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I’ve been analyzing IREN’s expansion and financial metrics, and I’d love to get your insights on the following questions:

1️⃣ Mining Revenue & Costs

If IREN achieves 50 EH/s with 810 MW (660 MW + 150 MW expansion) and the network hash rate is 1,000 EH/s, they would mine approximately 8,350 BTC per year.

Estimated annual costs: $ 355M (Electricity: $235M Overhead + Energy Certificates: $120M)

2️⃣ Bitcoin Yield Per MW

Given 810 MW and 8,350 BTC per year, does the estimated yield of 10.48 BTC per MW per year seem reasonable?

If Bitcoin price = $100K, then 1 MW generates approximately $1M in revenue per year.

3️⃣ AI/HPC Data Center Classification

IREN’s 75MW AI/HPC data center is expected to cost $300M to build.

Given an estimated $4M per MW, would this classify as a Tier 2 (T2) data center?

Typically, Tier 3 (T3) facilities have higher redundancy & uptime guarantees, increasing costs. Does this align with industry pricing for Tier 2 facilities?

4️⃣ Expected AI Hosting Revenue Per MW

If IREN’s AI data center is Tier 2, expected revenue per MW should be $1.5M annually, based on comparisons to Core Scientific (CORZ), which earns $1.44M per MW from CoreWeave.

Does $1.5M per MW seem achievable in IREN’s AI colocation model or would it be higher?

5️⃣ Operating Costs Per MW for AI Data Center

what would be Estimated operating costs per MW per year:

Electricity: $30K per MW?

Cooling: $$50K per MW?

Maintenance: $15K–$25K per MW

Network & Connectivity: $10K–$30K per MW

Depreciation (Infrastructure): ?

6. How does IREN compare with CORZ in terms of AI//HPC. CORZ will have ARR of $360M (250 MW)starting from 2026 and $850M (590 MW) starting from 2027.

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