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.
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【Operating Patterns】 ■Heating Operation ■Cooling Operation ■Fueling Operation ■Cooling + Fueling Operation ■Passive Operation *For more details, please refer to the catalog or feel free to contact us.
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Kraftwerk Co., Ltd. provides consulting, design, and construction services related to improving living environments in factories and facilities, as well as the development of natural energy utilization. We also offer consulting, design, construction, and maintenance services related to the use of renewable energy and unused heat. Our goal is to utilize heat sources available on Earth, such as solar heat, geothermal heat, air heat, and waste heat, to achieve a self-sufficient lifestyle and create beautiful living environments that we can be proud of worldwide. For system engineering related to renewable energy heat and waste heat utilization, please leave it to us.