Arka360 : Comprehensive Toolkit for Solar Designers

Learn to select and switch between multiple map options for accurate site analysis and efficient design.

Design a flat roof layout quickly and efficiently, ensuring proper module placement and optimal energy output.

Master designing pitched roof layouts for complex residential and commercial projects.

Understand how to create folds in pitched roofs for seamless design and accurate module alignment.

Learn to fold and segment flat roof surfaces for better design flexibility.

Master vertical folds to accommodate unique roof designs and improve energy generation potential.

Combine multiple roof surfaces into a single face for efficient and streamlined design.

Identify, mark, and navigate around obstacles in the design to ensure proper module placement and get accurate shadow analysis.

Analyze irradiance and solar access to maximize energy output and optimize module placement.

Place modules effectively by using features like Add Table, Fill Face, and Add Subarray.

Set a preferred module as the default for seamless use across the entire design process.

Understand and use single-axis trackers to enhance system performance in various settings.

1. Maximum Sun Exposure: Optimizes energy production by maintaining the panel's perpendicular angle to the sun throughout the day and year.

2. Higher Efficiency: Can increase energy output by 30-40% compared to fixed-tilt systems.

3. Ideal for Limited Space: Since they generate more energy per panel, fewer panels are needed for the same output.

Visualize sun movement to optimize shading and maximize energy capture.

Integrate optimizers to improve the efficiency of solar modules in complex designs.

Configure and connect micro inverters with AC branching for streamlined system designs.

Understand and add string and hybrid inverters to solar designs for versatile system configurations.

Ensure inverter compatibility and compliance with the design and regulatory requirements.

Use the automatic zoom feature to focus on specific design areas efficiently.

Capture and share your design through recorded walkthroughs for better visualization.

Learn to calculate appropriate wire sizes to meet design and safety standards.

Generate professional single-line diagrams for system layouts and electrical configurations.

Export single-line diagrams as CAD files for further engineering or documentation needs.

Convert and export your complete solar design as CAD files for versatile use.

Prepare and export your design data for detailed analysis in PVSyst software.

Export your solar design to Google SketchUp for advanced 3D visualization and modeling.

Learn how to generate comprehensive PV performance and financial reports that comply with regional standards.

Create sleek, interactive web proposals that highlight key project details for clients, improving communication.

Master customizing proposal templates to align with branding and client-specific requirements, adding a personal touch to your presentation.

Gain the ability to integrate and present various solar financing options, helping clients choose the best financial solutions for their solar projects.

You will learn how to configure flat rate tariff plans to reflect specific utility pricing structures in energy consumption analysis.

You will master the setup of time-of-use rates for accurate representation of variable utility charges based on peak and off-peak hours.

You will know how to input monthly electricity bill data to estimate consumption patterns and project future energy requirements.

Gain the ability to upload and process detailed interval data from spreadsheets for more granular energy consumption analysis.

Learn to compare existing energy consumption with post-solar scenarios, helping clients visualize potential savings.

Create and analyze daily consumption profiles, offering insights into usage patterns and energy optimization opportunities.

Understand how to optimize battery configurations for maximum self-consumption and reduced electricity bills by offsetting peak loads.

Gain the ability to configure backup systems for essential appliances, ensuring critical operations during power outages.

Learn to design storage systems for complete energy independence, including configuring battery capacity, backup duration, and system scalability.

Learn how to apply additional costs or discounts to designs, enabling precise customization of pricing to meet client needs.

Understand how to incorporate regional or custom incentives into proposals to highlight client savings and increase project appeal.

Gain the ability to configure custom loan options, including terms, interest rates, and repayment schedules, to align with client financial preferences.

Learn how to set up and tailor Power Purchase Agreements (PPA) and lease options, offering clients flexible financing solutions for their solar projects.

Learn how to request detailed preliminary proposals tailored to client requirements, ensuring a professional and accurate first impression.

Understand the process of ordering comprehensive construction drawings, including electrical and structural details, to support seamless project installation.

Learn to efficiently manage solar inventory, including modules, inverters, and other components, ensuring accuracy and seamless integration into project designs.

Gain the ability to configure user-specific profiles, granting appropriate permissions and customizing settings to suit individual or team requirements.

Learn how to manage and utilize credits within ARKA 360, ensuring smooth transactions and better control over credit-related services.

Learn how to create customized site survey forms, tailored to collect essential information needed for solar project planning and design.

Gain the skills to share the site survey forms with clients or teams, enabling smooth data collection and collaboration for successful project execution.