1～5 item / All 5 items
初期費用を抑えるならこれっ！メーカー工事専用製品なので安心・格安！
何と言っても魅力は低コスト。メーカー工事専用製品なので、低コストで 安心・快適をご提供します。 温水床暖房のような室外機がないので、短工期・省施工です。 厚さわずか1mm、ステンレス製の速熱面状ヒーターを使用しており、 スムーズな、風のない床暖房で、きれいな空気の快適空間で冬を 過ごしませんか？ 【特長】 ■従来の床下工法では不可能だった、根太レス工法住宅にも工事が可能になった ■既設フローリングをそのまま使用するので、フローリング費用がかからず低コスト ■床下断熱材も基本的には再利用するためコストが安いうえに、環境にも配慮 ■無垢フローリングであっても床下からの床暖房を実現 ■部分的な暖房には適していない。主暖房としてのみの提案 ■パネルはオーダーメイドも承る(別途お見積り) ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。
![[Construction Case 8] Nursery School Floor Heating (Geothermal Heat Pump Heat Source, Hot Water Type)](https://image.mono.ipros.com/public/product/image/5d9/2000840736/IPROS85238176214945868352.png?w=280&h=280)
A case of renovation to hot water floor heating using a geothermal heat pump (HP)! Achieved a surface temperature of 28°C!
We would like to introduce a case study of floor heating installation at a nursery in Kariwa Village, Niigata Prefecture. Initially, it utilized electric storage floor heating powered by nighttime electricity, but in response to changes in energy policy, it was renovated to a hot water floor heating system using a geothermal heat pump (HP) with a high coefficient of performance (COP). To maximize the high COP characteristic of the HP heat source, the outlet water temperature was set relatively low at around 45°C. However, to ensure effective heating performance, the installation combined high thermal conductivity radiation panels with copper pipes, which also have high thermal conductivity, achieving a surface temperature of 28°C. 【Case Overview】 ■ Kariwa Village, Niigata Prefecture ■ GeoHP ■ 864m² *For more details, please refer to the PDF document or feel free to contact us.
![[Construction Example 10] Renovation of a Traditional House - Underfloor Heating (Hot Water Type, Embedded Method)](https://image.mono.ipros.com/public/product/image/31c/2000840739/IPROS61743901463979412689.png?w=280&h=280)
While preserving the charm of the good old days, we also achieve comfort! We propose floor heating combined with kerosene boiler heat sources.
We would like to introduce a case study of underfloor heating (water-based, embedded method). During a large-scale renovation of a traditional Japanese house, we received a request to maintain its old charm while also achieving comfort. We proposed underfloor heating by embedding cross-linked polyethylene pipes in the concrete floor and combining them with an oil boiler as the heat source. To reduce the heating load, we laid insulation material on the upper sub-base before heating, and meticulously sealed the gaps around the foundation before finishing the concrete. 【Case Overview】 ■ Iiyama City, Nagano Prefecture ■ Oil Boiler ■ 47m2 *For more details, please refer to the PDF document or feel free to contact us.
Energy-saving floor heating using heat pumps and renewable energy.
"@YukadanP-Lus" is an eco-friendly and warm heat pump underfloor heating system. It operates the heat pump to heat the thermal storage material while also warming the floor surface, and it utilizes the sunlight that enters during the day for the underfloor heating system. In the case of thermal storage underfloor heating, the unit is thicker to ensure heat retention, and in renovations, it was necessary to remove the floor and perform base work. However, with a thickness of 12mm, it is possible to install it over existing flooring depending on the conditions. [Features] ■ The heat source has about three times the energy-saving effect of electric heat pump underfloor heating ■ The thermal storage method provides lasting warmth ■ Thickness of 12mm, suitable for renovations ■ Economical and safe heat pump ■ Excellent insulation effect with latent heat storage material *For more details, please refer to the PDF document or feel free to contact us.
