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System used Product List and Ranking from 10 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

System used Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. 寺田鉄工所 Hiroshima//environment
  2. エルコム Hokkaido//Industrial Machinery
  3. OMソーラー Shizuoka//others
  4. 4 富士エネルギー Kagoshima//Energy
  5. 4 クラフトワーク Tochigi//environment
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System used Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Vacuum tube solar thermal utilization system 寺田鉄工所
  2. Plastic Recycling and Energy Utilization e-PEP System エルコム
  3. Case Study of Passive Air Conditioning: A House Overlooking the Mountains and Sea of the Izu Peninsula OMソーラー
  4. Fuji Energy Corporation - "Business Introduction" 富士エネルギー
  5. 4 [Case Study of Craftwork System Implementation] Computing Center クラフトワーク

System used Product List

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Case Study of Passive Air Conditioning: A House Overlooking the Mountains and Sea of the Izu Peninsula

Case Study of Passive Air Conditioning: A House Overlooking the Mountains and Sea of the Izu Peninsula

To run electric vehicles using self-generated power, we have introduced power generation and storage facilities, which also serve as a preparation for disasters.

We would like to introduce a case where PassivAircon was implemented as a supplementary heat source during cloudy or rainy weather, alongside OM Solar, which utilizes solar heat directly, in a house that overlooks the mountains and sea of the Izu Peninsula. Solar power generation and storage batteries are selected based on the requests of the residents themselves. This home allows for the enjoyment of stunning views of the Izu mountains and the distant horizon throughout the changing seasons. 【Construction Overview】 ■ Location: Kawazu Town, Kamo District, Shizuoka Prefecture ■ Site Area: 541.95 m² ■ Building Area: 217.56 m² ■ Total Floor Area: 241.36 m² ■ Building Description: Two-story wooden structure using traditional construction methods *For more details, please download the PDF or feel free to contact us.

  • air conditioning

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Fuji Energy Corporation - "Business Introduction"

Fuji Energy Corporation - "Business Introduction"

"Towards the future of energy" "A circular society" as the theme.

Since our founding, we have been challenging ourselves daily with the theme of "effective use of natural energy," striving to find ways for humanity to live in the 21st century with the motto of "being kind to the Earth." Although our efforts may be small, we are committed to contributing to society in a way that helps guide humanity in the right direction. In terms of "effective use of energy," we are engaged in research, development, manufacturing, and sales of systems such as Fuji Heat P Solar (a vacuum tube solar thermal utilization system) and solar power generation systems. Under the goal of "zero waste," we also work on the development and sale of waste oil purification and fuel conversion devices like Fuji Oil and Eco Changer. For more details, please contact us or refer to our catalog.

  • Solar power generator
  • Other energy equipment
  • Oil-water separator

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Plastic Recycling and Energy Utilization e-PEP System

Plastic Recycling and Energy Utilization e-PEP System

Capable of handling various composite materials, mixed plastics, and contaminated plastics generated in manufacturing and distribution. Energy utilization on-site after the plastic is used.

The e-PEP system can process used plastics that are difficult to recycle, such as composite materials with mixed types of resins, into resin fuel within the company, allowing for the circulation of energy. The following benefits can be expected from each system: ■ Reduction of waste plastic = Cost reduction for disposal Approximately 100 tons of waste plastic reduction per year → Reduction in traditional disposal costs. ■ Self-generated energy = Fuel cost reduction Reduction of approximately 90,000 liters of existing fuel per year → Achieving energy savings and cost reduction in heating equipment. ■ Reduction of environmental impact = CO₂ reduction Up to 290 tons of CO₂ reduction per year. It can also be utilized for measures against the Plastic Resource Circulation Promotion Act.

  • Boiler

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[Case Study of Craftwork System Implementation] Computing Center

[Case Study of Craftwork System Implementation] Computing Center

Utilizing the stored water from the fire protection tank for the cooling system in the machinery room! Suppressing the heat island phenomenon in the city.

Our efficient energy utilization system, the "Craftwork System," can be applied not only in residential areas but also in various scenarios. As an example, we would like to introduce a case study from a data center. At the "S Data Center" located in Tokyo, this system is used to utilize the stored water from the fire protection tank in the underground pit as a cooling heat source for the server room within the data center. As a result, it has contributed to mitigating the heat island phenomenon in the city during the summer, leading to a 22% reduction in daytime electricity consumption compared to conventional methods. [Case Study] - "S Data Center" in Tokyo - Utilization of stored water from the fire protection tank in the underground pit as a cooling heat source for the server room within the data center - Mitigation of the heat island phenomenon in the city during the summer, resulting in a 22% reduction in daytime electricity consumption *For more details, please refer to the PDF materials or feel free to contact us.

  • Other environmental equipment

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[Case Study of Craftwork System Implementation] Food Factory

[Case Study of Craftwork System Implementation] Food Factory

Recover additional heat from boiler exhaust! Use it for preheating to raise the water injection temperature.

Our efficient energy utilization system, the "Craftwork System," can be applied not only in residential settings but also in various scenarios. As an example, we would like to introduce a case study from a food factory. At the "K Food Factory" located in Yamanashi Prefecture, our system is used to utilize exhaust heat from the factory's gas boiler chimney for preheating water in the boiler's water tank. As a result, the gas costs for the boiler have been significantly reduced. The conventional water injection temperature of around 18°C has been raised to between 35°C and 40°C. [Case Study] - "K Food Factory" in Yamanashi Prefecture - Recovering heat from the factory's boiler exhaust for preheating the boiler - Significant reduction in gas costs for the boiler - Water injection temperature raised from around 18°C to between 35°C and 40°C *For more details, please refer to the PDF document or feel free to contact us.

  • Other environmental equipment

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[Explanatory Material] About Steam Generation and Recovery in Factories

[Explanatory Material] About Steam Generation and Recovery in Factories

We introduce the usage of steam and the approximate characteristics of various plants!

This document explains steam generation and recovery in factories. It includes information on steam generation and recovery, methods of steam usage, steam temperature, and steam quality, among other topics. It is presented in an easy-to-understand manner using diagrams and tables. 【Contents (excerpt)】 ■ Steam generation and recovery ■ Methods of steam usage ■ Steam temperature ■ Steam quality ■ General characteristics of various plants *For more details, please refer to the PDF document or feel free to contact us.

  • Other environmental equipment

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Renewable Energy Utilization System

Renewable Energy Utilization System

Subsidy use is available! Significantly improve air conditioning and hot water costs with the energy of the earth.

We would like to introduce our "Renewable Energy Utilization System." By utilizing geothermal and groundwater heat for air conditioning and hot water supply systems, which maintain a stable temperature of around 15°C throughout the year, facility management can be significantly improved. We have addressed the challenges of geothermal heat utilization, such as installation costs, versatility, and maintenance, making it possible to harness the blessings of the earth in many facilities without risk. 【Features】 ■ Significant reduction in air conditioning and hot water supply costs ■ Reduction in installation costs through proprietary technology. Investment recovery within 5 years ■ Grants available. Application support provided ■ No initial investment required with lease contracts; cost reduction from the first month of implementation ■ Free surveys and performance guarantees through maintenance *For more details, please refer to the PDF materials or feel free to contact us.

  • Other energy equipment
  • air conditioning
  • Other air conditioning equipment

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[Case Study] Snow Melting System Using Renewable Energy "Geothermal Heat"

[Case Study] Snow Melting System Using Renewable Energy "Geothermal Heat"

By utilizing geothermal heat for snow melting, we have eliminated the burden of snow removal and removed the anxiety of slipping due to freezing!

"Geothermal energy" is one of the renewable energies that utilizes the heat from relatively shallow ground. By taking advantage of the characteristic that the temperature underground remains constant, it can be used for heating, cooling, and snow melting. For those considering the use of geothermal energy, we have prepared materials that showcase case studies from FCS. *For more details, please refer to the materials available for download in the "PDF download" section.*

  • Soil testing

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[Interview Collection] Fukushima Geothermal Heat and Utilization Working Group

[Interview Collection] Fukushima Geothermal Heat and Utilization Working Group

For the sake of the Earth, for our sake, let's learn more about geothermal energy!

The Fukushima Geothermal Heat and Heat Utilization Working Group (WG) consists of member companies active in the Fukushima Prefecture Geothermal Heat Cooperative, which started its activities in November 2023 to further promote the utilization of geothermal heat. Our company, also a member of the WG, conducted unique interviews with other member companies, so please take a look. 【Interview Articles】 ◇【Fukushima Geothermal Heat and Heat Utilization WG Interview】Fukushima Underground Development ◇【Fukushima Geothermal Heat and Heat Utilization WG Interview】Misawa Environmental Technology ◇【Fukushima Geothermal Heat and Heat Utilization WG Interview】Shinkyo Water ◇【Fukushima Geothermal Heat and Heat Utilization WG Interview】Geo System *For more details, please contact us or download the catalog.

  • Technical and Reference Books

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Small-scale ORC solution <Designed and manufactured based on JIS standards>

Small-scale ORC solution <Designed and manufactured based on JIS standards>

The heat source effectively utilizes binary geothermal energy, waste heat, biomass, and waste!

We would like to introduce our "Small-Scale ORC Solution." The electrical and mechanical components are designed for easy integration with heat/cooling sources and grid systems, and all parts can be transported in a 20-foot container. Equipped with a multilingual interface control system using predictive computational logic, our flexible remote access platform allows for on-site operations and direct monitoring from anywhere at any time. 【Features】 ■ Low-speed Rank turbine ■ Direct drive coupling ■ Magnetic transmission - zero leakage design ■ Plug & play design ■ Outdoor - weather-resistant design *For more details, please download the PDF or feel free to contact us.

  • Other energy equipment

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Vacuum tube solar thermal utilization system

Vacuum tube solar thermal utilization system

The vacuum double glass tube, which collects heat through the power of vacuum and CPC reflectors, enables high-temperature solar heat of up to 200°C even in mid-winter.

The inner surface of the vacuum double glass tube is coated with a selective absorption film that converts sunlight into heat, and when sunlight is irradiated onto the glass tube, the temperature inside the tube rises to about 200°C. Because the gap between the double glass tubes is a vacuum, the interior of the glass tube is unaffected by the outside temperature, allowing it to collect high temperatures even in winter. Furthermore, a CPC reflector that concentrates sunlight is attached to the back of the glass tube, maximizing the amount of heat collected per installation area. There are flat plate, heat pipe vacuum tube, and U-pipe vacuum tube types of solar thermal collectors, but the "Solaris," which has a CPC reflector and uses the U-pipe vacuum tube type, has the highest heat collection amount per installation area. Various solutions are built using this solar thermal collector as a heat source. One use is as a supplementary heat source for hot water boilers in facilities with high hot water demand, such as nursing homes, hospitals, and public baths. Another use is as central air conditioning for office buildings, large commercial facilities, and schools. Solar heat is also utilized in air conditioning systems for cooling, heating, and dehumidification. To prevent global warming, a society that minimizes the use of fossil fuels is necessary, and solar thermal utilization systems can significantly contribute to the protection of the global environment.

  • Vacuum Equipment
  • Other energy equipment
  • Other environmental equipment

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OM Solar Corporation Business Introduction

OM Solar Corporation Business Introduction

Contribute to society through the creation and dissemination of regional architecture that coexists with the environment!

OM Solar Corporation has been a leading company in the utilization of natural energy, centered around solar energy, in the residential and architectural fields since its establishment in 1987. We have been committed to promoting environmentally harmonious housing. With a spirit of bold challenge and creative ingenuity through free thinking, we will continue to strive for building homes rooted in the community, collaborating with builders, architects, researchers, and companies, while diligently pursuing architectural practices adapted to Japan's climate and environment. 【Business Activities】 ■ Development and sales of the OM Solar System ■ Technology development through industry-academia collaboration ■ Development and dissemination of building technologies and methods utilizing natural and renewable energy ■ Guidance on building technology, design, and construction for member builders implementing the OM Solar System, as well as sales of materials ■ Provision of information on building technology, design, and construction methods, as well as sales of materials to design offices and others working on the introduction of the OM Solar System in individual homes and public buildings *For more details, please refer to the catalog or feel free to contact us.

  • Solar power generator
  • Other air conditioning equipment

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Heat Recovery Solutions Collection [From Factories to Farms!]

Heat Recovery Solutions Collection [From Factories to Farms!]

Published a 'Problem-Solving Collection for Waste Heat Utilization' featuring examples of electricity cost reductions exceeding 2.5 million yen per year! Reusing heat that was discarded as waste heat for heating and cooling!

The efficient energy utilization system of Kraftwerk can be applied not only to residential areas but also to various scenes. By introducing it to agriculture, livestock farming, large factories, nursing homes, kindergartens, schools, and other facilities, it is possible to significantly reduce running costs and create an eco-friendly environment that does not emit CO2. 【Features】 ■ CO2 emissions will be eliminated. ■ It is possible to achieve a safe, comfortable, and rich living environment using only renewable energy. ■ For heating and cooling, radiant heat is utilized, allowing each room to maintain a uniform temperature and be used 24 hours a day. ■ There is no risk of fire since it does not use flames. ■ There is no waste heat after use, which is expected to help alleviate urban heat island phenomena occurring in cities. ■ It allows for a lifestyle in harmony with the natural environment. *For more details, please request materials or view the PDF data available for download.

  • Other environmental equipment

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[Case Study of Craftwork System Implementation] Hot Spring Inn

[Case Study of Craftwork System Implementation] Hot Spring Inn

No need for heating oil! Utilizing the heat from hot spring wastewater for indoor heating and hot water supply.

Our efficient energy utilization system, the "Craftwork System," can be applied not only in residential settings but also in various scenarios. As an example, we would like to introduce a case study from a hot spring inn. At "Y Hot Spring Inn" located in Oku-Nikko Yumoto Onsen, this system is used to recover heat from the hot spring wastewater, which is then utilized for indoor cooling, heating, and hot water supply, including guest rooms and restaurants. As a result, the need for heating oil has been eliminated, and gas costs have been reduced by 60%. [Case Study] - Oku-Nikko Yumoto Onsen "Y Hot Spring Inn" - Heat recovered from hot spring wastewater is used for indoor cooling, heating, and hot water supply - Elimination of heating oil and a 60% reduction in gas costs *For more details, please refer to the PDF materials or feel free to contact us.

  • Other environmental equipment

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[Case Study of Craftwork System Implementation] Factory Facility

[Case Study of Craftwork System Implementation] Factory Facility

Utilizing cold water heat for cooling cut vegetables with a freezer! Saving over 2.5 million yen in electricity costs annually!

Our efficient energy utilization system, the "Craftwork System," can be applied not only in residential settings but also in various scenarios. As an example, we will introduce a case study from a factory facility. At the "T Factory Facility" located in Tokyo, our system is used to recover the cold water heat after it has been used for cooling in a cut vegetable factory, which is then utilized for pre-cooling the refrigeration unit. As a result, they have reduced cooling electricity costs by over 2.5 million yen annually. The investment payback period is 3.4 years (including a subsidy of one-third). [Case Study] - "T Factory Facility" in Tokyo - Recovery of cold water heat used for cooling in a cut vegetable factory, utilized for pre-cooling the refrigeration unit - Reduction of cooling electricity costs by over 2.5 million yen annually - Investment payback period of 3.4 years (including a subsidy of one-third) *For more details, please refer to the PDF document or feel free to contact us.

  • Other environmental equipment

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