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A real-world representation of the shading from surrounding objects is extremely important for precisely calculating yields. You’re therefore looking for a program which takes shading into account as analytically as possible? PV.SOL® premium does just that! You can visualize all roof-integrated or mounted systems - even on the ground - with up to 5,000 modules in 3D and calculate shading on the basis of 3D objects. The user-friendly 3D menu navigation is divided into the six sections of terrain view, object view, module coverage, module mounting, module configuration and cable plan. Simply select possible shading objects and position them on the terrain or the building. PV.SOL® premium then calculates how often on average the modules are shaded by the objects and displays the result in graphical form.
Your benefit: the visualization in 3D mode provides you with detailed information on shadows cast at various times of the day and year, and consequently on likely reductions in yield. Through the detailed analysis of the shading of individual modules, the effect of power optimization on the system yield can also be precisely visualized in PV.SOL® premium. For the input of object data, 3D models in different file formats can now be imported into the software via a new interface. This makes it possible to import realistic and detailed 3D objects created with photos taken from different perspectives (e.g.
Using a drone). This will add another important tool to the already existing possibility of importing floor plans, cadastral maps and screenshots from web-based satellite maps (e.g. Google Earth) directly into the 3D visualization and thus integrating them to scale into a project.
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Flexibility has been significantly increased with regard to the configuration of the modules, which are automatically placed on an object. The new possibility of polystring configuration allows completely different strings to be connected parallel or in series to an MPP tracker. This is required, for example, to connect an east-west roof parallel to one MPP tracker. Even different modules in a string can now be interconnected, e.g.
Defective modules that are no longer available which need to be replaced by similar new ones. Modules with different orientations can now also be connected in one string via the integration of power optimizers (e.g. SolarEdge, Tigo). These new functionalities increase the flexibility of the design process enormously and allow even more detailed configuration and simulation of the PV system. PV.SOL® premium leads you in a few easy steps to your target. First, you select one or more PV array buildings from a collection of common building types and sizes as required. Dormers, bay windows, walls, saw tooth roofs, and projecting roofs can also be covered with PV modules.
It is possible to model the available roof area with millimeter precision by entering measurements for the roof overhang and restricted areas. You then simply enter the objects that could cause shade – buildings, trees walls, masts, etc. – and size them. Objects in the distance can be taken account of as a horizon line.
The configuration of the modules can be carried out automatically or manually. You can decide whether you want to configure multiple module areas with one inverter or choose an inverter for each module area - or combine both.
The current status of the system check for the complete configuration, each inverter and MPP tracker is displayed at all times in the configuration window. This means that you always have an overview of whether your chosen configuration is in the design, tolerance or restricted area. Another highlight is the option 'Suggest Configuration', which allows you to quickly and easily load the best configuration from your favorite inverters into the design. After configuration, the assignment of modules to strings can be individually adjusted, for example if required by the shading situation.
You can enter detailed costs for the modules, inverters, or mounting in PV.SOL® premium. Loans, discounts, depreciation, and tax payments, as well as the month that the system goes into operation, are all taken account of. Various feed-in tariffs and bands for systems on roofs, building facades, and ground-mounted systems can be saved and amended. PV.SOL® premium determines not just the capital value, but also the electricity production costs and the amortization period according to VDI Guideline 2067 (VDI: Association of German Engineers). The selection of multiple feed-in tariffs is possible, and their terms can be defined as follows: parallel, consecutive or offset. Deeming can be considered when designing systems with self-consumption in the UK.
The results are shown in a detailed table in the balance of costs. Languages (Program): English, French, German, Italian, Polish, Spanish, Portuguese Languages (Presentation): English, French, German, Italian, Polish, Spanish, Portuguese, Albanian, Chinese, Croatian, Danish, Dutch, Hungarian, Norwegian, Swedish, Slovakian, Turkish Features:. Calculation of electric vehicles with battery storage system. High and Low Tariffs (HT/LT) for designing plants. Buildings and objects can be extrudec using floor plan drawings and satellite maps. DC-coupled storage systems can also be simulated. DC systems with generator or load-sharing are available to select.
Output of yield probabilities (e.g., P90). Sizing help for battery storage systems. Thermal flat and tube collectors as 3D objects. Optimization of the polygon drawing tool, e.g.
Definition of right angles. Visualization of the roof structure by displaying rafters and battens. All roof areas in the 3D visualization will now be issued with the most important dimensions in a plan. An export (.dxf) in most CAD programs is possible. Copying of object groups including all structures and inverter configurations. Simple duplication of objects by specifying the number of duplicates and the distance between them. Selection of custom textures for terrain.
Autosave. Maximum Feed-in power cliping selectable at the inverter or at feed-in point. Simulation of lithium-ion batteries is possible. Optional simulation of minutes or hourly values. Open the heat pump database via the menu item 'Database' 'Heat pumps'.
Now select from the available records a heat pump of the same type with a comparable coefficient of performance (COP) and click with the right mouse button on it. Select from the context menu 'Create copy'. In the definition window you can enter the model type of the heat pump under product. Enter the required characteristics according to the data sheet.
If you do not find all the test points on your data sheet you only have to change the test points which are available and leave the other according to the template. Save everything with 'OK'. This can have various causes.
Hot water priority circuit block the heating: Even if the performance of the heat pump and the heating element can satisfy the heating load together, it may be that due to the domestic hot water ( DHW) priority circuit not enough energy is delivered to the heating circuits. Domestic hot water circulation losses can increase the energy consumption in addition. = Check the domestic hot water heating: DHW temperature, size of the heat pump and the heating element and the limits of operation of the heat pump, size of the DHW standby tank.
Monovalent operation mode: In the monovalent operation mode, the heat pump must deliver all of the energy. If the source temperatures are outside the operating limits, the heat pump is turned off and supplies the heating circuits thus insufficient ( e.g. Due to frozen ground when using geothermal collectors or extremely cold ambient air when using air heat pumps). This effect may also occur on a daily basis in the fall, if a low heating demand is present at times with high source temperatures. = Operate the heat pump monoenergetic with a heating element. = Define a custom heat pump (a copy of an existing heat pump in the database) and adjust the operating limits. The yield of the collector circuit is delivered to the tank.
Above a certain size, an increase of the collector area causes that the energy input in the tank is greater than the demand and the tank is heated above the required temperature. At 90°C the collector circuit is turned off. A portion of the yield of the solar system is not used to meet the requirements, but there are increased tank losses generated. These “solar tank losses” are presented on the results page. For optimum sizing of the solar system you have to vary the size of the collector area, the tilt angle and the tank size. Design criteria are efficiency, solar fraction and the solar tank losses.
In the program three different seasonal performance factors are shown on the ' Simulation Results' page. In addition the SPF according to the VDI 4650 is presented.
Generally the SPF is calculated as follows: SPF = benefit / expenditure Depending on the system boundaries which are considered, the energies taken into account differ. It should thus be compared only SPF of the same type. SPF Heat pump This SPF limits the energy balance to the heat pump. It is the largest of all SPF and can usually help in assessing the operation of the heat pump. In the monoenergetic operation mode it is usually somewhat higher, since at very low source temperatures (= bad seasonal performance factor of the heat pump), the heating element takes over the supply. Benefit: The heat supplied by the heat pump heat.
Expenditure: The electricity consumption of the heat pump without external pumps and without heating element. SPF of heat pump system This SPF is a good benchmark for the entire system. The efficiency of the heating element is set at 100%. Furthermore, existing heating circuit pumps on the sink side are not considered.
Benefit: The heat supplied by the heat pump + the energy from the heating element. Expenditure: The electricity consumption of the heat pump + heating element energy consumption + electricity consumption of external pumps on the heat source side of the heat pump.
SPF Generator system (Heat pump + Solar) This SPF is usually much higher than the previous SPF, because for the low expenditure of the solar circuit pump a large amount of energy is delivered as a benefit. Benefit: The total heat supplied by the HP + the energy from the heating element + the energy from the solar collector.
Expenditure: The electricity consumption of the heat pump + heating element energy consumption + electricity consumption of external pumps on the heat source side of the HP + electricity consumption of the solar loop pump. SPF according to VDI 4650 It is especially relevant for the approval of funding in Germany. This SPF is calculatedby using simple equations decribed in the VDI 4650 (2009).
So they may differ from the simulated SPF.
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