Relying on the transformation of Tsinghua University's aerospace science and technology 863 scientific research achievements, we adopt high-performance and high-reliability passive power supply technology to empower governments and enterprises to achieve low-carbon digital and intelligent transformation.
There are a large number of crushers, conveying systems, vertical mills, ball mills, drying kiln drives, roller presses, horizontal ball mills, cylindrical roller mills, cement mills, coal mills, separators, fans, hoists and other rotating machinery in cement plants. Vibration sensor-based monitoring can be used to link the operational status and health of the equipment, improving the availability of the equipment and the reliability of the process equipment.
In harsh and high-temperature environments, the self-powered power supply uses the surface heat of the pipe as an energy source to continuously supply power to the remote meter reading camera, helping enterprises solve the needs of high-risk regular maintenance.
In complex environments, the self-powered solution can achieve wiring-free and maintenance-free, reducing enterprise O&M costs. The combination of self-powered power supply + sensor can meet the needs of safety monitoring in almost all high-temperature production environments.
The company chooses the self-powered power module to be installed on the surface of the pump body, which provides continuous and stable power for the wireless vibration sensor by absorbing the heat of the pump body to generate electricity, and continuously predicts and analyzes the failure of the equipment, which greatly reduces the failure rate and operating costs. At the same time, the self-powered module directly absorbs heat from the surface of crude oil and steam pipelines to generate power for the sensor, so that the oilfield obtains the ideal data density and does not need to replace the battery, so as to optimize the steam injection parameters and save energy and reduce consumption.
In harsh and high-temperature environments, the self-powered power supply uses the surface heat of the pipe as an energy source to continuously supply power to the remote meter reading camera, helping enterprises solve the needs of high-risk regular maintenance.
Parameter monitoring in the oil transport chain in cold regions has always been a challenge. The land is vast and sparsely populated, and the cost of wiring is high. Based on the self-powered sensor solution, it successfully drives the temperature, pressure and cathodic protection potential wireless sensors to work under the influence of extreme low temperatures, and realizes battery-free and maintenance-free while ensuring the normal performance of the equipment, greatly reducing operating costs. The combination of sensors can meet the needs of safety monitoring in almost all high-temperature production environments.
Refineries producing gasoline, diesel and other products need to eliminate the risk of explosion and fire as much as possible due to the presence of large quantities of flammable and explosive gases and liquids, and strict control of cables and batteries. The self-powered power supply can take heat from pipe flanges, valves, etc., and drive nearby wireless sensors to work, and the self-powered power supply is an intrinsically safe explosion-proof product, so it does not add additional risks.
Most of the northern parts of our country use central heating in winter, and household heating metering has always been a difficult point in heating metering. Self-powered power supply + wireless ultrasonic meter can solve the problem of urban heating metering, realize large-scale rapid wiring-free deployment, and provide sufficient data density for metering and billing and intelligent heating adjustment
Helping industrial production enterprises to transform the Internet of Things
Company dynamics
> Learn more
Operate the project
> Learn more
Operate the project
> Learn more