On January 16, Qinshang announced a significant strategic move involving its subsidiary, Beijing Caiyida Technology Development Co., Ltd. The company plans to collaborate with Huatong Group Co., Ltd., Zheng Jian, Zheng Yong, Zhang Fenglian, and Caiyida itself. Together, they signed an "Investment Agreement" under which designated entities of Huatong Group and Zheng Jian will inject capital into Caiyida. Following the capital increase, Qinshang will transfer part of its equity in Caiyida to these parties. As a result, Qinshang’s ownership stake in Caiyida will decrease from 51% to 23%, and E-Tech will no longer be consolidated as a controlled subsidiary in the company's financial statements.
In another major development, Energizer Holdings, a leading global manufacturer of batteries and portable lighting, announced its plan to acquire Cobo Holdings’ global battery business and portable lighting division for $2 billion in cash. The deal is expected to close by the end of 2018. Energizer is well-known for its extensive distribution, with products available in over 175 countries. In the U.S. alone, it sells more than three million battery units daily, with one in every three batteries being produced by the company.
Cobo Holdings, based in Delaware, is a diversified consumer goods company with operations across the U.S., Europe, Latin America, and Asia. It sources most of its rechargeable batteries, personal care products, small appliances, and portable lighting from Asian third-party suppliers. Its battery and portable lighting segments generated $866 million in revenue in 2017.
Meanwhile, researchers at the National University of Singapore have made a breakthrough in developing ultra-thin, energy-efficient LEDs that could revolutionize next-generation communication technologies. These LEDs are designed to convert electrical signals into optical signals efficiently, making them ideal for high-speed data transmission.
Graphene-like materials have attracted attention due to their ultra-thin structure and strong luminescent properties, making them suitable for integration on microchips. However, current LED technology using such materials still suffers from energy loss, with much of the current being converted into heat rather than light.
Led by Professor Goki Eda from the Department of Physics and Chemistry, the research team developed a high-performance, ultra-thin LED composed of just a few layers of carbon atoms. This innovation significantly reduces energy loss during the electro-optical conversion process. The team discovered that preventing current leakage from the emissive layer to the metal electrodes can drastically improve LED efficiency. This advancement could pave the way for more sustainable and powerful optoelectronic devices in the future.
Car Cigaretter Power Cable,Automobile Display Screen Cable,Car Cigarette Lighter Cable,Car Cigarette Lighter Power Cable
ShenZhen Puchen Electronics Co., Ltd. , https://www.szpuchen.com