8-K: TeraWulf Achieves 7.1 EH/s Hashrate, Building 4 Construction Progresses

TeraWulf announced it reached 7.1 EH/s of self-mining hashrate in January and is on track to reach 10 EH/s by mid-2024.

Summary

• TeraWulf achieved a self-mining hashrate of 7.1 EH/s in January 2024, with Building 3 at Lake Mariner fully energized.
• The company mined 313 bitcoin in January, averaging over 10 bitcoin per day.
• Power costs averaged $16,737 per bitcoin self-mined, or approximately $0.05/kWh.
• TeraWulf expects to reach 7.9 EH/s of owned hashrate in early February with the deployment of additional S19j XPs.
• Construction of Building 4 at Lake Mariner is underway and is expected to be completed by mid-2024, targeting a total operational capacity of 10 EH/s.
• The company is also exploring a potential large-scale HPC project at the Lake Mariner site.

Sentiment

Score: 8

Explanation: The document presents a positive outlook with significant operational achievements and future growth plans. The company is meeting its targets and expanding its capacity, which is viewed favorably.

Positives

• TeraWulf successfully energized Building 3 at Lake Mariner, reaching 7.1 EH/s of self-mining hashrate.
• The company's power cost per bitcoin self-mined is competitive at $16,737, or approximately $0.05/kWh.
• The company is on track to increase its hashrate to 7.9 EH/s in early February.
• Construction of Building 4 is progressing as planned, setting the stage for further capacity expansion to 10 EH/s by mid-2024.
• TeraWulf is exploring a potential large-scale HPC project, indicating diversification and growth opportunities.

Negatives

• Bitcoin production in January was slightly lower than in December due to increased difficulty and lower transaction fees.
• The company experienced some opportunistic miner performance tuning during a week of elevated energy pricing.

Risks

• The cryptocurrency mining industry is subject to fluctuations in market pricing and the economics of mining.
• Competition among cryptocurrency mining service providers is a risk.
• Changes in laws and regulations could impact operations.
• The company faces risks related to obtaining adequate financing.
• There are risks associated with cybercrime, equipment malfunction, and data security breaches.
• The availability and cost of equipment are also potential risks.

Future Outlook

TeraWulf expects to reach 7.9 EH/s of owned hashrate in early February and 10 EH/s by mid-2024 with the completion of Building 4. The company is also exploring a potential large-scale HPC project.

Management Comments

• Sean Farrell, SVP of Operations at TeraWulf, stated that the team worked tirelessly to deploy the S19j XP deliveries in line with the February 1 target.
• Farrell also mentioned that they continue to explore firmware and third-party solutions to further improve performance, with testing showing up to a 10% increase in output while maintaining stock efficiency.

Industry Context

This announcement reflects the ongoing expansion and operational improvements in the bitcoin mining industry, with companies focusing on increasing hashrate and reducing power costs. TeraWulf's focus on zero-carbon energy aligns with the growing trend of environmentally conscious mining practices.

Comparison to Industry Standards

• TeraWulf's power cost of approximately $0.05/kWh is competitive with other large-scale bitcoin mining operations.
• The company's focus on utilizing zero-carbon energy resources is a differentiator compared to some competitors that rely on fossil fuels.
• The expansion to 10 EH/s by mid-2024 positions TeraWulf as a significant player in the bitcoin mining space, comparable to other large-scale mining operations such as Marathon Digital and Riot Platforms.
• The exploration of HPC projects is a strategic move to diversify revenue streams, similar to other companies exploring alternative uses for their infrastructure.

Stakeholder Impact

• Shareholders will likely view the increased hashrate and operational efficiency positively.
• Employees are contributing to the company's growth and operational success.
• Customers may benefit from the company's increased capacity and potential HPC offerings.
• Suppliers will likely see increased demand for equipment and services.
• Creditors may view the company's growth and operational improvements favorably.

Next Steps

• Deploy additional 5,000 S19j XPs in early February to reach 7.9 EH/s hashrate.
• Complete construction of Building 4 at Lake Mariner by mid-2024 to reach 10 EH/s total capacity.
• Continue exploring firmware and third-party solutions to improve miner performance.
• Further explore the potential large-scale HPC project at the Lake Mariner site.

Key Dates

Keywords

Bitcoin mining, Hashrate, TeraWulf, Cryptocurrency, Lake Mariner, S19j XP, Power cost, HPC, Mining facility