Learn more about Sunny Design. With Sunny Design, you can plan your tailor-made PV system in just a few clicks. Plan your system now. If you have any questions, please contact SMA. Contact us.
Sunny Design is free to use. Simple Optimal design for grid-connected PV plants Tips aimed at plant optimization Free registration. Comprehensive Database of current PV modules Use of high-resolution meteorological data Generation of design proposals Energetic evaluation of an operational year Forecast of projected self-consumption Custom calculation of the optimum dimensioning for inverters. Flexible Worldwide location support Import of your own load profiles and meteorological data Access via Web browser, iPad, or Android tablet.
Sunny Design Features. Release Notes Sunny Design 5. In the electromobility section of the detailed planning mode, a warning is now displayed if the energy consumption of the electric vehicles is not covered. For flat roofs, an attic can be added. The display and information about our charging solutions have been optimized. In the area of profitability, up to 10 special tariffs can now be defined.
The influence of shading is now also taken into account in the energy yield calculation. When moving modules in the roof planning, they are aligned to a grid snap-to-grid function. Additional dimensions are now displayed in the roof planning. Sunny Design PRO In energy system projects, heating rods can now be taken into account to increase self-consumption. Release Notes Sunny Design 4. Database with compatible HV Li-batteries for faster system design.
Possibility of PV system design without preceding grid selection. Now the COP of the heat pump can be edited manually. Edit function for the EV consumption. Default for the EV usage profile. Simplified creation of new time windows for EV usage profiles.
Input of a consumption power limit for peak load shaving of the battery system. Export of all energetic and economic key figures as csv file. Automatic calculation of current electricity purchase costs using load profile and purchasing tariff. Input option for Sunny Design Pro activation codes. Improved management of alternatives. Extended display of details for thermal components.
Numerous additional small product improvements. Release Notes Sunny Design Web 4. In PV projects with self-consumption, an e-vehicle and a charging station can be configured as a special load Templates of typical scenarios are included Important key figures are also presented E-mobility in the commercial sector: Multiple charging stations are supported as part of the system Two options for specifying the energy demand of e-mobility, including templates: Fixed user group and known vehicle types as in the case of multi-family houses or defined fleets Statistical usage of the charging station with unknown user groups supermarkets, hotels Additional improvements Single-family homes available for energy system projects Numerous pre-defined building types are supported Allows the thermal energy demand to be estimated when the actual consumption is not known Manual dimensioning of the thermal energy storage system Also: Sunny Tripower Storage 60 is covered.
Release Notes Sunny Design 3. Load profiles with a time period of seven days can also be imported now. The data are then automatically rounded up to an entire year. The usable battery capacity of the storage system can now be changed for off-grid projects. For the THD calculation the input value of the connectable feed-in power is now validated to prevent miscalculations. For hybrid projects the total minimum load of the gensets is now shown in the project documentation. New Sunny Design tutorial videos have been incorporated on the landing page and the personal dashboard.
An error when calculating solar fractions of heat pumps was rectified. The import of load profiles from CSV files was improved. An unnecessary status icon of the nominal power ratio was removed in the project documentation. Additional minor error corrections and product improvements. Sunny Design also supports smart modules with Tigo TS4 components. The effects of the various TS4 products on system design and yield estimation are taken into account.
New inverters: SB3. The new version also contains various minor improvements and bug fixes. The limitation of the active power feed-in at the grid-connection point is now being supported by the SMA Cluster Controller. The integration of a heat pump into the energy management of the Sunny Home Manager can now be simulated. Designs with central inverters also comprise information about SMA system technology.
The project documentation has been extended to include a page regarding cable dimensioning. The profitability analysis now also includes the storage system costs, annual rate of return and LCOE. Projects can be hidden on the start page via the user settings e. Improved presentation of the power tolerance of PV modules. Manual input of battery efficiency. Improved update dialogue regarding the Sunny Design desktop.
Different minor improvements and corrections bug fixes. SDPA for the simultaneous export or import of several projects Improvements in the data synchronization Numerous additional improvements and bug fixes. These projects are identified in the overviews by corresponding symbols.
In the project data it is now possible to enter active power limitation specifications manually within a wide setting range. In projects with self-consumption, the Sunny Home Manager can be used to limit active power, e.
This is also taken into account in the yield forecast. Also for projects with self-consumption, a new planning stage has been introduced under the heading "Define load profile". This provides not only a chart of average daily profiles, but also an editor for creating individual load profiles. The new section "Planning of PV system monitoring" provides the possibility of integrating communication products hardware and software for system monitoring, system management and visualization of key system data in the PV system.
This new function also offers design options based on the specific requirements for PV system monitoring. The influence of shading is now also taken into account in the energy yield calculation. When moving modules in the roof planning, they are aligned to a grid snap-to-grid function. Additional dimensions are now displayed in the roof planning. Sunny Design PRO In energy system projects, heating rods can now be taken into account to increase self-consumption. Do you have any questions?
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