Southwest China's Xizang Autonomous Region is leveraging its abundant wind and solar resources on "the roof of the world" for sustainable green development.
In Nagqu, a city with an average altitude of over 4,500 meters, 25 custom-designed wind turbines are in operation at a wind farm, delivering reliable electricity supply to the area.
These high-altitude wind turbines are uniquely tailored, differing from those used in other regions. With specialized sizes and coatings, they are optimized to perform effectively in the challenging high-altitude environment.
"Our wind turbines feature an elongated body, which enhances aerodynamic performance. The aim is to increase the swept area under high-altitude conditions. Compared to turbines designed for plains or low-altitude environments, our turbines have a swept area three to five basketball courts larger. Besides, we use coatings specially developed for high-altitude environments, ensuring that the turbines look as fresh as new ones throughout the entire lifespan," said Hu Jiansheng, deputy general manager of the Nagqu branch of CHN Energy Xizang Electric Power Company.
The wind farm is equipped with an advanced intelligent monitoring system that tracks the performance of all turbines in real time, significantly reducing staff workload and enhancing operational safety.
"This is the intelligent monitoring system of our wind farm, capable of real-time monitoring of the operational data of all our wind turbines. Here, you can see the operation status of one of the turbines, with a color-coded system reflecting the conditions of various components. Compared to the past, it indicates our equipment conditions in a timely manner, significantly reducing the workload of our staff and enhancing operational safety," Hu said.
At an alpine grassland valley in Amdo County of Nagqu City, basking in over 2,800 hours of annual sunshine, a large solar farm is under construction.
One of the key facilities of the solar farm is the heliostat, which dynamically adjusts its angle to track the sun's movement, reflecting sunlight and concentrating it onto the heat-absorbing tower at the center of the solar panel field to generate electricity.
"This is a heliostat at our power station, and it is highly intelligent. Equipped with a solar tracker on top, its [calibration system] functions like a smartwatch monitoring 'heartbeats.' It is capable of real-time monitoring of the sun's azimuth and elevation angles with a precision of 0.1 degrees," said Zhou Jianwen, chief engineer of Xizang Development and Investment Corporation Nagqu River Company.
The solar project is scheduled to be connected to the power grid and begin operation in October 2026, providing reliable green energy for Amdo County and surrounding aeras.
Over recent years, Xizang has vigorously promoted green development and stepped up the construction of clean energy bases.
By the end of last year, more than 99 percent of Xizang's power generation came from clean energy -- making its regional power grid the one with the highest proportion of clean energy generation in China.
Xizang embraces wind, solar power for green development
The latest artificial intelligence breakthroughs are dominating the 2026 Consumer Electronics Show (CES) in Las Vegas, with a number of firms showcasing how AI can be deployed to play a critical role in healthcare and even in the once futuristic notion of creating digital clones.
The four-day show, considered the world's premier annual technology event, is set to conclude Friday after attracting over 4,500 exhibitors from more than 155 countries and regions, according to organizers.
While many attendees are sampling the latest tech devices and gadgets on display, the event is also showcasing the big and bold ideas of a number of companies who are seeking to harness AI's potential for even greater causes.
A number of companies and entrepreneurs are using AI-powered software in the hope of improving healthcare and even extending our lives. One of the standout examples is 'Predictive AI', a Korean-founded medical startup focused on disease prevention through advanced genetic analysis.
Predictive AI is building digital twins of the human genome, which sees virtual replicas of some 20,000 genes and three billion DNA sequences. These are designed to predict diseases, flag risky prescriptions and even act as a patient's proxy during consultations.
Co-founded by twin brothers Sijung and Sajung Yun, both academics at Johns Hopkins University, their advanced software, named 'Dr. Twin', uses a supervising AI agent to coordinate multiple specialized systems to assess people's health.
By simply sending them a fingernail clipping, their company can extract a client's DNA and combine it with their health history. The software then makes predictions on more than 20,000 diseases - including everything from cancer to Alzheimer's - and then allows users to ask questions about their results.
"[We had to] be proactive for it. And then we provide the customized nutrition for it. We provide the customized recommendation for your pharmacogenomics, which is which drug you better take. So that's kind of the actionable things that you can do after these testing. For those who are afraid of [receiving] a result, the results can go to the their primary physician," said Sijung Yun.
His twin Sajung explained the predictive philosophy which lies behind the technology.
"The reason we are predictive is that when you want to prevent everything, you are not preventing anything. So you need to predict the high risk, and you need to watch out for those symptoms and then catch it early. With the genetic profiling and the AI doctor's algorithm we developed, we are enabling to do so," he said.
Beyond healthcare, AI is being showcased in many other novel and sometimes surprising ways, including a potentially groundbreaking concept which uses archived video and biographical information of users to then create and render themselves into AI clones.
Dubbed 'MyPersonas' and developed by software company IgniteTech, the platform generates an AI duplicate which draws specifically on the knowledge and experience of its human counterpart.
"The 'MyPersona' is grounded in your knowledge, and we've gone to great lengths with patent-pending technology to make certain that it doesn't attempt to answer something that you don't know," said Eric Vaughan, CEO of IgniteTech.
The AI clones are expected to be deployed in a wide range of scenarios — from customer service operations and education to the even more personal endeavor of preserving family histories, with memories and stories able to 'live on' in a virtual world for generations to come.
"I can't think of where it can't be used. It could be used by a one-man insurance company to answer questions about policies. It could be used by a teacher at a school about homework assignments. Could you show grandma and grandpa to future generations live and then actually have them interact and ask questions and share memories and tell stories in a way that makes them come alive?" said Vaughan.
With innovations like these on display, CES 2026 highlights how AI is not only reshaping technology — but redefining how humans understand health, memory, and legacy in both the physical and virtual worlds.
Futuristic potential of AI applications highlighted at top tech show in Las Vegas
