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Key Insights Insiders appear to have a vested interest in the growth of Shanghai Weihong Electronics Technology, as can be seen from their large ownership. A combined total of 2 investors hold the majority stake in the company with an ownership of 55%. The company’s past performance and ownership data helps to give a strong idea about the prospects of the business. To understand who really controls Shanghai Weihong Electronics Technology Co., Ltd. ( SZSE:300508 ), it is important to understand the company’s ownership structure. With a 60% stake, individual insiders have the largest stake in the company, which means…
China Electronics Huada Technology Co., Ltd. (HKG:85) will increase its dividend to HK$0.105 on July 31st, up from last year’s equivalent. This will give it an attractive dividend yield of 8.2%, representing a significant increase in shareholder returns. Read our latest analysis for Chinese Electronics Huada Technology China Electronics Huada Technology’s profits easily cover dividends While a strong dividend yield is good, it’s worthless if the payments aren’t sustainable. However, prior to this announcement, China Electronics Huada Technology’s dividend was well covered by both cash flow and profits, which means that most of the company’s earnings are being used to…
As governments around the world push to go green, companies across the globe are investing heavily in research and development of innovative ways to improve renewable energy production. As companies build more powerful panels and bigger turbines, new technologies are making traditional renewable energy projects like solar and wind farms much more efficient. Now, a German team believes it has found a new concentrating system that could significantly increase solar energy production. Traditional solar panels rely on silicon-based solar cells that absorb light across the visible spectrum, but only slightly. These solar cells need to be several micrometers thick to…
The Merganser project has been successfully installed in the Dutch North Sea as a first step towards testing and demonstrating the technology. Developed by Dutch-Norwegian joint venture SolarDuck with support from RWE, the project will monitor its performance while exploring the possibility of integrating solar PV into offshore wind farms. German energy giant RWE said two years ago that it was considering integrating floating solar technology into offshore wind farms to make more efficient use of seawater for energy production. The company said it was attracted to the concept as a way to address the growing scarcity of land for…
A research team led by McGill University has developed the first real-time, on-site technology that can detect and distinguish nanoplastics from all other particles in water – the equivalent of being able to find a needle in a haystack within milliseconds. Microplastic pieces are between 1 micrometer and 5 millimeters in size – about the size of a grain of rice. Nanoplastics are much smaller – 1 nanometer is just 0.000001 millimeters. By comparison, the width of a human hair is around 80,000 to 100,000 nanometers. “This technology has the potential to revolutionize the way we monitor and manage plastic…
Amnesty International welcomes the call by a major investor in a Dutch manufacturer of cameras deployed in occupied East Jerusalem for human rights safeguards to be applied. ASN Impact Investors said it would lose its investment if TKH Group did not adopt a human rights due diligence policy within a year. This sets the right precedent to hold investors accountable for the actions of the beneficiaries of their investment. The move comes just over a year after Amnesty International released its report in the Occupied Palestinian Territories (OPT), “Automated Apartheid: How Facial Recognition Technology is Dividing, Segregating and Controlling Palestinians,”…
Texas-based ICON has been making headlines lately with stories about the Moon, Mars and even Vulcan. Now, the 3D printing company is unveiling a cutting-edge machine called Phoenix that can build a 27-foot-tall, two-story building using cleaner materials, from the foundation to the roof components. Even better, the giant arm-like machine improves speed and setup time, and requires fewer operators, according to Interesting Engineering. “What we once thought was impossible is now being prototyped in the field and printing the first full-scale structures,” Evan Jensen, vice president of strategic research and development, said in the video clip, calling Phoenix “a…
Ananta: There is a lot of potential here. India has a vibrant ecosystem of technology companies, startups and research institutes. It also has a number of renowned educational institutes, engineering colleges and universities that produce a steady stream of talented people. We want to tap into this talent spread across the country. We are a vibrant startup and believe that we can provide great opportunities for talented newcomers to take on the challenge in areas such as AI/ML, autonomous technologies, full stack from cloud to edge and connectivity in between. Overall, our center offers a complete package for building…
At HITEC 2024, Simone Puorto spoke with James Harrison, Head of Solutions Design at InfrateQ EMEA, and the two explored the potential impact of AI on the hospitality industry, particularly in the area of in-room technology. Introduction and role at InfrateQ EMEA James Harrison introduces himself at InfrateQ EMEA, a Dubai-based company that specializes in implementing advanced technology solutions for the hospitality industry in the EMEA region. The company’s focus is on integrating various technologies into the guest room, including network solutions, Wi-Fi, room controls, and interactive elements such as TV systems and tablets, and ensuring these technologies work together…
BEIJING, July 4, 2024 — A research team at Tsinghua University has developed a new 3D method that can be used to track fast-moving objects. The real-time tracking approach based on single-pixel images could potentially be used to improve autonomous driving, industrial inspection and security surveillance systems.”Our approach does not require reconstructing an image of an object to calculate its position, significantly reducing data storage and computational costs,” said Zihan Geng, research team leader. “Specifically, obtaining a 3D coordinate requires only 6 bytes of storage space and 2.4µs of computational time. Reducing computational costs and improving efficiency will lower the…