[Renewable Energy IoT] Hot Spring Monitoring System for Geothermal Power Development
■Ready to use! Remote monitoring environmental measurement service■
This is a remote monitoring type hot spring monitoring system that combines various sensors and IoT systems. In accordance with the "Guidelines for Business Plan Formulation (Geothermal Power Generation) Revised in April 2021" (Agency for Natural Resources and Energy), it continuously observes the flow rate, water level, spring temperature, pH (hydrogen ion concentration index), EC (electrical conductivity), and wellhead pressure of the hot spring source. As part of the environmental impact assessment related to geothermal power development, there is a need to monitor the long-term effects on surrounding hot spring resources, and this system can be operated at a low cost. By collecting data on the impact of geothermal power generation on hot springs and promoting coexistence with hot spring areas, it contributes to the expansion of geothermal power generation. ▶▶▶ For more details, please download the PDF ◀◀◀
basic information
【Equipment Configuration】 1. Flow Sensor: Clamp-on type that can measure from outside the piping 2. Water Level Sensor 3. Temperature Sensor 4. pH Sensor 5. EC Sensor 6. Pressure Sensor 7. Control Device: LTE router, sensor unit, edge server, security unit, power control unit, power box * Client devices (PC, smartphone, tablet) should be provided by the user. * The router (SIM card) and security unit are loaned items. They must be returned after the contract ends.
Price information
We will provide individual estimates. If you would like customization to suit the specific use at the site, please consult with us.
Delivery Time
Model number/Brand name
M2MSTREAM
Applications/Examples of results
【Purpose / Benefits of Introduction】 ■ By continuously monitoring geothermal resources, it becomes possible to scientifically analyze the impact of geothermal power generation on hot springs, facilitating dialogue and consensus-building with hot spring regions when considering geothermal power development. ■ It contributes to the expansion of geothermal power generation while enhancing the provision of information to hot spring operators, thereby promoting the sustainable use of hot spring resources throughout the hot spring region. ■ In cases where extensive construction is required, such as cutting hot water pipes to install monitoring devices, it is often budgetarily and operationally difficult to implement in many sources. However, this system can be easily installed and operated with minimal impact on existing facilities.
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