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Solar Software

Top Solar Design Tools for Efficient Energy Solutions in the UK

Akshay VR

• 8 min read
Top Solar Design Tools for Efficient Energy Solutions in the UK

Solar energy is becoming a bigger part of the UK's energy mix as it transitions to a low-carbon future. Solar energy is a crucial part of the UK's attempts to switch to a greener energy system.

The government has set ambitious goals to cut greenhouse gas emissions. Utilizing cutting-edge solar design tools that can deliver precise and thorough information on system performance and financial returns is crucial for designing efficient solar PV systems.

Importance of Solar Design Tools in the UK:

In the UK, solar design tools are an integral element of the process of designing solar PV systems. These technologies make it possible for solar installers, engineers, and architects to design solar PV systems that are precise, effective, and economical.

The usage of solar design tools may aid in system optimization, lower the possibility of system failure, and guarantee that solar PV systems function as efficiently as possible.

The ability of solar design tools to precisely predict the performance of a solar PV system depending on the particular location, weather patterns, and shading circumstances of the site is one of its main advantages.

Utilizing this knowledge will enable the solar PV system's design to be optimized for maximum electricity production. A thorough financial analysis, including projections of the system's payback duration, return on investment, and lifetime energy output, may also be provided by solar design tools.

The ability to lower the risk of system failure is another advantage of solar design tools. Solar design tools may identify possible problems before they occur by precisely modelling system performance, giving installers the opportunity to make the required changes to the system design. This can make sure the system runs effectively and dependably for the duration of its life.

In the UK, solar design tools are essential for creating efficient solar PV systems. Solar design tools are crucial for fulfilling the UK's objectives for a low-carbon future because they offer precise performance and cost analyses, lower the chance of system failure, and optimize system design.

There are several solar design tools available in the UK that can be useful for designing solar PV systems. Here are some of the top solar design tools in the UK:

ARKA 360

ARKA 360 is a cloud-based platform for solar design and engineering that offers a variety of tools for solar experts to develop and analyze solar PV systems. The platform is designed to be simple to use and open to both new and seasoned users.

Features:

  1. Site Analysis: ARKA 360 provides users with detailed information on the solar potential of a site, including shading analysis, energy output estimates, and panel placement recommendations.
  2. 3D Design: The platform allows users to create 3D models of solar PV systems, which can be used to visualize and optimize the layout of solar panels.
  3. Financial Analysis: ARKA 360 provides users with detailed financial analysis of solar PV systems, including estimates of payback period, return on investment, and lifetime energy production.
  4. Proposal Generation: The platform allows users to generate professional proposals for their solar PV systems, which can be customized with company branding and other details.

Pricing:

  1. The Lite plan costs $99/month paid annually or $149/month paid monthly. Basic project planning and report creation are part of this plan.
  2. The Basic plan costs $129/month paid annually or $169/month paid monthly. This plan allows for an unlimited number of residential and business projects.
  3. The Premium plan costs $169/month paid annually or $199/month paid monthly. Advanced processes, permissions, and 3D exports are all part of this strategy.

Availability:

Desktops, laptops, tablets, and cell phones are the devices that can utilize the ARKA 360 software application.

Website: https://arka360.com/

Rating: 4.8/ 5

Ease of Use

  1. Cloud-based platform accessible from anywhere with an internet connection
  2. Intuitive user interface with a clean and simple layout
  3. User-friendly tools that can be easily used by both experienced professionals and novice users
  4. Detailed site analysis, 3D design, financial analysis, and proposal generation tools
  5. Ability to collaborate with team members in different locations.

Limitations:

ARKA 360 application is only available in English till now.

Aurora Solar

Aurora Solar is a cloud-based solar design and sales platform that offers a variety of tools for solar experts to build and analyze solar PV systems. The platform is designed to be simple to use and open to both new and seasoned users.

Features:

  1. Shading Analysis: Aurora Solar provides users with detailed shading analysis that simulates how a solar panel will be affected by shadows cast by trees, buildings, and other objects.
  2. 3D Design: The platform allows users to create 3D models of solar PV systems, which can be used to visualize and optimize the layout of solar panels.
  3. Financial Analysis: Aurora Solar provides users with detailed financial analysis of solar PV systems, including estimates of payback period, return on investment, and lifetime energy production.
  4. Proposal Generation: The platform allows users to generate professional proposals for their solar PV systems, which can be customized with company branding and other details.

Pricing:

  1. Basic plan: £117.66 user/mo
  2. Premium plan: £191.66 user/mo

Note that the actual cost in British pounds (GBP) may vary depending on the exchange rate at the time of purchase. As for the custom plans, the cost would need to be consulted with Aurora Solar.

Availability:

The software is accessible on desktop computers, laptops, tablets, and mobile devices, and is compatible with popular web browsers.

Website: https://aurorasolar.com/

Rating: 4.6 / 5

Ease of Use:

  1. User-friendly interface that is easy to navigate
  2. Accurate shading analysis that simulates real-world conditions
  3. Detailed financial analysis that helps users to make informed decisions about their solar PV systems
  4. Professional proposal generation that can be customized with company branding and other details
  5. Comprehensive customer acquisition tools that help solar professionals to grow their businesses.

Limitations:

Limited customization options for certain design elements

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PVSyst

For engineers, designers, and project developers, PVSyst is a comprehensive software package for designing solar PV systems. A Swiss firm called PVSyst SA, which specializes in the design and analysis of solar PV systems, created the software.

Features:

  1. Electrical System Design: The software allows users to design the electrical system of a solar PV installation, including module configuration, array layout, and inverter sizing.
  2. Financial Analysis: PVSyst provides users with detailed financial analysis of solar PV systems, including estimates of payback period, return on investment, and lifetime energy production.
  3. Shading Analysis: The software provides users with shading analysis that simulates how a solar panel will be affected by shadows cast by trees, buildings, and other objects.
  4. Module Database: PVSyst features a comprehensive database of PV modules, inverters, and batteries that can be used to select the best components for a solar PV system.

Pricing:

  • Student licenses are priced at 25.- CHF for a year. Special quotes can be requested from universities, training facilities, and study institutions.
  • PVSyst Professional costs 600.- CHF per year to subscribe to. This also implies that the price for acquiring an extra license or renewing a current license will be the same.

Availability:

The running systems Windows, macOS, and Linux all support PVSyst. This indicates that any of these operating systems can be loaded and used to operate it on desktop or laptop devices.

Website: https://www.pvsyst.com/

Rating: 4.2 / 5

Ease of Use:

  1. Comprehensive and detailed solar PV system design tools.
  2. Accurate shading analysis that simulates real-world conditions.
  3. Detailed financial analysis that helps users to make informed decisions about their solar PV systems.
  4. Access to a comprehensive database of PV modules, inverters, and batteries.

Limitations:

Steep learning curve and technical expertise necessary for efficient software use.

SketchUp

Solar PV system designs may be created using SketchUp, a 3D modelling program. It frequently functions in tandem with other solar design tools like PV*SOL and Helioscope.

Features:

  1. 3D modeling: SketchUp enables users to create 3D models of buildings, structures, and landscapes with great detail and accuracy.
  2. Rendering: The software includes tools for rendering and visualizing models in various styles, including photo-realistic rendering.
  3. Plugins: SketchUp supports various plugins that can be used to extend its functionality and customize the software to suit specific project needs.
  4. Collaboration: SketchUp allows users to share their models and collaborate with others in real-time, making it easy to work on projects with team members from different locations.

Pricing:

  1. SketchUp Free £0 /yr- Discover 3D modeling
  2. SketchUp Go £95 /yr- Design & collaborate anywhere
  3. SketchUp Pro /yr£188.65 /yr- Create professional work
  4. SketchUp Studio £549 /yr- For advanced workflows

Availability:

SketchUp is accessible through web and can be used on iPad, laptops etc.

Website:  https://www.sketchup.com/

Rating: 4.4/ 5

Ease of Use:

  1. User-friendly interface: SketchUp provides a simple and intuitive interface that makes it easy for beginners to start modeling.
  2. Wide range of features: SketchUp includes a wide range of features that make it suitable for a variety of applications, from architecture to interior design and landscaping.
  3. Customizable: SketchUp allows users to customize the software with various plugins and extensions to suit their specific needs.

Limitations:

Due to SketchUp's limited support for file import and export, working with users of other software programs can be challenging.

Energy3D

The Concord Consortium created a piece of software called Energy3D that enables users to build and model solar PV installations. Users of the software can visualize where solar panels should be placed on a rooftop thanks to a 3D modelling tool included in the program.

Features:

  1. 3D modeling: Energy3D enables users to create 3D models of buildings and landscapes, and to add solar panels and other components to simulate the performance of solar PV systems.
  2. Real-time simulation: Energy3D provides real-time simulation of solar PV systems, which allows users to visualize how the system will perform under different conditions.
  3. Analysis tools: The software includes a range of analysis tools, including energy production analysis, shading analysis, and financial analysis, which helps users to evaluate the performance and cost-effectiveness of their solar PV systems.
  4. Education-focused: Energy3D is designed with education in mind, and includes a range of features that make it suitable for use in classrooms and educational settings.

Pricing:

Free Plan: Energy3D provides a minimal feature set for developing and modelling solar PV systems with its free program.

Availability:

Energy3D can be used on windows and on laptops.

Website:https://energy.concord.org/energy3d/

Rating: 4.5/ 5

Ease of Use:

  1. Energy3D provides a simple and intuitive interface that makes it easy for users to create and simulate solar PV systems.
  2. Energy3D's real-time simulation feature allows users to see the effects of different design choices on the performance of their solar PV systems.
  3. Energy3D is designed to be used in educational settings, which makes it a valuable tool for educators and students who are interested in learning about renewable energy technologies.
  4. Energy3D offers a range of pricing plans, including a free version, which makes it accessible to a wide range of users.

Limitations:

Energy3D's limited customization capabilities compared to certain other solar design software may restrict its applicability to some users.

Conclusion

Recent years have witnessed a tremendous increase in the UK's solar sector, and solar design tools have been essential to this expansion. There are several solar design tools on the market that assist designers and engineers in developing precise and effective designs for solar PV systems.

The features, prices, and applicability of the software vary depending on the projects they are used for. ARKA 360, Aurora Solar, SketchUp, PVSyst, and Energy3D, which provide sophisticated 3D modeling, simulation, and analysis capabilities, are some of the top solar design tools used in the UK.

Every tool has benefits and limits, and the choice of the best tool relies on the particular project's needs.

Overall, the rise of the UK solar sector has been accelerated by the use of solar design tools, lowering the cost and increasing the accessibility of solar energy for both consumers and enterprises.

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