Major Release: Wireless Self-Powered Vibration Sensor – Leading Industrial Monitoring into a New Era of Wireless Self-Power
Xiong’an Passive IoT Technology Co., Ltd. is an innovative pioneer in the field of passive IoT, actively responding to national policies such as “14th Five-Year Plan for the Development of the Raw Material Industry” and “Guidelines for the Construction of Intelligent Manufacturing Standards”, keeping pace with the development trends of industrial internet and intelligent operations, and officially launching a new generation of self-powered vibration sensors – PI-Y-HP1M01. This product is designed with the core concept of “three no’s“, thoroughly addressing industry pain points such as the difficulty of wired power supply, frequent battery maintenance, and low data accuracy, providing revolutionary solutions for industrial equipment health management and engineering structure safety monitoring.
Policy Guidance, Technological Breakthrough: Solving Industry Monitoring Challenges
Currently, China is vigorously promoting the innovative development of intelligent manufacturing and industrial internet, with high-performance sensors being a key area for breakthroughs. Traditional vibration sensors rely on wired power supply and data transmission, which limits installation in remote scenarios (such as wind turbine towers) or rotating components (such as motor shafts), and frequent battery replacements increase maintenance costs and safety risks. To address the key technical requirements of high-precision data acquisition, environmental adaptability, and endurance in vibration system testing, Xiong’an Passive IoT has successfully launched innovative products that fully comply with national policy directions and industry evolution trends, relying on its independently developed friction energy harvesting technology and ultra-low power transmission solutions.
What are the “three no’s”? Redefining Vibration Monitoring Standards
01No External Power Supply
Through self-developed friction energy harvesting technology, it efficiently collects and converts mechanical vibration energy from the environment, breaking through the limitations of traditional power supply methods, achieving true self-generation and self-powering, and completely eliminating dependence on wires and batteries.
02Wireless Transmission
Integrating ultra-low power wireless transmission chips, supporting mainstream wireless communication protocols, enabling long-distance, low-latency, and high-reliability data transmission, suitable for complex industrial environments and wide-area deployment scenarios, solving monitoring challenges for rotating components and mobile devices.
03No Maintenance Required
As there is no need for external power supply or charging, the device features long-term maintenance-free characteristics, significantly reducing operational costs and human input over its entire lifecycle, truly achieving “one-time deployment, long-term reliability”.
Core Technical Parameters (Model: PI-Y-HP1M01)
| Specification Parameters | Value |
|---|---|
| Measurement Range | 0.001 – 35 g |
| Sensitivity | 25 mV/g |
| Frequency Range | 0.5 – 2500 Hz |
| Temperature Range | -30 ~ 80 ℃ |
| Linearity | 99.2% |
| Accuracy | 99% |
| Output Signal | ±5 V |
| Product Size | Φ45 × 40 mm |
| Communication Method | Wireless Transmission |
| Power Supply Method | Self-powered (Friction Generation) |
Product Introduction
Wide Application Scenarios, Promoting Industry Digital Transformation
Participating in Standard Formulation, Leading Industry Development
Xiong’an Passive IoT is actively participating in the formulation of four group standards, including “Self-Powered Vibration Sensors”, organized by the Standardization Working Committee of the China International Economic and Technical Cooperation Promotion Association.The technical characteristics of the PI-Y-HP1M01 sensor fully comply with the direction of standard formulation, achieving industry-leading levels in key indicators such as vibration testing accuracy, self-powering performance evaluation, and wireless transmission stability, providing technical support for establishing unified industry standards.
By participating in standard formulation, we will promote the resolution of existing issues in the industry such as confusion in technical indicators and lack of unified testing methods, enhance product quality, and improve application compatibility, providing reliable basis for downstream enterprises in selection and data comparison, accelerating the large-scale promotion and application of self-powered vibration sensor technology in various fields.
Conclusion
Passive Drive, Infinite Connectivity. Xiong’an Passive IoT will continue to rely on R&D innovation, actively participate in industry standard construction, promote the deep integration of passive sensing technology across various industries, and assist in the safe operation of industrial equipment and the upgrade of intelligent manufacturing in China.
If you need product details or wish to participate in standard formulation cooperation, please feel free to contact us.
Xiong’an Passive IoT Technology Co., Ltd.
Passive Drive, Infinite Connectivity