One of the standout features of the suite is its ability to handle complex building geometries and diverse construction materials, from reinforced concrete frames to traditional masonry.
Namirial Termo is a leading professional software suite designed for the energy modeling and performance certification of buildings. Developed by the Italian software house Namirial S.p.A., it is specifically tailored to meet the rigorous demands of European and Italian energy regulations, such as the UNI/TS 11300 standards. The software serves as a comprehensive tool for engineers, architects, and energy auditors to calculate energy needs for heating, cooling, and hot water production. Core Capabilities of Namirial Termo namirial termo
, by simulating "before" and "after" intervention scenarios. Dynamic Simulation: Includes advanced modules for hourly dynamic energy simulation, allowing for more precise modeling of building behavior across different seasons and climate zones. Diagnostic Tools: Supports energy audits and diagnostic reporting to identify thermal bridges, heating/cooling inefficiencies, and renewable energy integration opportunities. Key Technical Features BIM Integration: Allows for the import and export of IFC files, enabling seamless collaboration with architectural CAD software. 3D Modeling Engine: Features an integrated CAD environment for creating 3D models of buildings, simplifying the definition of thermal zones and boundary conditions. Comprehensive Libraries: Includes extensive databases of construction materials, thermal bridges, and HVAC systems (boilers, heat pumps, biomass, solar thermal, and photovoltaic). Cloud Interconnectivity: Synchronizes with Namirial's Trust Services for legal electronic signatures and digital archiving of certificates. Workflow for a Complete Project Modeling: Define the building envelope via 3D CAD or IFC import. Characterization: Assign thermal properties to walls, floors, and windows. Systems Input: Model heating, cooling, DHW (Domestic Hot Water), and ventilation systems. Simulation & Verification: Run calculations to verify compliance with legal limits (U-values, energy demand, etc.). Output Generation: Export the final PDF reports, XML files for regional databases, and personalized technical write-ups for clients. For detailed technical support or to download the latest version, you can visit the One of the standout features of the suite
The most critical innovation of the Namirial Termo lies in its solution to the "identification paradox": how can a system verify identity without requiring physical presence? Traditional termos required a notary or a witness. The Namirial Termo replaces the witness with a multi-layered protocol. The software serves as a comprehensive tool for
The "Termo" functions as a non-repudiation layer. Because Namirial’s infrastructure uses a Hardware Security Module (HSM) to generate keys, and because the Termo records every step of the user’s authentication, it becomes extremely difficult for a signer to later claim "I did not sign that." The termo document, often delivered as a PDF with a visible signature and an embedded audit log (PAdES standard), contains metadata that allows any third party to verify the certificate’s validity and the document’s integrity without needing access to Namirial’s internal servers. This decentralization of verification is the hallmark of a robust digital termo.
It allows for granular simulations across different climatic zones (e.g., Zone B through Zone F in Italy), helping designers choose the most cost-effective materials for specific local environments.
Under eIDAS (Regulation EU 910/2014), a Qualified Electronic Signature (QES) created via a system like Namirial carries the same legal weight as a handwritten signature. However, in a court of law, the signature alone is insufficient; one must prove the integrity of the signing process. The Namirial Termo serves as this proof.