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Manual T*SOL basic 5.0 - Valentin Software

Manual T*SOL basic 5.0 - Valentin Software

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User <strong>Manual</strong> <strong>T*SOL</strong> 13 Appendix<br />

Primary loop<br />

Heating loop in the heat generator with high temperatures for transferring heat with a heat transfer<br />

medium to the → secondary loop.<br />

Process heating PH<br />

Process heating is the heating required for a large number of technical processes and procedures<br />

(drying, cooking, melting, forging etc.). The process heating must typically be generated by<br />

combustion processes or electric current, can however in the best case be recovered in part as waste<br />

heat.<br />

Proportional energy saving<br />

as DIN CEN/TS 12977-2<br />

Rate of price increase [%]<br />

The prices for non-renewable energy sources are rising as a result of growing demand and<br />

increasingly scarce supplies. The development of operating costs and energy consumption play a<br />

crucial role in calculating the capital values of investments.<br />

Redirection valve RV<br />

→ Three-way valve<br />

Return R<br />

The return commonly describes the cooler string in a heating loop. In a solar loop, the return is the<br />

pipe from the storage tank to the collector.<br />

Sankey graph<br />

Graphic representation of energy or material flows using arrows, in which the width of the arrows is<br />

proportional to the width of the flow.<br />

Savings<br />

The simulation results include the reference fuel savings made during the simulation period through<br />

the use of the solar system.<br />

Secondary loop<br />

Heat consumer<br />

Secondary loop<br />

Contains the medium to be warmed, is heated by the → primary loop.<br />

Simulation<br />

Test of the influence of ambient conditions, user behavior, and the various components on the<br />

operating conditions of the solar system with the help of computer calculations<br />

Simulation period<br />

Total period of time for which the simulation is to run. Simulation periods of between one day and<br />

one year are possible<br />

Simulation range<br />

Time interval between two successive calculation steps. It varies between 1 and 6 minutes depending<br />

on the system and is set automatically.<br />

Solar height<br />

-> sun height<br />

Solar azimuth αs<br />

Deviation of the respective position of the sun from the south, constantly changes as a result of<br />

changes in the sun's position, is 0° at 12.00 p.m. CET<br />

Dr. <strong>Valentin</strong> Energie<strong>Software</strong> GmbH page 98 / 104

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