Jigsaw Deluxe Crack. T*SOL ® is the simulation program that allows you to accurately calculate the yield of a solar thermal system dynamically over the annual cycle. With T * SOL® you can optimally design solar thermal systems, dimension collector arrays and storage tanks, and calculate the economic efficiency. City Bus Simulator 2012 Full Game here. The integrated photo dimensioning programme Photo Plan is a visualization tool to quickly and easily create your customer’s roof.
Download TSOL Pro for free. TSOL Pro - T*SOL Pro is a simulation program that allows you to accurately calculate the yield of a solar thermal system dynamically over. Tsol Pro 4.4 Crack Serial Number Serial Numbers. Convert Tsol Pro 4.4 Crack Serial Number trail version to full software.
With a photo and a reference dimension, the roof and the planned collector array can be presented photorealistically. The program can also determine all essential roof dimensions. You only need a few minutes to create your customer’s roof with its very own PV system, according to your customer’s wishes. Photo Plan is therefore a great tool to help home owners make the right decision! Pubmed Data Mining Tools on this page. For systems with hot water and heating support (except swimming pool systems) the solar fractions for DHW and heating are only shown separately in the project report or detailed project report if a division in energy values for DHW and heating is possible. As soon as secondary circulation is included in the system, this is only still the case for System A5.2.
In addition to the value for the total solar fraction, the solar fractions for DHW and heating can be included in the results for the following T*SOL systems: A3, A3.1, A3.2, A4, A4.1, A5 and A5.2. Separate solar fraction values cannot be shown for the following systems: A5 with circulation, A5.4, A5.5, A6, A12, company-specific combination systems, Buderus SAT systems, Paradigma systems and C4. If separate values are not possible, only the total solar fraction will be shown. The fuel saving is the energetic saving divided by the fuel heating value Hi (lower heating value) or Hs (higher heating value), depending on which of these values has been set for the boiler (auxiliary heating) efficiency. The energetic saving is not the same as the amount of energy transferred to the system (e.g. To the storage tank), but is calculated for each step of the simulation from solar energy in relation to the boiler efficiency.
(NB: If the solar system would not be present, the boiler would have to deliver the calculated amount of solar energy at the corresponding efficiency.) The boiler efficiency values are given in the boiler dialog. If you carry out a calculation without space heating the software uses the efficiency for domestic hot water supply. The help facility in the programme has the following definition for fuel savings: The available solar energy is converted, using the respective auxiliary heating efficiency, to give the corresponding primary energy equivalent.