The bottleneck isn't money or demand. It's power delivery. Transmission costs $1-3M per MW and takes years. Meanwhile, flare gas burns at oil wells, solar farms pay negative prices to dump power, and remote hydro sits idle.
The companies who deploy compute at the energy source in the next 12-18 months will lock in the market before hyperscalers do it themselves.
Three standard ISO containers. Built in 50 days. Installed in 48 hours. No construction permits.
| Container | What's Inside | Capacity | Cost |
|---|---|---|---|
| Power (40ft) | 800kW UPS, batteries, PDU, monitoring, fire, CCTV | Supports 3-4 racks | $496K |
| IT (20ft) | 1 GPU rack, liquid cooling CDU (160kW) | 1 rack each | $129K |
| Chiller (20ft) | Water chiller (500kW), cold storage, pumps | Supports 2-3 racks | $66K |
Power and chiller are shared infrastructure — deploy once, then add IT containers as you scale. Built by KSTAR — China's #1 UPS manufacturer, publicly traded. Compare: traditional DC costs $500M+ and takes 2-3 years.
| Rack # | What You Add | Cost |
|---|---|---|
| 1st | Power + Chiller + IT + GPU rack | $6.4M |
| 2nd | Just IT container + rack | $5.85M |
| 3rd | IT container + smaller rack | $4.0M |
2nd rack saves $550K. 3rd saves $2.4M. You don't duplicate the $496K power container or $66K chiller — they have capacity for 3 racks.
| 1 rack (104 B200) | 205 kW |
| 2 racks (172 B200) | 340 kW |
| 3 racks (240 B200) | 479 kW |
| AMD MI300X (104 GPU) | 115 kW |
| Huawei Ascend (128 GPU) | 72 kW |
Includes GPUs + chiller + CDU pumps + UPS losses. PUE ~1.4x.
Continuous feed required. Grid or generator power flows through the UPS to racks 24/7.
Batteries are backup only. Standby for grid drops — 15 min to 4 hrs bridge power. Not a battery system.
GPUs are swappable. Start with AMD or Ascend. Upgrade to NVIDIA later. The container doesn't change.
Total site power includes GPU servers + cooling (CDU pumps, chiller compressor) + UPS conversion losses + monitoring. PUE ~1.4x.
| Model | Market Price | Your Cost | Margin |
|---|---|---|---|
| Llama 4 Maverick 400B | $1.25/M tok | $0.05 | 96% |
| Qwen 3.5 72B | $0.91/M tok | $0.04 | 96% |
| DeepSeek V3.1 | $0.32/M tok | $0.02 | 94% |
Input vs output: Output tokens cost 3-8x more (each requires full model read from memory). Typical blend: ~$0.95/M. We model at $0.50 — conservative.
Power is only 2-12% of token revenue. Whether you pay $0.02 or $0.15/kWh barely moves the math. The token price is the business.
Even at expensive power ($0.15/kWh), the Standard config still nets $9.2M/year.
12 GW of data centers were supposed to open in 2026 — only 4 GW are being built. Big Tech is spending $650B+ but can't get power. Transformers have 3-year backlogs. Crusoe, Giga Energy already proved container-at-wellhead works with Bitcoin — we upgrade to AI at 10-50x the revenue.
Llama 4, DeepSeek R1, Qwen 3.5 match GPT/Claude at 90-95%. Anyone with GPUs can serve enterprise-grade AI. Self-hosted margins: 94-96%. This happened in the last 6 months.
Google, Amazon, Microsoft building their own container programs. When they arrive with unlimited capital, margins compress. First movers who lock in energy sites and customer contracts now have the defensible position.
| Market | Why Now |
|---|---|
| US | Permian flare gas, ERCOT curtailed wind/solar, Georgia Power 3 GW solar+BESS with off-peak excess |
| India | $30B DC CAPEX by 2030, 500 GW renewables, PLI incentives, 50+ customers. Assembly saves $2.5M/shipment to US |
| Middle East | 0-5% duties, 154% gross margin on container sales |
| Africa | 223 DCs across 38 countries — greenfield. Green Flare building 50+ MW flare gas DCs in Nigeria |
| Sri Lanka | Largest private renewable company ready to deploy at existing sites |
Crusoe & Giga proved container-at-wellhead with BTC at $0.08/kWh. We do AI at $1.50/kWh. Same playbook. 10-50x revenue.
Partners: KSTAR (container infrastructure) · Supermicro (GPU server racks) · CN Water Systems (India assembly)
| GPU | Investment | Annual Profit | Payback | Power |
|---|---|---|---|---|
| Huawei Ascend | $0.6M | $0.65M | 11 mo | 72 kW |
| AMD MI300X | $1.9M | $3.2M | 7.1 mo | 115 kW |
| NVIDIA B200 | $6.4M | $9.9M | 7.8 mo | 205 kW |
| Rack | Add Cost | Why Cheaper | Cumulative |
|---|---|---|---|
| 1st | $6.4M | Full infra (power + chiller + IT) | $6.4M |
| 2nd | $5.85M | Shared power & chiller — save $550K | $12.3M |
| 3rd | $4.0M | Shared infra + smaller rack — save $2.4M | $16.3M |
Every month you wait is a month of margin someone else captures.