The platform facilitates precise calculations for well-drilling efficiency at specific locations on a map, providing insights into drilling costs, maintenance expenses, taxes, and the potential electricity output of geothermal power plants.
One of the platform's most creative and unique solutions is the possibility of updating the mathematical core of the Excel file without engaging developers or other specialists. As a result, users can make real-time updates and accurate calculations, gaining more autonomy and flexibility.
Our clients desired a platform capable of supporting and simplifying the lives of specialists by providing them with automated, accurate, and intuitive tools for performing complex calculations and estimations when planning subsequent drilling.
Despite the project’s simplicity, it required fulfilling a few software development and integration operations and ensuring they seamlessly collaborated.
So, during software development, our team was responsible for implementing map-based calculations, developing an admin page for managing different processes, creating algorithms for geothermal gradient calculations, and configuring the AWS environment.
Lack of integration with financial planning tools
with accounting software to streamline budgeting and investment analysis.
Limited understanding of long-term operational costs
that calculates expected maintenance, operational expenses, and potential revenue over decades.
Limited historical data on geothermal drilling projects
allowing users to benchmark costs, efficiency, and energy yield.
The system enables users to obtain detailed calculations for drilling wells into the ground, including drilling costs, maintenance expenses, and potential electricity output from geothermal power plants. Users can access comprehensive drilling details for any desired location with a simple click on the map.
The platform includes an intuitive admin page for file management, version control, and application updates. Admins can upload files, manage application versions, publish updates, and oversee the latest version deployment, ensuring seamless platform operation.
This feature provides an in-depth analysis of the geothermal potential, factoring in geological data, temperature gradients, and historical drilling success rates. By leveraging advanced geospatial data and analytics, users can predict the likelihood of successful geothermal well development, estimate the sustainable yield of geothermal resources, and forecast long-term energy production capacities. This comprehensive assessment helps make informed decisions about site selection and investment, ensuring optimal utilization of geothermal resources for power generation.
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