Wind power has a long and significant history, and it promises an even more substantial future. Since ancient times, mankind has exploited the force of the wind, first using sails to navigate waterways and later with windmills and wind pumps that have efficiently powered machines and agricultural processes.

The advent of fossil fuels may have relegated wind power to the background, but it has concurrently endangered our planet. As the world increasingly demands greener energy, alongside rapidly advancing technology, wind turbines are being embraced for their potential to provide clean, affordable, and sustainable energy that is readily available for immediate use.

This transition represents Future Mode, where the strength of tomorrow is in wind energy.

To build this promising future, bold ambitions are required. CGTN's Wang Tianyu traveled 80 kilometers offshore from eastern China to explore an expansive wind farm, experiencing firsthand the scale of this renewable energy initiative.

For many, encountering a wind turbine means observing them from a distance, but Wang Tianyu had the unique opportunity to ascend inside the central tower and stand atop a turbine, where he expressed his awe at the stunning view.

What's equally awe-inspiring is the enormous size of the turbine blades, which can stretch as long as a football field. Envision Energy, a leading Chinese firm, is at the forefront of developing these massive structures, but their size introduces challenges, particularly when it comes to installation in marine environments.

Every production step must be executed with extreme precision, as highlighted by Jiang Guanghui, Assistant Manager at Envision's Jiangyin Manufacturing Plant, who emphasizes that these blades are designed to last upwards of 20 years.

This particular offshore wind farm comprises 72 turbines that generate millions of kilowatt-hours daily, supporting various consumers, including factories and electric vehicles. Offshore turbines represent only a fraction of a much more extensive network that contributes significantly to the overall energy landscape in China.

Wind turbines can be spotted throughout China, from hills to open fields, adapting to any available space with sufficient winds. With 520 gigawatts of installed wind capacity, China leads globally, accounting for nearly half of total world capacity, while the United States holds second place at less than one-third of China's output.

The heightened focus on wind energy isn't limited to China; indications show that Europe is also advancing in this arena. In the UK, for instance, wind energy currently accounts for 29 percent of the nation's electricity production, a staggering increase compared to early 2000s levels.

Yet, a key challenge remains: wind is variable and does not blow consistently. This necessitates the need for effective energy storage solutions, as most batteries currently hold limited capacity. A potential remedy is being explored near Sunderland, England, where Harmony Energy has partnered with Envision to develop a battery storage system capable of serving 80,000 homes for approximately two hours.

Moreover, advancements in artificial intelligence promise to boost battery efficiency further, with projections suggesting the potential to power between 1 and 2 million homes for up to 16 hours daily. Alongside these innovations in battery technology, Chinese scientists are testing floating turbines that can harness more potent winds at higher altitudes, showcasing the continued evolution of our pursuit to harness wind energy.