A themed flower exhibition opened to the public Saturday in Taipa, the Macao Special Administrative Region (SAR), in celebration of the 25th anniversary of Macao's return to the motherland.
Themed "Melody of Return", the flower display will run until January 5, 2025, inviting the public to immerse themselves in the vibrant colors and lively atmosphere of the flower display.
A stunning display of Dahlias takes center stage with dazzling colors, complemented by a variety of other blossoms. Additionally, an ancient lotus boat landscape, symbolizing Macao's maritime trade origins, pays homage to the city's deep-rooted Chinese cultural heritage.
At the heart of the display, a melody sign showcases Macao's unique artistic atmosphere and multicultural charm.
Local residents expressed their delight when visiting the breathtaking floral spectacle.
"We came over to see the flower show and invited friends to come with us," said one of the residents.
"It's absolutely beautiful," said another resident.
"I'm so happy," a girl expressed her excitement.
"Today I specially brought my child here to experience the atmosphere of the 25th anniversary of Macao's return to the motherland," said her mother.
Meanwhile, festive decorations have adorned various locations throughout the region as it welcomes the 25th anniversary on Dec 20.
Flower exhibition kicks off in Macao to celebrate 25th anniversary return to motherland
The first wind power project in southern part of northwest China's Xinjiang Uygur Autonomous Region was connected to the grid at full capacity on Saturday, marking a milestone achievement in harnessing wind energy in China's high altitude mountainous regions above 3,000 meters.
The project, located in Wuqia County of the Kizilsu Kirgiz Autonomous Prefecture of Xinjiang which is part of the Pamir Plateau, is also the country's westernmost wind farm. It features 38 turbines, each installed at altitudes between 2,800 and 3,300 meters, with a total capacity of 200,000 kilowatts.
"The project can produce about 540 million kilowatt-hours of electricity each year - enough to power 300,000 households for a year. This output will save around 164,800 tons of coal and cut carbon dioxide emissions by 450,000 tons compared to traditional coal-fired power plants," said Zhang Shigang, chairman of the Xinjiang branch of Longyuan Power under CHN Energy, the project's operator. All turbines are located on mountaintops, which presents unique challenges due to the rugged terrain.
"The biggest difference between working here and on flat land is that the cranes can't move here. After each installation, we have to take the crane apart and transport it to the next site using trucks," said Wang Tiande, the electrical manager for the project.
Additionally, three bulldozers are needed to pull a truck up the mountain, resulting in over thirty trips for crane relocation, which takes about four days each time.
The project also deals with extreme and rapidly changing weather conditions at high altitudes, necessitating constant monitoring of wind speeds.
Environmental considerations are crucial, given the sparse vegetation and diverse wildlife in the prefecture.
"We carefully chose turbine locations to avoid animal migration paths and created ecological buffer zones to ensure a normal life for wild animals," said Zhang Shigang.
Kizilsu Kirgiz Autonomous Prefecture enjoys long sunlight hours, with over 1,400 hours of usable sunlight each year. Currently, the prefecture has developed 1.84 million kilowatts of solar power capacity. Its complex landscape is crisscrossed by seven major river systems, providing ample hydropower resources, with installed hydropower capacity reaching 1.09 million kilowatts.
With the launch of the newly connected wind farm, the prefecture is now building a clean energy system that includes about 58 percent solar power, 35 percent hydropower, and seven percent wind power. This shift toward renewable energy has allowed the region to achieve a 100 percent green electricity supply in its grid.
First wind farm in southern Xinjiang achieves full capacity grid connection
