Frilog Logiciel Frigoriste Pour Les Installations Frigorifiques Salles Climatis Eshtm Top -

Frilog is a specialized calculation and sizing software designed specifically for refrigeration and HVAC professionals (frigoristes). It serves as a comprehensive tool for designing and optimizing refrigeration installations, cold rooms, and air-conditioned spaces. Key Capabilities and Features

Frilog streamlines the complex technical tasks involved in thermal engineering for cooling systems. Its primary functions include:

Thermal Load Calculations: Accurately determines the cooling capacity required for cold rooms by accounting for wall insulation, product respiration, door openings, and internal heat gains (lighting, personnel, and equipment).

System Sizing: Facilitates the selection of major components, such as compressors, evaporators, and condensers, ensuring they are perfectly matched to the calculated loads.

Refrigerant Property Analysis: Includes built-in databases for various refrigerants, allowing technicians to analyze pressure-enthalpy (log P-h) diagrams and cycle efficiencies. Frilog is a specialized calculation and sizing software

Climate Data Integration: Often includes built-in design weather data for numerous cities, which is critical for sizing outdoor condensing units. Benefits for Professionals

Using specialized software like Frilog provides several operational advantages:

Accuracy & Reliability: Replaces manual spreadsheets with standardized algorithms, reducing the risk of undersizing or oversizing equipment, which can lead to premature failure or excessive energy waste.

Compliance: Helps professionals adhere to regulatory standards and safety requirements regarding refrigerant charges and system design. ✅ Pros (Positive points)

Project Documentation: Generates professional technical reports and summary sheets that can be shared with clients or used for maintenance records.

Efficiency: Dramatically reduces the time needed for complex thermodynamic calculations, allowing for faster quote generation and project turnaround. Target Applications The software is most commonly used for:

Industrial Cold Rooms: For food storage, pharmaceutical warehouses, and logistics centers.

Commercial Refrigeration: Sizing systems for supermarkets and restaurants. mass flow rate

Air-Conditioned Spaces: Designing HVAC solutions for office buildings or specialized clean rooms. Software for Cold Room Design and Calculation - CoolProyect

Il semble que vous cherchiez des informations détaillées concernant le logiciel Frilog (souvent associé au terme "HTM" pour Hazard Analysis and Critical Control Points ou traçabilité, et "Top" pour désigner une version ou une qualité), utilisé dans le secteur du froid industriel et de la climatisation.

Cependant, il est important de préciser une confusion fréquente : le nom commercial exact du logiciel leader sur ce marché est généralement "FRILOG" (parfois orthographié Fri-log), mais il est très souvent confondu avec "FRILIG" ou associé à d'autres suites logicielles comme "Frigoriste".

Voici un rapport détaillé sur ce type de solution logicielle (souvent éditée par des sociétés comme Aprogsys ou similaires) conçue pour les frigoristes et les installateurs en climatisation.

✅ Pros (Positive points)

Specialized for refrigeration – Unlike general HVAC software, Frilog is tailored for refrigeration technicians: cold rooms, display cases, condensing units, evaporators, etc.
Pre-defined component libraries – Includes many brands of compressors, expansion valves, fans, and coils, speeding up load calculations.
Thermal load calculation – Handles heat ingress from walls, products, people, lighting, and ventilation (useful for salles climatisées).
Refrigerant support – Works with common refrigerants (R404A, R134a, R449A, R290, etc.) and helps check superheat/subcooling.
User-friendly for techs – Interface is more logical for field technicians than generic engineering tools.
Reporting – Generates professional-looking equipment lists, pipe sizing, and energy estimates.

Cas n°3 – Centre de données : salle climatisée précision

Les climatiseurs de précision (InRow) oscillent. Frilog synchronise les sondes et lisse les consignes, réduisant la consommation de 22%.

2.3 Load Estimation for Salles Climatisées

Sensible and latent heat gains from occupants, lighting, equipment, infiltration
Envelope thermal transfer (walls, windows, roof)
Integration with psychrometric analysis

Fonctionnalités Techniques Qui Font la Différence

| Fonctionnalité | Bénéfice pour le frigoriste | |----------------|-----------------------------| | Librairie intégrée des fluides (R134a, R448A, R449A, R290, R32, R744) | Calcul automatique des surchauffes et sous-refroidissements | | Module "Superheat Optimizer" | Ajuste la détente pour économiser 15% d'énergie | | Alertes SMS/email | Prévention des écarts critiques (ouverture porte, hygrométrie) | | Export Gestion de parc | Suivi de 50 à 500 sites depuis un bureau | | Module bilan carbone | Simulation pour remplacement fluide haute GWP |

❌ Cons (Negative points / limitations)

Outdated interface – Some versions have an old-school Windows look (late 90s / early 2000s style), which can be less intuitive for new users.
Limited to French market – UI and documentation are primarily in French; limited English support.
Price vs features – Can be expensive for small independent technicians, especially compared to modern cloud-based tools.
No real-time 3D modeling – Unlike newer BIM software, Frilog is mainly 2D calculation + text reports.
Occasional bugs – Some users report crashes when switching between projects, especially on Windows 10/11 if not updated.
Steep learning for advanced features – Basic loads are easy, but piping balancing and multi-evaporator systems require training.

Step 2 – Simulation in Frilog

Input evaporating and condensing temperatures
Select compressor and expansion device
Run cycle analysis → obtain COP, cooling capacity, mass flow rate