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developer_ur

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  1. Hi Santiago, you're correct. The number of tanks only increases the number of parallel connected tanks. The boiler remains single as it is. Please allow me some notes about your drawing: - Why do the tanks have an inflow on top where they are hot? Normally, the inflow is at the bottom and the outflow at the top. - What is the meaning of the second inflow on the left side (the bottom arrow) that is distributed to every collector field? Kind regards
  2. Sorry, I can't provide you a link because you're using a program that is not from our company. Kind segards
  3. Dear Franco, you got in the wrong forum. Our program GeoT*SOL is for simulating heat pump systems for domestic hot water and heating. Kind regards
  4. Hello Santiago Fondoso, what system do you use (A1, A2, ...)? I delivered energy depends on the temperatures in the tank and in the collectors. On the other hand you have more losses, if the temperature in the tank rises due to more collectors. Kind regards
  5. Hello Santiago Fondoso, I assume you took the System A7 or A7.1. It is correct that it is the total number of selected tanks, but connected in parallel. On your drawing you connected all systems in a row. Kind regards
  6. Hello Chris, no, it is not possible to take GeoT*SOL for such large systems. Our focus is on small and medium size dwellings. For example, for such large systems you need a detailed calculation of the losses of the distribution system. Kind regards
  7. Hallo Dominik mit "Variante" ist die Anlage gemeint. Das ist meistens der erste Eintrag in besagtem Menü. Man kommt auch über ein Doppelklick in die weiße Fläche neben den Komponenten in den Anlagendialog. Bitte beachten: Nicht alle Anlagen unterstützen zwei Kollektorkreise. Wir sind noch dabei, die restlichen Anlagen anzupassen.
  8. Hello Ahmad, please let me answer your questions: 1. You can dimension the piping from the collectors to the tanks. Parameters are: length, diameter, losses, inside/outside of the house 2. The system's design is fixed. Multiple tanks are always connected in parallel. 3. Every manufacturer has its own special control systems. In T*SOL we compare simply the temperatures between the tank and the collector. However, you can adjust the heights of the sensors in the tank. 4. Not directly in the collectors, but the volume flow through the collector loo
  9. What exactly do you want to correct? We evaluate the fresh water from the energy balance perspective. We don't track the volume of the remaining water. Kind regards
  10. Hello C3PO, sorry c1p8, in the project report of all pool systems you get the information about - Average swimming pool temp. - Pool temperature above X °C x,x % of operating hours I see these values even in systems with aux. heating (I used system B3). Can you explain what data you want to see exactly? Maybe with an example? Kind regards
  11. Hello Kiya, in the system A1 integrated is a boiler. This boiler delivers the additional heat. Kind regards
  12. Hello a.jerez we don't support T*SOL Pro 4 anymore. Also the import of T*SOL Pro 4 - projects in T*SOL 2018 is not supported.
  13. Hi Giovanni, one restriction of the test version is, indeed, the printing of the project report. Kind regards
  14. Hi Eric, our simulation is based on intervals with a length of 6 minutes. If some temperatures or volume flows change to abruptly, we reduce the interval to 1 minute. In your scenario you have large volume flows. If the tank's volume is exchanged completedly within a simulation intervall (6 or 1 minute), we will get balance errors. The system A13 is not suited to simulate with such a small tank.
  15. Hi Couloireric could you please write down the terms belonging to the balance, from your point of view? Did you take the tank losses into account? What collector size, process heat demand and tank volume did you use? You can also attach your project (*.tsproj) file. Kind regards
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