In recent years, Texas has emerged as a global mecca for Bitcoin mining, attracting mining companies with its abundant cheap renewable energy and a unique power grid system that accommodates the ebb and flow of energy demand throughout the day. The state's allure for miners can be attributed to its ability to capitalize on the "duck curve," a graph representing the balance of energy demand and supply over a 24-hour period. The "duck curve" showcases the fluctuating energy demand throughout the day, with lower demand during early mornings, peaking in the evening, and dipping again at night. Unlike most states, Texas allows energy prices to fluctuate during the day, which reflects the realities of this curve. Regions with ample renewable energy resources, such as West Texas with its wind and solar power, offer electricity at a lower cost compared to urban areas like Houston. This flexibility in energy pricing makes Texas an attractive destination for Bitcoin miners. Bitcoin miners are unique in their ability to operate in various locations and adjust their energy consumption to capitalize on the cheapest power available. They can reduce energy demand during peak hours or sell excess power back to the grid when their operations are not running at full capacity. As a result, Texas' power grid, managed by the "Electric Reliability Council of Texas" (ERCOT), incentivizes miners by providing credits on top of their rewards for verifying Bitcoin transactions. This favorable environment has led major mining companies like Core Scientific, Genesis Digital Assets, Riot, and Marathon Digital to establish a strong presence in the state. The trend gained momentum after China banned mining in 2021, driving companies to explore new opportunities in Texas. Despite a slight slowdown in growth due to regulation adjustments, mining in Texas continues to expand, with companies like Core Scientific employing 70 full-time employees in the state. The decision to invest in Texas was influenced by three key factors: business-friendly environment, a stable power grid, and an available pool of labor. Texas' reputation for welcoming businesses, its reliable power grid, and access to skilled labor all made it an ideal location for these mining companies. Moreover, Texas' pro-business attitude was evident in how the state handled proposed legislation (SB 1751) that could have impacted mining incentives. The industry successfully engaged with policymakers, explaining the benefits that miners bring to the grid, and the bill eventually failed in the House. Such collaboration between regulators and miners has fostered a positive environment for the industry to thrive. Critics have raised concerns about Bitcoin mining's energy consumption and its impact on the state's power grid. However, advocates argue that miners' ability to adjust their operations strategically actually benefits the grid. Miners can contribute to the grid during periods of low demand, and by "giving back" excess power, they effectively act as a form of battery storage. This interaction ensures a more efficient use of renewable energy resources. While the ERCOT grid's capacity is not infinite, Texas continues to be a hotspot for Bitcoin mining. Measures like the "Interim Large Load Interconnection Process" have been introduced to regulate the industry's growth. This application process has helped modulate the influx of new miners, ensuring responsible expansion. The Bitcoin mining industry in Texas has not only been a boon for the state's economy, creating thousands of jobs, but it has also showcased the potential for renewable energy utilization in the cryptocurrency space. Texas' unique combination of abundant renewable energy, a flexible power grid, and a business-friendly environment has solidified its status as a leading destination for Bitcoin miners worldwide.