Bbs Climawin ((install)) 🆕 Confirmed

ClimaWin is a comprehensive software suite developed by BBS Logiciels specifically for thermal and environmental calculations in the building sector. It is a standard tool used by thermal design offices and architects in France to ensure compliance with national building regulations. Core Functionalities

ClimaWin provides a centralized platform for various regulatory and technical assessments:

RE2020 & RT2012 Compliance: The software is used to perform mandatory calculations for the current French environmental regulation (RE2020) and the previous thermal regulation (RT2012), including the generation of mandatory PC deposit certificates.

DPE (Energy Performance Certificates): It includes modules for the 2021 DPE method, allowing for energy audits of houses, apartments, and entire buildings.

Thermal Loads & Losses: Users can calculate heating and cooling loads following standards like NF EN 12831, as well as heat loss (déperditions) and internal heat gain. bbs climawin

Dynamic Energy Simulation (SED): It allows for more complex modeling to predict building energy consumption and comfort levels throughout the year.

ClimaBIM Integration: A dedicated plugin for Revit, called ClimaBIM, enables real-time thermal calculations directly within the BIM interface. Key Workflow Features

Building Tree Structure: Projects are organized through a hierarchical "tree" where users define buildings, usage zones, and specific rooms.

Component Catalogs: The software includes built-in catalogs for administrative data, construction materials, and HVAC systems (generation, emission, and ventilation). ClimaWin is a comprehensive software suite developed by

Data Import: It supports importing data via BIM, CAD, or other databases to reduce manual entry. Learning Resources BBS Logiciels provides several self-help tools for users:

Video Tutorials: A dedicated YouTube channel offers step-by-step guides for creating studies and managing the system catalog.

Knowledge Base: An online FAQ and documentation center provides answers to regulatory and technical calculation questions.

Example Projects: Downloadable sample files are available to help new users familiarize themselves with data entry for RE2020 or DPE projects. Typical Architecture

D2.1_ Assessment of tools for the calculation of EPC and SRI

3.1.1.1 Manual Entry..................................................................................................19. 3.1.1.1. R2M Solution

ClimaWin 2005 - le logiciel intégré RT 2012 - BBS Logiciels

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Typical Architecture

• Client–server model with a central server process that communicates with field controllers and a desktop client (ClimaWin client) for operators.
• Data acquisition layer: drivers for serial, TCP/IP, and fieldbus interfaces.
• Persistence layer: local files or relational database for logged data and system configuration.
• Presentation layer: graphical client with dashboards, historical trend viewers, and an alarm console.
• Optional web or remote-access modules for browser-based viewing or mobile notifications.

Heat Transport (Fourier’s Law):

[ q = -\lambda \frac\partial T\partial x ] Where ( q ) is heat flux density, ( \lambda ) is thermal conductivity.

Example Use Cases

• Energy monitoring: collect meter and chiller data, calculate energy consumption by zone, and generate monthly reports for cost allocation.
• HVAC fault detection: use trend analysis to identify inappropriate cycling, setpoint drift, or sensor failures.
• Regulatory compliance: store and export temperature logs for facilities requiring environmental control records (e.g., laboratories, cold storage).

Error Code: "Sensor Drift Delta > 5%"

• Problem: Two redundant humidity sensors disagree significantly.
• Solution: Clean the sensor caps with distilled water and a soft brush. If the error persists, replace the sensor pair. Do not ignore this error, as it leads to condensation on crops.