# Project Design

- [Create a Project](https://docs.solarvis.co/project-design/create-a-project.md): The page provides a structured overview of the complete project creation workflow in solarVis, from the initial setup to final proposal readiness.
- [Project Details](https://docs.solarvis.co/project-design/create-a-project/project-details.md): The page explains how to start a new project in solarVis by defining the all core project information used for design and feasibility.
- [Consumption](https://docs.solarvis.co/project-design/create-a-project/consumption.md): The page defines how electricity consumption and electricity regulation rules are modeled for feasibility and financial calculations in solarVis.
- [Energy Consumption](https://docs.solarvis.co/project-design/create-a-project/consumption/energy-consumption.md): The page defines how and when electricity is used at the facility. The data entered here is used to calculate self-consumption, export potential, system sizing, all feasibility, and financial results.
- [Electricity Prices and Regulation (On-Grid / Zero Injection Projects)](https://docs.solarvis.co/project-design/create-a-project/consumption/electricity-prices-and-regulation-on-grid-zero-injection-projects.md): It defines how electricity is priced and regulated for on-grid & zero injection projects, including electricity tariffs, export and compensation rules, VAT, inflation and market-specific settings.
- [Appliances (Off-Grid Projects)](https://docs.solarvis.co/project-design/create-a-project/consumption/appliances-off-grid-projects.md): The page is used to define electricity consumption for off-grid projects based on individual electrical appliances.
- [Roof Drawing](https://docs.solarvis.co/project-design/create-a-project/roof-drawing.md): The page explains how to create accurate roof geometry by drawing a 2D roof outlines and inner edges, defining slopes to generate a 3D model, managing map providers, and adding obstacles.
- [Panel Placement & Inverter Selection](https://docs.solarvis.co/project-design/create-a-project/panel-placement-and-inverter-selection.md): The page is used to design and simulate a complete PV system, including panel placement on the 3D roof model, inverter selection, shading and irradiance analysis, and system performance validation.
- [String](https://docs.solarvis.co/project-design/create-a-project/panel-placement-and-inverter-selection/string.md): It offers a visual and interactive interface that users can draw string routes on the roof layout, monitor electrical values in real time and validate system compatibility before running a simulation.
- [Heat Pump](https://docs.solarvis.co/project-design/create-a-project/heat-pump.md): The page configures how the heat pump system operates by defining building characteristics and technical parameters to accurately calculate loads, size the system, and evaluate performance and costs.
- [Battery](https://docs.solarvis.co/project-design/create-a-project/battery.md): The page lets you define your battery strategy by choosing between self-consumption and backup use cases, and automatically calculates the appropriate battery size for the project.
- [Bill of Materials (BoM)](https://docs.solarvis.co/project-design/create-a-project/bill-of-materials-bom.md): The page allows you to review added components, add additional items, define pricing for each material, and control how costs, taxes, and margins are applied at both item and project levels.
- [Summary & Offer](https://docs.solarvis.co/project-design/create-a-project/summary.md): This page allows you to review and validate the complete technical, energy, battery, and financial results of the project before creating or sending the proposal.


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