and we are thinking seriously of having ⁠larger storage facilities all over the world,” said Rumayyan, who is also the governor of the Saudi sovereign wealth fund PIF.

Rumayyan was speaking at the FII ​PRIORITY ‌Europe summit, hosted in ⁠Rome and ⁠organised by the Saudi non-profit institute Future Investment Initiative, which is ​backed by PIF.

FII organises Riyadh’s ‌yearly flagship summit, known to ⁠some as “Davos in the Desert”, which brings together world leaders, bankers and business bosses. . Related News

Ingka Group on why switching to electric deliveries early turned out to be good business

Getting there has not been straightforward. When we started this journey, electric trucks were still a relatively new technology, charging infrastructure was not yet in place across all markets, costs were higher than traditional diesel delivery, and rolling out new solutions across 31 countries takes time. To overcome our challenges, we introduced a dedicated project implementation manager working on zero emissions home delivery in each of our retail countries to address local challenges, supported by a global team. Related News

Hitachi Energy has introduced HyFlex® Compact – a hybrid generator and flexible power hub that provides zero-emission electricity for temporary and off-grid applications such as construction projects and other infrastructure. The configurable system combines hydrogen fuel cells with high-performance batteries and can integrate additional power sources, delivering stable AC power as a clean alternative to diesel generation.

As electricity demand rises, companies across industry and infrastructure are electrifying operations and cutting emissions, often in locations where grid connections are limited or unavailable. This is increasing demand for flexible power solutions that can perform reliably across a wide range of operating conditions, from remote sites to grid-connected environments.

Addressing these requirements calls for power solutions that go beyond single technologies, supported by robust system expertise and integration capabilities. Designed for standalone or grid-connected operation, Hitachi Energy’s HyFlex Compact combines hydrogen fuel cells, batteries, power electronics, cooling, and auxiliaries in a single, portable enclosure, all managed by an optimized control system. The system converts hydrogen into clean electricity using fuel cells, producing power, heat, and water with no harmful emissions. Related News

Hitachi Energy announced the launch of AxoniQ, its comprehensive portfolio of solutions for multi-terminal direct current (MTDC) systems. As global electricity demand accelerates, MTDC systems are becoming critical to ensuring a secure, affordable, and sustainable power grid.

As renewable energy deployment accelerates and power systems become increasingly interconnected, MTDC systems help manage congestion and improve resilience by allowing dynamic power flow between multiple terminals and across different energy markets, while supporting faster planning, procurement, and execution of grid projects. By connecting multiple power sources and demand points, MTDC grids enable electricity to be directed where it is needed most. Related News

Cosmo Eco Power Co., Ltd. and Furukawa Electric Co., Ltd. have entered into a virtual Power Purchase Agreement¹ (PPA; hereafter, “the PPA”).

The PPA covers the Enshu Wind Power Plant (installed capacity: 6.33 MW), currently under construction by Cosmo Eco Power in Kakegawa City, Shizuoka Prefecture. Under the agreement, Furukawa Electric will receive the environmental attributes associated with approximately 10 million kilowatt-hours (kWh) of electricity generated annually at the plant, which is expected to result in an annual CO2 emissions reduction of approximately 4,200 tons. Related News

Until recently, most battery‑cell production has taken place in Asia, accounting for more than 95 percent of global lithium‑ion cell manufacturing. This is why efforts are now underway to make Europe more self-sufficient in battery production.

After four years of European collaborative research, the IntelLiGent project team is now presenting promising results.

– We have examined every part of the battery cell, down to the smallest detail, to identify the optimal material composition, says Nils Peter Wagner, who has led the IntelLiGent project. The goal of the EU-funded project has been to develop more sustainable, efficient, and intelligent electric (EV) batteries.

One of the biggest challenges in scaling up battery‑cell production is manufacturing electrodes at an industrial scale. At the SINTEF Battery Lab in Trondheim, Norway, the project has demonstrated that electrode production can be scaled from lab level to a more industrial format. . Related News

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Titan, part of Molgas will continue to supply Bio-LNG fuel in Northwest Europe, while Axpo will take charge of supply in the Mediterranean region.

This agreement makes it possible for our company to supply bio-LNG fuel for automobile carriers in the Mediterranean region (Port of Malaga and Barcelona, Spain), following the bio-LNG fuel supply agreement in Western Europe, which commenced in March last year.

Bio-LNG fuel is liquefied methane produced primarily from biomass such as livestock manure and food waste. It is an immediately available clean fuel that can contribute to carbon neutrality by significantly reducing lifecycle greenhouse gas (GHG) emissions while utilizing the LNG fuel supply infrastructure already in place.

The bio-LNG fuel to be supplied in this initiative has a lifecycle carbon intensity (carbon dioxide emissions per unit of energy consumption) of -15 g-CO2/MJ or less, from production through consumption. Furthermore, this bio-LNG fuel has obtained International Sustainability and Carbon Certification (ISCC-EU) (Note 2). By replacing conventional marine fuels with such biofuels, we contribute to reducing greenhouse gas emissions.

Through this supply agreement, MOL has established a framework that ensures a continuous and stable supply of bio-LNG fuel not only in Northern Europe but also in the Mediterranean. As part of the group’s efforts to adopt alternative fuels and achieve net-zero greenhouse gas (GHG) emissions-key actions outlined in the “MOL Group Environmental Vision”-it is utilizing LNG-fueled vessels as a bridge solution to facilitate the transition to carbon-neutral fuels such as bio-LNG and synthetic LNG (e-methane).

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This contract marks a major step forward in MOL’s initiative to develop a marine transport system for low-carbon ammonia and achieve Japan’s first large-scale transport of low-carbon ammonia.

MOL and JERA have been discussing a collaboration on the transport of fuel ammonia since November 2022. This contract was formally concluded based on the memorandum of understanding (MOU) executed in 2025 (Note 3) and aims to establish a commercial-scale value chain for low-carbon ammonia.

In addition to its use in power generation and as marine fuel, ammonia-recognized as a next-generation clean energy source that does not emit CO2 at the point of combustion-is expected to play an important role in a wide range of fields, including as a hydrogen carrier (Note 4), resulting in significantly higher demand.

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New York City has now officially switched on one of the most ambitious clean energy infrastructure projects in North America, with a groundbreaking 1,250 megawatt transmission line linking Canadian hydropower directly to the city.

By connecting New York City directly to Hydro-Quebec’s network of over 60 hydropower stations, CHPE has the ability to deliver enough renewable energy to power one million homes and meet nearly 20 percent of New York City’s electricity needs.

At the core of the project is Hitachi Energy’s HVDC Light® technology, a state‑of‑the‑art Voltage Source Converter (VSC)-based solution designed for efficient long-distance transmission with minimal environmental impact. Using advanced power electronics, the system precisely controls voltage and power flow while delivering electricity with exceptionally low losses.

Unlike traditional transmission infrastructure, CHPE was designed to be almost entirely invisible. The transmission cables are buried underground and underwater through Lake Champlain and the Hudson and Harlem Rivers, preserving landscapes, safeguarding ecosystems, and strengthening resilience against extreme weather.

HVDC Light is engineered with a highly compact footprint, enabling converter stations and associated infrastructure to be placed directly within dense urban environments, helping to alleviate grid congestion and delivering reliable, clean power where it is needed most. .

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The investment addresses a critical bottleneck in the region’s transformer supply chain by expanding the company’s North America regional insulation and components capabilities, strengthening resilience, and accelerating the delivery of essential grid infrastructure.

Hitachi Energy’s acquisition of Canduct is expected to close at the beginning of the third calendar quarter of 2026, subject to customary closing conditions.

Canduct, headquartered in Ontario, Canada, is a leading manufacturer of transformer insulation kits and components, serving original equipment manufacturers (OEM) and repair companies across the U.S. and Canada. Founded in 1982, the company has supplied high-quality transformer insulation solutions to Hitachi Energy for over two decades. By integrating Canduct’s operations and more than 300 employees, Hitachi Energy will expand its capabilities to deliver critical transformer components needed to support the unprecedented growth in electricity demand.

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