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Solar.pro.tool.

Challenges in Planning Solar Power Plants

Solar power plant providers face numerous challenges, such as ensuring structural stability with official static calculations, optimal placement of panels on various types of roofs, compliance with standards, and obtaining accurate roof data.

The solution to these challenges is our advanced planning software that automates and optimizes processes while providing accurate and reliable results. Soltec Solar.Pro.Tool, supported by Levasoft, is comprehensive software that enables precise structural calculations, optimal placement of the mounting system elements, cost optimization, and official structural reports creation. We offer this tool to simplify the work for installers and increase value for end customers.

Challenges in Planning Solar Power Plants

Solar power plant providers face numerous challenges, such as ensuring structural stability with official static calculations, optimal placement of panels on various types of roofs, compliance with standards, and obtaining accurate roof data.

The solution to these challenges is our advanced planning software that automates and optimizes processes while providing accurate and reliable results. Soltec Solar.Pro.Tool, supported by Levasoft, is comprehensive software that enables precise structural calculations, optimal placement of the mounting system elements, cost optimization, and official structural reports creation. We offer this tool to simplify the work for installers and increase value for end customers.

Začnite s projektom3D model

Benefits for Solar Power Plant Providers

Solar.Pro.Tool allows for easy configuration to achieve structural adequacy and stability for solar power plants.

    1. DATA ACQUISITION WITH GOOGLE MAPS
      Automatic recognition of roof configurations using Google Maps enables quick and easy data entry, reducing planning time. This is achieved with the help from Google AI and Gurobi artificial intelligence.
    2. OPTIMAL ELEMENT PLACEMENT FOR VARIOUS ROOF CONFIGURATIONS
      3D visualization of panel placement on the roof allows for precise planning and presentation of the final setup.
    3. MOUNTING SYTEM COST OPTIMIZATION
      With Solar.Pro.Tool, the installation of solar power plants becomes more efficient and economical. It reduces material consumption and installation time, leading to lower overall project costs.
      • optimal placement considering roof obstacles
      • optimal selection of the mounting system elements
      • automatic rail-cutting optimization
    4. AUTOMATIC LOAD DETERMINATION BASED ON STANDARDS AND GEO-LOCATION
      Utilizing climate data to determine all necessary loads based on the location and roof configuration ensures compliance with standards and optimal safety.
    5. CONFIGURATION, BILL OF MATERIALS, AND REPORT IN MINUTES
      Solar.Pro.Tool enables rapid planning of solar power plant installations, generation of detailed material specifications, and creation of official reports in a very short time..

Enhance your value proposition by providing an official structural report.

Benefits for the Customer

Guaranteed Safety and Stability

Solar.Pro.Tool ensures a safe and stable mounting system with an official structural report, allowing for worry-free usage.

Usability of Reports in Administrative Processes

Official structural reports are useful in various administrative processes and in the design of solar power plant installations.

Optimal Panel Placement

Precise shading calculations and optimal panel placement ensure maximum efficiency of the solar panels.

Screenshot 2024-10-17 at 14.19.48

Ready to power up your project?

Ready to power up your project? Fill out the contact form now to harness the sun's energy with the strongest and most versatile mounting system on the market. Please fill out the pdf document with the details about your roof, upload it through the contact form, and presto! You'll promptly receive a tailored offer.

    Frequently Asked Questions.

    we are here to answer.

    01.What sets SUNGRIP mounting systems for solar panels apart?
    Our systems are extremely powerful. They also allow efficient and fast installation and great flexibility for individual projects.
    02.How do SUNGRIP mounting systems save time and costs?
    Our pre-assembled components and streamlined installation processes contribute to up to 18% installation time savings compared to other systems.
    03.What materials are used in SUNGRIP mounting systems?
    We utilise light and strong aluminium alloy components, ensuring durability, recyclability, and exceptional load stability.
    04.Are SUNGRIP products suitable for clay tile roofs?
    Absolutely. Our clay tile roof mounting system (FV1) is meticulously designed for easy installation on various clay tile roofs.
    05.Can SUNGRIP mounting systems fit various roofs?
    Yes, our systems boast cross-system compatibility and adaptable configurations, seamlessly fitting a wide range of roof characteristics and tiles.
    06.Are SUNGRIP products suitable for trapezoidal roofs?
    Absolutely. Our trapezoidal roof mounting system (FV2) is designed for easy installation on various metal sheet roofs without invasive measures.
    07.Do SUNGRIP mounting systems come with a warranty?
    Yes, we offer a 10-year product warranty, standing by the durability and performance of our systems.
    08.How is SUNGRIP contributing to a sustainable future?
    Our vision extends to a world where solar power knows no boundaries, with products designed for efficiency, longevity, and minimal environmental impact.
    09.Can SUNGRIP mounting systems be customised for specific needs?
    Absolutely. Our standardised components allow for easy customization, ensuring consistency, compatibility, and the flexibility to create unique solutions.
    10. How does SUNGRIP ensure high performance in its mounting systems?
    Our components and accessories are designed with cross-system compatibility, adaptable configurations, and feature proprietary geometry and high-grade non-corrosive materials. This ensures maximum rigidity, longevity, and versatility under heavy loads, setting our systems apart for optimal performance.