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Defining settings for the profitability analysis
In the header, open the menu
My Sunny Design > Settings
.
The
Settings
window will open.
Select the menu
Profitability
.
Change the information with regard to the project.
Settings for the profitability analysis
PV systems with self-consumption: Defining tariff information
Table of Contents
toggle menu
Information on this Document
Validity
Target Group
Symbols in the Document
Typographies in the document
Designations in the Document
Additional Information
Product overview
Product Description
Functions upon access authorization
Project Overview
Functions per project type
System Requirements
Signing up and starting off
Signing up for Sunny Design
Starting Sunny Design
User Interface
Design of the personal home page on the user interface
Design of the project pages
Design of the protect tree
General Operation
Changing the Password
Exiting Sunny Design
Calling up Support
"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
Creating a new PV module without template
Creating a new PV module with template
Editing or deleting PV modules
Adding a PV module to favorites
Managing your own locations
Creation and administration of own load profiles
Administration of own load profiles
Requirements on your own consumption data
Example of your own consumption data
Importing Own Consumption Data
Importing Consumption Data from Sunny Portal
Creating consumption data manually
Deleting a load profile
Managing the prices for PV modules and inverters
Entering Prices for PV Modules
Entering prices for PV modules in the My Sunny Design menu
Entering prices for PV modules via the Configure PV system page
Entering Prices for Inverters
Managing your own charging stations
Managing your own electric vehicles
Deleting User-Defined E-Mobility Templates
Creation and administration of own customer data
Administration of own customer data
Editing own customer data
Creating own customer data
Importing customer data via vCards
Creation and administration of own cost items and templates
Creating and managing own cost items and templates
Creating and managing own templates
Sunny Design Pro: Creating and managing user-defined tariffs
Sunny Design Pro: User-designed tariffs
Sunny Design Pro: Adding a purchasing tariff
Sunny Design Pro: Adding a new feed-in tariff
Sunny Design Pro
Testing Sunny Design Pro
Entering the Sunny Design Pro activation key
Ordering Sunny Design Pro
Managing project data
Uploading SMA 360° documents
Importing project data into Sunny Design
Importing project data
Transferring missing PV module data
Sunny Design Pro: Exporting time series
Sunny Design Pro: Using tools for configuring SMA components
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
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
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
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
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
For energy systems: Entering building details
For energy systems: Defining thermal energy requirements
Energy System
Structure of Energy System Page
Status of the system components
Configuration of utility grid components
Configuring the electrical connection
Adding fuel information
Configuring energy system components
Editing the building
Configuring the PV System
Configuring the battery system
Planning the Energy Management
Configuring combined heat and power plant (CHP plant)
Configuring heat pump
Configuring the boiler
Strategy for overcrowding of the charging stations
Configuring charging stations
Configuring loads
Configuring electrical loads
Configuring the heat demand
Sunny Design Pro: Configuring the Cooling Energy Demand
Configuring e-mobility
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
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
"Analyze Profitability" project page
Determining costs with simplified cost entries
Determining costs with detailed cost entries
Editing tariffs
Adjusting financial terms and conditions
Create quotation
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
Creating a harmonics calculation
Glossary
Contact
