MODEN is a software that simulates different (heterogeneous) energy systems (heating, electricity, hydraulic and others) with 1 ms time step or unlimited life-time preformation simulation. The main emphasis of the MODEN is on its ability to simulate energy systems related to technological material flow for synchronization of energy consumption and industrial output. The software assigns for simulating energy systems of industrial buildings, but can also be used for simulating buildings intended for public-use and dwelling houses.

The Physibel software is a set of 1D/2D/3D steady state and transient heat transfer simulation programs: BISCO, TRISCO, SOLIDO, BISTRA, VOLTRA, CAPSOL, GLASTA

IMAC Assistant tool can be useful to determine neutral temperature set points with acceptability limits for naturally ventilated, mix mode and air-conditioned spaces for different types of commercial buildings specific to the Indian context.

Assembly U-factor Calculator is used to calculate wall and roof construction thermal transmittance or thermal Conductance (U - Factor).

FloorspaceJS is a free, open-source, and cross-platform 2D floor-plan editor. Implemented in JavaScript and operating on a custom JSON schema, FloorspaceJS can run standalone in a browser or be embedded into applications.

Graphically analyzed EPW climate data in dozens of different ways of particular value to designers.

Working with lots of data can get messy. The Maalka Platform is there to guide your organization along automated workflows to ensure that data across your portfolio is accurate and up-to-date, buildings are progressing towards goals, and participants are fully engaged. The workflows enable your organization to deploy a range of programs developed in collaboration with industry-leaders or to develop your own custom program based on your own goals and data.

Developed to help designers accurately model the sound level reaching building tenant's ears, the Trane Acoustics Program (TAP) "projects" equipment sound power data through the surroundings (e.g., floors, ductwork, walls), to estimate the sound level that will be heard. Industry-standard calculations published by ASHRAE's 1991 Algorithms for HVAC Acoustics handbook are the basis for this estimate. In TAP, you can model the conditions of an HVAC system by choosing specific equipment and building component criteria. TAP will analyze the sound path and calculate the total effect for the enclosed space.

Calculates detailed HVAC load reports for heating, cooling and airflow capacities. Based on ASHRAE algorithms, you are assured of accurate results and valid designs