Manual T*SOL basic 5.0 - Valentin Software

9 Results User Manual T*SOL
9 Results
T*SOL offers you a wide range of ways to evaluate the simulation results.
If changes have been made to the system since the last simulation, you will be advised of this and given
the chance to run a new simulation.
There is for each project a short presentation and a technical documentation.
9.1 Project Report: Presentation
The presentation contains the system schematic, the site data, and the main results of the annual
simulation.
If you have made changes to the system since the last simulation, a new simulation must first be run, in
order to display the presentation.
You can print
At the top of the first page features the system schematic:
The information listed includes the type, number, and orientation of collectors, the
volumes of the tanks, the nominal power of the boiler, the outlet and inlet temperature of
the heating loop (where necessary, split into radiator and underfloor heating), and the
average daily consumption and DHW target temperature for DHW consumption.
The results of the simulation are presented below:
• Irradiation onto the collector surface area (absolute and per m²),
• Energy from the collectors and the collector loop (absolute and per m²),
• Energy supply, solar energy for DHW ( when space heating applies, referring to
heating energy),
• Auxiliary heating energy,
• Fuel savings, CO2 emissions cut,
• Solar fraction, efficiency,
• Fraction of energy savings in accordance with DIN EN 12976.
• If you have defined a Reference System under System Definition > System, the
calculation of pollutants is reported for this system.
Page 2: The parameters for location, DHW, and space heating are listed.
The system components are listed by manufacturer, type, and key technical parameters.
Page 3: shows a graph of the solar energy fraction of total consumption as well as the
maximum daily temperatures in the collector.
Page 4: The presentation features an energy balance schematic (Sankey Diagram) to
display energy.
• the presentation,
page 81 / 104 Dr. Valentin EnergieSoftware GmbH