Independently sourced and compiled a proprietary dataset of major bitcoin mining projects in the United States, using a combination of online resources and expert knowledge, resulting in an accurate and comprehensive map of these projects.

Utilized QGIS to create a detailed map that overlays the bitcoin mining project locations with power generation project locations colored by their respective fuel sources, providing valuable insights into the relationship between bitcoin mining and energy generation in the United States.

Sourced power project data from the US Energy Information Administration (EIA), ensuring accuracy and reliability of the information presented on the map.

Gained proficiency in QGIS and geospatial data analysis through the creation of this project, including using spatial joins to combine datasets, creating custom styles for map features, and performing geospatial analysis.

Undertook this analysis to better understand the relationship between bitcoin mining and renewable energy generation in the United States, which is a critical consideration for understanding the environmental impact of the bitcoin industry.

Concluded that while some large bitcoin mining projects are located adjacent to renewable projects, primarily hydroelectric power, many large projects in Texas and other areas source power from the grid which is still largely dominated by natural gas, highlighting the need for continued efforts to transition to renewable energy sources in the United States.