User Manual
SUNNY DESIGN
- Information on this Document
- Product overview
- Signing up and starting off
- User Interface
- General Operation
- "My Sunny Design" menu
- General Settings
- Making general settings
- Making string design settings
- Design settings
- Make settings for the design
- Making settings for results values
- Making settings for the letterhead
- Settings for the profitability analysis
- Defining settings for the profitability analysis
- PV systems with self-consumption: Defining tariff information
- Creating texts for quotations
- Creation and administration of own PV modules
- Managing your own locations
- Creation and administration of own load profiles
- Managing the prices for PV modules and inverters
- Managing your own charging stations
- Managing your own electric vehicles
- Deleting User-Defined E-Mobility Templates
- Creation and administration of own customer data
- Creation and administration of own cost items and templates
- Sunny Design Pro: Creating and managing user-defined tariffs
- General Settings
- Sunny Design Pro
- Managing project data
- Creating and managing projects
- Quick planning and detailed planning
- Creating a new project
- Managing Existing Projects
- Opening an Existing Project
- Duplicating projects
- Saving a project as a template
- Creating a project from a template
- Exporting a project via the "Manage projects" page
- Exporting a project via the main navigation area of a project
- Sunny Design Pro: Exporting Polysun projects
- Sunny Design Pro: Comparing projects
- Deleting a project
- Quick planning and detailed planning
- Procedure for designing projects
- Procedure when designing a PV system with total power feed-in to grid
- Procedure when designing a PV system with self-consumption
- Procedure when designing an off-grid system
- Procedure when designing a PV hybrid system
- Procedure when designing a large-scale energy system
- Procedure when designing an energy system
- Special Battery Applications
- Optimizing Self-Consumption through Storage of PV Energy
- Activating Peak Load Shaving
- Defining the battery charge time window
- Peak shaving with increased self-consumption (multiuse)
- Parameters for the "Multiuse" function
- Enabling peak shaving with increased self-consumption with three-phase battery storage systems
- Enabling peak shaving with increased self-consumption with single-phase battery storage systems
- Optimizing Self-Consumption through Storage of PV Energy
- E-mobility settings
- Procedure with e-mobility in projects with self-consumption
- Procedure for e-mobility settings for known vehicles
- Procedure for e-mobility settings for unknown vehicle behavior
- Defining a driving profile
- Defining time windows for electric vehicles
- Defining absences for electric vehicles
- Adding charging stations
- Adding electric vehicles
- Defining statistical charging station usage
- Procedure with e-mobility in projects with self-consumption
- Procedure when designing a PV system with total power feed-in to grid
- Project design
- Project page "Project data"
- Entering project data
- Upload project images
- "Advanced project data" area
- Entering advanced project data
- Configuring systems with medium voltage
- With quick planning: entering load profile details
- With quick planning: configuring a system
- Visual roof planning
- Specifying buildings
- Operating the visual roof planning tool
- Defining a building
- Sunny Design Pro: Importing 3D models
- Sunny Design Pro: Exporting 3D models
- Defining restrictions
- Layout of the PV modules
- Positioning PV modules
- Defining the layout of PV modules
- Creating a new electrical design
- Designation of the strings
- Representation of PV modules and strings
- Defining the electrical design
- Changes to existing electrical design
- Editing subarrays
- Manually connecting PV modules to strings
- Connecting the string to the inverter input
- Recalculating strings
- Editing a string
- Specifying buildings
- Defining load profiles
- Entering load profile details
- With off-grid systems: Defining the peak load
- Adding specific loads
- Entering e-mobility information
- For PV hybrid systems: Configuring gensets
- For PV hybrid systems: Defining design conditions for gensets
- Defining scenarios
- Energy System
- PV systems
- Project page "Configure PV system"
- Configuring a subproject
- "PV arrays" area
- Configuring PV modules
- "Inverter design" area
- Selecting inverters manually
- Selecting inverters from design suggestions
- Calculating automatic design suggestions
- "PV inverter" area
- Add a device for active power limitation
- Configuring off-grid systems with the system assistant
- Configuring PV hybrid systems with the system assistant
- Having design suggestions displayed
- Criteria for sorting the design suggestions
- Setting Criterion for Sorting the Design Suggestions
- Project page "Configure PV system"
- Configuring the battery system
- With off-grid systems: Configuring a genset
- "Cable sizing" project page
- "Determine self-consumption" project page
- "Planning the energy management" project page
- Definition of the requirements on the energy system
- Definition of the requirements on energy management
- Selecting the communication products for energy management
- Overview of the communication products used
- Analyzing efficiency
- For off-grid system: "Analyses of the energy and power in the system" project page
- "Results" project page
- With energy systems: Overview of the results
- With energy systems: "Summary" project page
- Issuing project documentation
- Other project files
- Downloading further project files
- Project page "Project data"
- Creating a harmonics calculation
- Glossary
- Contact