Academician Wang Zhonglin and researcher Dong Kai from the Institute of Nano Energy and Systems, Chinese Academy of Sciences, published their latest research results in the high-profile journal Nano Research Energy hosted by Tsinghua University. They reported a wearable sustainable energy harvesting-storage hybrid self-charging power textile, providing an effective pathway for the design of sustainable … Read more
As the most widely available energy source on Earth, the solar radiation reaching the Earth’s surface each year is immense, and it can be directly developed and utilized without geographical limitations. Therefore, solar energy is a promising emerging renewable energy source that can replace fossil fuels. Typically, solar power generation converts sunlight into electrical energy … Read more
Silicon Labs (also known as “Semi-Tech“) Industrial IoT Product Marketing Manager Tristan Cool recently created an application article discussing the concept of Energy Harvesting, its related applications, and future prospects, as well as introducing the ideal wireless SoC solutions to help developers deploy energy harvesting products. Below is the summary outline of the article; feel … Read more
Among various forms of energy, ocean blue energy has become one of the most promising sources due to its vast coverage and large total amount. However, the lack of economically efficient harvesting technologies has long restricted the extraction and development of blue energy. The emerging triboelectric nanogenerator (TENG) excels at collecting mechanical energy from the … Read more
Harvesting renewable energy (raindrop energy, solar energy, ocean energy, wind energy, etc.) from nature provides a feasible solution for powering widely distributed electronic devices and sensors, while also alleviating the global energy shortage crisis and addressing environmental pollution. Raindrop energy and solar energy, as the two most widely distributed forms of clean energy, both have … Read more
01 Research Background Under the background of carbon neutrality, the transformation of automated factories into intelligent factories significantly promotes the high-end, intelligent, and green development of the papermaking industry. The realization of the papermaking industry’s Internet of Things requires a large number of smart sensing terminal devices. However, the increased energy consumption during the intelligentization … Read more
Welcome to click the blue font above to follow us.The composite energy fabric can simultaneously collect solar energy and mechanical energy: With the rapid development of smart wearable devices, the demand for lightweight, affordable, portable, and sustainable power sources has become increasingly prominent. People have long dreamed of achieving an energy technology that can be … Read more
In recent years, with the increasing maturity of Internet of Things technology and mobile communication technology, smart wearable devices have developed rapidly. They are widely used in fields such as healthcare, aerospace, military, and digital technology, helping people better monitor their vital signs, dynamically perceive the external environment, achieve more efficient communication, and even provide … Read more
Introduction Since the 18th National Congress of the Communist Party, with the continuous changes in the domestic and international environment, China has set two phases of carbon emission reduction targets: to achieve “carbon peak” by 2030 and “carbon neutrality” by 2060. The “dual carbon” goals have had a profound impact on economic and social development, … Read more
1643 words | 3 minutes reading Currently, the world is in a transitional period from an information economy to a knowledge economy, with countries around the globe strongly encouraging and supporting scientific research and knowledge cultivation. Since the 19th National Congress, party and state leaders have repeatedly emphasized the need to implement the innovation-driven development … Read more