Background Introduction In recent years, wireless sensor networks (WSN) have received great attention in various fields such as environmental monitoring, healthcare, and industrial automation. However, a key issue faced by WSN is how to provide power to a large number of micro-sensors in a long-term, stable, and effective manner. Although battery power remains the primary … Read more
Solution Name: Autonomous BMC Firmware Solution (Feiteng) Applicant Unit: Kunlun Taike (Beijing) Technology Co., Ltd. Application Industry: Government and Security Solution Introduction Market Background The BMC system has extremely high management authority over server systems. The reliability, controllability, and security of the BMC system are crucial for ensuring the safety and controllability of China’s information … Read more
#Independent and controllable, flexible and efficient, military-grade ruggedness, creating an “all-purpose core engine” for industrial intelligent control! √ Domestic independent core, forging a secure foundation√ Military-grade rugged design, conquering harsh battlefields√ Multiple interface matrix, empowering thousands of industries Guo Xin YunFeiteng Long E2000Q Core Module Core Advantages Explained Hardcore #Localization, Independent Security Equipped with the … Read more
Click the blue text to follow us Research Background The ocean harbors abundant renewable energy, making it one of the most important sources for humanity to obtain large-scale green power. Among these, the annual storage of ocean wave energy exceeds 10,000 terawatt-hours, making it a significant target for the development of blue energy in the … Read more
1Introduction to the Results The triboelectric nanogenerators (TENGs) have a simple structure, low manufacturing costs, and are suitable for harvesting low-frequency mechanical energy, thus providing a new method for green energy collection. Previous studies have mainly focused on the effects of single factors such as charge generation, storage, or loss on the electrical output of … Read more
Click on the above“Material Person” to subscribe to us Introduction In an era of rapidly increasing demand for portable electronic devices, the need for power components that are easy to carry, lightweight, and sustainably rechargeable has become quite urgent. Currently commercialized energy storage devices like lithium-ion batteries can only provide power levels from μW to … Read more
Click the above “Material Person” to subscribe to us Introduction In recent years, portable wearable electronic devices have begun to be widely used in professional fields and in daily life, evolving towards miniaturization, intelligence, multifunctionality, and flexibility. However, the main problem faced by wearable electronic products is that existing batteries are insufficient to provide continuous … 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