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Police Cordon Off Institute For Accident Victims - Cordoba

Arrival of the UME at the Institute of Legal Medicine where the bodies of the victims of the Adamuz train accident are awaited. 19 January 2026, in Cordoba (Andalusia, Spain). The Ministry of Justice, Local Administration and Public Function of the Andalusian Regional Government has activated the Territorial Medical Forensic Action Plan of the Institute of Legal Medicine and Forensic Sciences of Cordoba in the event of a catastrophe such as the one that occurred tonight with the derailment of two high-speed trains at Adamuz (Cordoba) with at least 39 deaths and 152 injured. Photo by Rocío Ruz / Europa Press / ABACAPRESS.COM

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Police Cordon Off Institute For Accident Victims - Cordoba

Arrival of a hearse with one of the victims of the Adamuz railway accident. On 19 January 2026, in Cordoba (Andalusia, Spain). The Ministry of Justice, Local Administration and Public Administration of the Andalusian Regional Government has activated the Territorial Medical Forensic Action Plan of the Institute of Legal Medicine and Forensic Sciences of Cordoba in the event of a catastrophe such as the one that occurred tonight with the derailment of two high-speed trains at Adamuz (Cordoba) with at least 39 deaths and 152 injured. Photo by Rocío Ruz / Europa Press / ABACAPRESS.COM

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Police Cordon Off Institute For Accident Victims - Cordoba

Arrival of the UME at the Institute of Legal Medicine where the bodies of the victims of the Adamuz train accident are awaited. 19 January 2026, in Cordoba (Andalusia, Spain). The Ministry of Justice, Local Administration and Public Function of the Andalusian Regional Government has activated the Territorial Medical Forensic Action Plan of the Institute of Legal Medicine and Forensic Sciences of Cordoba in the event of a catastrophe such as the one that occurred tonight with the derailment of two high-speed trains at Adamuz (Cordoba) with at least 39 deaths and 152 injured. Photo by Rocío Ruz / Europa Press / ABACAPRESS.COM

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Police Cordon Off Institute For Accident Victims - Cordoba

Police cordon off the area of the Institute of Legal Medicine, for the arrival of the bodies of the victims of the Adamuz train accident. 19 January 2026, in Cordoba (Andalusia, Spain). The Ministry of Justice, Local Administration and Public Function of the Andalusian Regional Government has activated the Territorial Medical Forensic Action Plan of the Institute of Legal Medicine and Forensic Sciences of Cordoba in the event of a catastrophe such as the one that occurred tonight with the derailment of two high-speed trains at Adamuz (Cordoba) with at least 39 deaths and 152 injured. Photo by Rocío Ruz / Europa Press / ABACAPRESS.COM

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Police Cordon Off Institute For Accident Victims - Cordoba

Arrival of the UME at the Institute of Legal Medicine where the bodies of the victims of the Adamuz train accident are awaited. 19 January 2026, in Cordoba (Andalusia, Spain). The Ministry of Justice, Local Administration and Public Function of the Andalusian Regional Government has activated the Territorial Medical Forensic Action Plan of the Institute of Legal Medicine and Forensic Sciences of Cordoba in the event of a catastrophe such as the one that occurred tonight with the derailment of two high-speed trains at Adamuz (Cordoba) with at least 39 deaths and 152 injured. Photo by Rocío Ruz / Europa Press / ABACAPRESS.COM

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Police Cordon Off Institute For Accident Victims - Cordoba

Arrival of the UME at the Institute of Legal Medicine where the bodies of the victims of the Adamuz train accident are awaited. 19 January 2026, in Cordoba (Andalusia, Spain). The Ministry of Justice, Local Administration and Public Function of the Andalusian Regional Government has activated the Territorial Medical Forensic Action Plan of the Institute of Legal Medicine and Forensic Sciences of Cordoba in the event of a catastrophe such as the one that occurred tonight with the derailment of two high-speed trains at Adamuz (Cordoba) with at least 39 deaths and 152 injured. Photo by Rocío Ruz / Europa Press / ABACAPRESS.COM

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Police Cordon Off Institute For Accident Victims - Cordoba

Police cordon off the area of the Institute of Legal Medicine, for the arrival of the bodies of the victims of the Adamuz train accident. 19 January 2026, in Cordoba (Andalusia, Spain). The Ministry of Justice, Local Administration and Public Function of the Andalusian Regional Government has activated the Territorial Medical Forensic Action Plan of the Institute of Legal Medicine and Forensic Sciences of Cordoba in the event of a catastrophe such as the one that occurred tonight with the derailment of two high-speed trains at Adamuz (Cordoba) with at least 39 deaths and 152 injured. Photo by Rocío Ruz / Europa Press / ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

People during the dimonis dance, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

People during the dimonis dance, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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Dance of the Dimonis of Manacor - Spain

Dance of the dimonis, on 16 January 2026, in Manacor, Balearic Islands (Spain). The dimonis of Manacor is a popular celebration of the festivities of Sant Antoni Abad that takes place in Manacor (Mallorca) every January, with documented origins in 1883. During the festival, the Dimoni Gros, the dimonis and the Baciner go around the town amid bonfires, traditional dances such as the Ball del Bot and emblematic events such as Les Beneïdes, making it one of the most participative and beloved festivities in the town. Photo by Tomas Moya/Europa Press/ABACAPRESS.COM

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China: Playful Panda Delights Visitors With Somersaults in Guangzhou Zoo

On September 28, 2025, a giant panda named Ya Yi entertained visitors at a zoo in Guangzhou, Guangdong province, with a playful routine. The panda rolled across the floor, performed a somersault, and then hid inside her wooden hut. Visitors laughed and cheered as they filmed the moment. Zoo staff said Ya Yi occasionally shows such playful behavior during enrichment time. The clip drew online reactions likening her to “Kung Fu Panda,” highlighting once again why pandas remain one of China’s most beloved national symbols.

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Satellite View of Gulf of Morbihan - France

Handout Satellite View, dated October 17, 2025, shows the Gulf of Morbihan in France. The Gulf of Morbihan, part of the Natura 2000 network, forms one of France’s most distinctive coastal landscapes. This inland sea is dotted with dozens of small islands and peninsulas, creating a labyrinth of sheltered bays, narrow channels, and shifting tidal flats. Its highly indented shape supports a mosaic of coastal habitats, from eelgrass meadows to mudflats, which provide vital feeding and breeding grounds for migratory birds and numerous marine species. Located in Brittany, near towns such as Vannes, Arradon, and Arzon, the gulf’s intricate contours are clearly visible in this Copernicus Sentinel-2 image acquired on 17 October 2025. The deep blues highlight the flooded channels at high tide, while surrounding vegetation appears in bright green. Photo by European Union, Copernicus Sentinel-2 imagery via ABACAPRESS.COM

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Satellite View of Shark Bay UNESCO World Heritage Site - Australia

Handout satellite view, dated on November 26, 2025, shows the Shark Bay UNESCO World Heritage Site. Shark Bay, located on the western coast of Australia, is a UNESCO World Heritage Site renowned for its exceptional natural beauty, including unique marine biodiversity and one of the world's most extensive seagrass beds. The site is globally significant for its ecological processes, geological formations, and as a habitat for threatened species such as dugongs and green turtles. These fragile ecosystems are highly sensitive to changes in water quality, sea temperature, and coastal development. This Copernicus Sentinel-2 image, acquired on 26 November 2025, shows the striking coastal and marine features of Shark Bay in high resolution. The contrasting colours reveal shallow sandbanks, seagrass meadows, and hypersaline basins, as well as the arid terrestrial surroundings near Denham. Photo by European Union, Copernicus Sentinel-2 imagery via ABACAPRESS.COM

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Satellite View of Graham Land - Antarctica

Handout Satellite views dated on November 21, 2025, shows Graham Land. Graham Land, the northernmost stretch of the Antarctic Peninsula, is one of the most rapidly warming regions on Earth. Its mountainous spine and outlet glaciers drain into the Weddell Sea, forming an important transition zone between grounded ice, floating shelves, and open water. This dynamic landscape supports rich marine ecosystems, including krill-dependent species such as seals, penguins, and seabirds, and plays an important role in global ocean circulation and climate regulation. This Copernicus Sentinel-1 image, acquired on 21 November 2025, shows the contrasting textures of grounded ice, fragmented sea ice, and dark, open ocean, revealing key glaciological features in radar backscatter. Copernicus data is essential to climate science. A recent study published in Nature used Copernicus Sentinel-1 and Sentinel-2 data to analyse glacier dynamics in Graham Land, Antarctica. Photo by European Union, Copernicus Sentinel-1 imagery via ABA

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Satellite View of flooding in northern Sumatra, Indonesia

Handout photo datetd on November 29, 2025 shows satellite view of Flooding in northern Sumatra. Cyclone Senyar formed during the night of 25-26 November 2025 in the Strait of Malacca, an area in which tropical cyclones had not been recorded for decades. The day after its formation, Senyar hit Indonesia, where it made landfall, causing flooding, landslides and more than 400 casualties in the north of the island of Sumatra. This image, acquired by one of the Copernicus Sentinel-2 satellites on 29 November 2025, shows extensive inundation across Aceh province, with towns such as Lhoksukon and Panton Labu surrounded by floodwaters. Sediment-laden plumes discharged into the sea along the northern coast indicate substantial river outflow, caused by the heavy upstream rainfall. Photo by European Union, Copernicus Sentinel-2 imagery via ABACAPRESS.COM

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[Breaking News]Nobel Prize in chemistry winner Kitagawa

KYOTO, Japan, Oct. 9 Kyodo - Kyoto University distinguished professor Susumu Kitagawa attends a press conference in the western Japan city on Oct. 9, 2025, a day after being named one of the three winners of the Nobel Prize in Chemistry for developing porous materials that can store and release gases such as natural gas. (Kyodo)

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Nobel Prize in chemistry winner Kitagawa

KYOTO, Japan, Oct. 9 Kyodo - Kyoto University distinguished professor Susumu Kitagawa receives flowers from a university staff member in the western Japan city on Oct. 9, 2025, a day after being named one of the three winners of the Nobel Prize in Chemistry for developing porous materials that can store and release gases such as natural gas. (Kyodo)

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Nobel Prize in chemistry winner Kitagawa

KYOTO, Japan, Oct. 9 Kyodo - Kyoto University distinguished professor Susumu Kitagawa attends a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas. (Kyodo)

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa (C) poses for a photo with his spouse (L) and Kyoto University President Nagahiro Minato following a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa speaks to the press in the western Japan city on Oct. 9, 2025, a day after being named one of the three winners of the Nobel Prize in Chemistry for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa speaks during a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa speaks during a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa speaks during a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa speaks during a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

E

Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa attends a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa attends a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa (L) attends a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa (R) receives flowers from a university staff member in the western Japan city on Oct. 9, 2025, a day after being named one of the three winners of the Nobel Prize in Chemistry for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa (L) is pictured following a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa (L), in the western Japan city, talks over the phone with Asahi Kasei Corp. honorary fellow and 2019 Nobel Prize in Chemistry laureate Akira Yoshino, in Tokyo, on Oct. 8, 2025, after Kitagawa was named one of the three winners of the prize earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa (L), in the western Japan city, talks over the phone with Asahi Kasei Corp. honorary fellow and 2019 Nobel Prize in Chemistry laureate Akira Yoshino, in Tokyo, on Oct. 8, 2025, after Kitagawa was named one of the three winners of the prize earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa speaks to the press in the western Japan city on Oct. 9, 2025, a day after being named one of the three winners of the Nobel Prize in Chemistry for developing porous materials that can store and release gases such as natural gas.

E

Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa (C), alongside his spouse and Kyoto University President Nagahiro Minato (R), attends a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa is congratulated by university staff in the western Japan city on Oct. 9, 2025, a day after being named one of the three winners of the Nobel Prize in Chemistry for developing porous materials that can store and release gases such as natural gas.

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Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa attends a press conference in the western Japan city on Oct. 8, 2025, after being named one of the three winners of the Nobel Prize in Chemistry earlier in the day for developing porous materials that can store and release gases such as natural gas.

E

Nobel Prize in chemistry winner Kitagawa

Kyoto University distinguished professor Susumu Kitagawa attends a press conference in the western Japan city on Oct. 9, 2025, a day after being named one of the three winners of the Nobel Prize in Chemistry for developing porous materials that can store and release gases such as natural gas.

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Xinjiang Clean Energy Development - China

A staff member selects photovoltaic panels to be sent to a photovoltaic power station in Cele County of Hotan Prefecture, at the workshop of a new energy company in Ruoqiang County, Mongolian Autonomous Prefecture of Bayingolin, northwest China's Xinjiang Uygur Autonomous Region, on Sept. 22, 2025. Xinjiang, a region rich in solar and wind energy resources, has vigorously developed the new energy industry in recent years, accelerating the construction of large-scale wind and photovoltaic power base projects. A 750-kilovolt (kV) "power expressway loop," the country's largest of its kind, has taken shape throughout Xinjiang, providing strong support for efficient energy allocation. Today, about one third of the electricity transmitted in Xinjiang comes from clean energy sources such as wind and solar power. It transmits over 270 billion kilowatt-hours of green electricity to other regions. Besides, an increasing number of companies are developing clean energy in Xinjiang, driving the region's green development.

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Xinjiang Clean Energy Development - China

Staff members work on the production line of photovoltaic panels at the workshop of a new energy company in Ruoqiang County, Mongolian Autonomous Prefecture of Bayingolin, northwest China's Xinjiang Uygur Autonomous Region, on Sept. 22, 2025. Xinjiang, a region rich in solar and wind energy resources, has vigorously developed the new energy industry in recent years, accelerating the construction of large-scale wind and photovoltaic power base projects. A 750-kilovolt (kV) "power expressway loop," the country's largest of its kind, has taken shape throughout Xinjiang, providing strong support for efficient energy allocation. Today, about one third of the electricity transmitted in Xinjiang comes from clean energy sources such as wind and solar power. It transmits over 270 billion kilowatt-hours of green electricity to other regions. Besides, an increasing number of companies are developing clean energy in Xinjiang, driving the region's green development. The categories of new energy equipment manufacturing ind

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Xinjiang Clean Energy Development - China

This photo taken on July 5, 2025 shows power lines of the Changji-Guquan 1100 kV ultra-high voltage direct current power transmission project in the Kazak Autonomous County of Mori, northwest China's Xinjiang Uygur Autonomous Region. Xinjiang, a region rich in solar and wind energy resources, has vigorously developed the new energy industry in recent years, accelerating the construction of large-scale wind and photovoltaic power base projects. A 750-kilovolt (kV) "power expressway loop," the country's largest of its kind, has taken shape throughout Xinjiang, providing strong support for efficient energy allocation. Today, about one third of the electricity transmitted in Xinjiang comes from clean energy sources such as wind and solar power. It transmits over 270 billion kilowatt-hours of green electricity to other regions. Besides, an increasing number of companies are developing clean energy in Xinjiang, driving the region's green development. The categories of new energy equipment manufacturing industries i

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Xinjiang Clean Energy Development - China

Sheep forage as a staff member patrols the power lines of the Changji-Guquan 1100 kV ultra-high voltage direct current power transmission project in the Kazak Autonomous County of Mori, northwest China's Xinjiang Uygur Autonomous Region, July 6, 2025. Xinjiang, a region rich in solar and wind energy resources, has vigorously developed the new energy industry in recent years, accelerating the construction of large-scale wind and photovoltaic power base projects. A 750-kilovolt (kV) "power expressway loop," the country's largest of its kind, has taken shape throughout Xinjiang, providing strong support for efficient energy allocation. Today, about one third of the electricity transmitted in Xinjiang comes from clean energy sources such as wind and solar power. It transmits over 270 billion kilowatt-hours of green electricity to other regions. Besides, an increasing number of companies are developing clean energy in Xinjiang, driving the region's green development. The categories of new energy equipment manufact

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Xinjiang Clean Energy Development - China

An aerial drone photo taken on April 8, 2025 shows a view of the Hami-Chongqing 800 kV ultra-high voltage direct current transmission project in northwest China's Xinjiang Uygur Autonomous Region. Xinjiang, a region rich in solar and wind energy resources, has vigorously developed the new energy industry in recent years, accelerating the construction of large-scale wind and photovoltaic power base projects. A 750-kilovolt (kV) "power expressway loop," the country's largest of its kind, has taken shape throughout Xinjiang, providing strong support for efficient energy allocation. Today, about one third of the electricity transmitted in Xinjiang comes from clean energy sources such as wind and solar power. It transmits over 270 billion kilowatt-hours of green electricity to other regions. Besides, an increasing number of companies are developing clean energy in Xinjiang, driving the region's green development. The categories of new energy equipment manufacturing industries in Xinjiang, such as silicon wafers, p

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Xinjiang Clean Energy Development - China

This photo taken on Sept. 22, 2025 shows an automatic machine cutting photovoltaic panels at the workshop of a new energy company in Ruoqiang County, Mongolian Autonomous Prefecture of Bayingolin, northwest China's Xinjiang Uygur Autonomous Region. Xinjiang, a region rich in solar and wind energy resources, has vigorously developed the new energy industry in recent years, accelerating the construction of large-scale wind and photovoltaic power base projects. A 750-kilovolt (kV) "power expressway loop," the country's largest of its kind, has taken shape throughout Xinjiang, providing strong support for efficient energy allocation. Today, about one third of the electricity transmitted in Xinjiang comes from clean energy sources such as wind and solar power. It transmits over 270 billion kilowatt-hours of green electricity to other regions. Besides, an increasing number of companies are developing clean energy in Xinjiang, driving the region's green development. The categories of new energy equipment manufacturi

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Xinjiang Clean Energy Development - China

An aerial drone photo taken on July 28, 2025 shows a 1GW solar thermal and photovoltaic integrated project in Shanshan County, northwest China's Xinjiang Uygur Autonomous Region. Xinjiang, a region rich in solar and wind energy resources, has vigorously developed the new energy industry in recent years, accelerating the construction of large-scale wind and photovoltaic power base projects. A 750-kilovolt (kV) "power expressway loop," the country's largest of its kind, has taken shape throughout Xinjiang, providing strong support for efficient energy allocation. Today, about one third of the electricity transmitted in Xinjiang comes from clean energy sources such as wind and solar power. It transmits over 270 billion kilowatt-hours of green electricity to other regions. Besides, an increasing number of companies are developing clean energy in Xinjiang, driving the region's green development. The categories of new energy equipment manufacturing industries in Xinjiang, such as silicon wafers, photovoltaic module