[Development Case] Visualization System for Energy Saving Effects of Ground Heat "GeoMil"
Monitor geothermal measurement data and visualize energy-saving effects clearly!
"Geothermal heat" is one of the renewable energy sources that utilizes heat from relatively shallow ground. In our company, we have introduced snow melting and air conditioning systems that utilize geothermal heat on our premises, and we have come to understand that they are indeed "effective and energy-saving." However, there was no system to quantify this effect with numbers or graphs. Driven by the desire to visualize our internal energy-saving situation and to clearly communicate "how much energy is saved" both internally and externally, we developed a system called 'GeoMil' that can visualize the power consumption of heat pumps, ground return temperatures, ground temperatures, and more measured by the geothermal system. [Recommended for] - Those who want to visualize the energy-saving effects of geothermal heat - Those who want to promote the benefits of introducing geothermal heat - Those who want to minimize the costs of system implementation *For more details, please download the materials from the link.
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basic information
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Applications/Examples of results
【Implementing Company】 Fukushima Computer System Co., Ltd. (In-house case) 【Implementation Effects】 - By automatically collecting data and displaying it in a web browser, the operational status can now be checked from any PC within the company. - It became possible to visually grasp energy-saving effects by displaying automatically calculated metrics (such as the effectiveness of geothermal heat) in graphs. - By focusing on essential functions during development, implementation costs were kept low.
Company information
The company is headquartered in Koriyama City, Fukushima Prefecture, and has bases in Tamura City, Minamisoma City, as well as in Tokyo (Shinagawa Ward), Ibaraki Prefecture (Hitachinaka City), and Tochigi Prefecture (Utsunomiya City). It engages in system development for business applications, control and embedded systems, and since the Fukushima nuclear disaster, it has been developing systems related to Fukushima's recovery in fields such as renewable energy, healthcare, and robotics. In business systems, leveraging its extensive experience, the company supports clients' businesses from requirements definition to maintenance. It provides effective ICT solutions with a solid understanding of business strategies. The company has also increased its cloud development capabilities, specializing in building platforms that combine various PaaS centered around Microsoft Azure. Cloud development enables the creation of operational environments that are faster and more flexible in scaling compared to on-premises solutions.
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