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This is a cloud-based hot spring monitoring system that combines various sensors and IoT systems. By continuously measuring water quality indicators such as the amount of hot spring water and temperature, as well as electrical conductivity, it can contribute to the protection of hot spring resources. Additionally, by understanding trends in temperature decline and efficiently renovating hot spring supply facilities, it leads to reductions in fuel and electricity usage, as well as CO2 emissions, resulting in energy savings and cost reductions. Measurement data can be viewed and managed in real-time on client devices (PCs, smartphones, tablets), aiding in the labor-saving and efficiency of hot spring management operations. Since it is based on a full-fledged IoT system with remote control capabilities, it is possible to customize the operation control of various devices triggered by the acquired data, in addition to data collection. ▶ For inquiries, please contact us [ via the web ] ◀ ▶ For more details, please [ download the catalog ] ◀

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 ◀◀◀