オンラインカジノ, in collaboration with Izumi System Planning, has developed オンライン カジノ 5 ちゃん, the industry's first (*1) design support system that automatically extracts energy-saving performance calculation information required for ZEB certification applications from a BIM One Model.

The need for ZEB in buildings is increasing, as the revised Building Energy Conservation Law will be enforced in 2025 in Japan with the aim of achieving carbon neutrality by 2050. It is common to calculate energy efficiency and conservation performance in applications for ZEB certification using the "standard input method" stipulated in the Building Energy Conservation Law. However, there are issues that require a great deal of time and effort, such as manually creating an input sheet to extract information on the building skin performance, floor area of all rooms, and installed M&E facilities from the building design documents and importing it into the calculation program.

オンラインカジノ is promoting the consistent use of BIM One Model based on its BIM business standard SBS® (*2), and オンライン カジノ 5 ちゃん can be linked with BIM One Model to enable accurate and smooth evaluation of energy conservation performance. Obayashi is already operating SmartHAK® (*3) and SHAREDTIK® (*4), which are interoperable with BIM One Model to extract information necessary for various performance. Development of オンライン カジノ 5 ちゃん will enable more advanced and efficient extraction of information required for the certification review.

SmoothSEC special features:

Through digitalization, Obayashi aims to standardize the comprehensive use of BIM in energy conservation calculations by extracting building and M&E facility information. In addition, by using オンライン カジノ 5 ちゃん to meet the needs for ZEB, we will contribute to the realization of carbon neutrality.

• *1 As "automatic linkage of オンライン カジノ 5 ちゃん with the 'standard input method' stipulated in the Building Energy Conservation Law." In house research in August 2023.

• *2 SBS (Smart オンライン カジノ 5 ちゃん Standard)
  オンラインカジノ's オンライン カジノ 5 ちゃん business standards. The standard for creating オンライン カジノ 5 ちゃん models that can be understood equally by all parties involved in a project, based on the consistent use of オンライン カジノ 5 ちゃん. Available to the public on the Smart オンライン カジノ 5 ちゃん Standard website.

• *3 SmartHAK
  A design support オンライン カジノ 5 ちゃん developed by オンラインカジノ that links and unifies evacuation safety verification and BIM data.

• *4 SHAREDTIK
  A design support オンライン カジノ 5 ちゃん developed by オンラインカジノ that integrates fire resistance verification and BIM through data linkage.

• *5 BELS (Building Energy Saving Performance Labeling オンライン カジノ 5 ちゃん)
  A オンライン カジノ 5 ちゃん for evaluating and indicating the energy efficiency and conservation performance of buildings by a third-party organization based on the "Evaluation Guidelines for Indication of Energy Efficiency and Conservation Performance for Nonresidential Buildings (2013)" established by the Ministry of Land, Infrastructure, Transport and Tourism of Japan.

• *6 BEI (Building Energy Index) value
  The ration of primary energy consumption of a designed building compared to a standard building. The lower the number, the better the energy-saving performance.

• *7 B-LOOP
  A cloud service of M＆E BIM sold by Izumi オンライン カジノ 5 ちゃん Planning which links applications of air-conditioning design and energy saving calculation.
  Facilities BIM cloud service B-LOOP (Izumi オンライン カジノ 5 ちゃん Planning website) (Japanese only)

• *8 A-repo
  An software sold by Izumi オンライン カジノ 5 ちゃん Planning which supports input for energy saving calculation of buildings based on standard input methods.
  Energy conservation calculation A-repo (Izumi オンライン カジノ 5 ちゃん Planning website) (Japanese only)

• *9 NewHASP (New heating, air-conditioning and sanitary engineering program)
  A highly accurate dynamic heat load calculation program released by the Society of Building Equipment Engineers of Japan in April 2012. Capable of considering room temperature and heat load fluctuations over the past year for each air-conditioning zone, and calculations based on the assumption that five types of summer/winter peak representative days are cyclically repeated.