SOFTWARE

“The main companies, universities and research centres in the energy field are users of the software distributed by AIGUASOL, which are programs of reference around the world.”

The design and modeling of energy systems is based on two axes, which are knowledge and calculation tools. In regards to calculation methods, it is important to keep in mind the dynamics and the physical characteristic of the energy systems that are closely related to the climate and the inertia or energy storage capacity, phenomena of a variable nature. AIGUASOL offers the most suitable and prestigious tools for accurate prediction of energy consumption of a system over time, typically a year. The flexibility of the tools offered allows AIGUASOL to take into account other factors besides energy consumption to measure the efficiency of a system, such as the reduction of greenhouse gas emissions contaminants, thermal comfort or economic feasibility.

The main companies, universities and research centres in the energy field are users of the software distributed by AIGUASOL, which are programs of reference around the world. The scope of technologies includes from solar thermal and photovoltaic systems, bioclimatic architecture and efficient buildings, up to HVAC systems, geothermal energy, cogeneration, fuel cells and other renewable energy systems.

The daily use of simulation software in our projects and energy consultancy work ensures a high degree of quality in the following services:

• Specific training in the use of software
• Development and customization of software applications
• Modeling of power systems
• Development of new components for energy analysis
• Feasibility and validation of new technologies
• Customized applications for e-learning or free distribution

Aiguasol distributes:

TRNSYS

Pronounced ‘tran-sis,’ this is a comprehensive simulation environment, flexible, open and appropriate to simulate any transient system. Although it mainly focuses on energy systems analysis, TRNSYS can be used to model other dynamic systems such as traffic flow or biological processes. Since its conception more than 30 years ago, the program has been constantly under development by an international consortium.

Libraries of components TESS

Wide range of libraries of components for TRNSYS with more than 500 components fully documented that can be acquired jointly or separately.

TRANSOL

Software specifically developed for the simulation and design of solar thermal systems that provides the user with the reliability and accuracy of the dynamic calculation based on TRNSYS 16. TRANSOL has a high quality graphical interface, is intuitive, easy to use and is available in several languages.

TRNFlow

Módulo acoplable con TRNSYS que permite el cálculo de sistemas de ventilación natural y mecánica, conjuntamente con la simulación energética en edificios multi-zona. Calcula también el transporte de contaminantes en el interior de un edifico.

EES

ESS can solve large sets of non-linear algebraic equations and differential equations. ESS is used to obtain high quality graphics, perform linear and nonlinear regressions, optimization and uncertainty analysis. A large quantity of functions and properties of thermodynamics and transport are implemented in ESS.

METEONORM

This is a global weather databases for engineers, planners and education. It is a reference tool which features a catalog of meteorological data as well as calculation procedures focused on solar energy applications and systems design for any location in the world.

COMIS

Simulation software about air streams and air pollutant transport in multi-zone buildings. Easily applied with TRNSYS to solve simulation problems about thermo-aerodynamic issues.

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