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Carbon-Neutral Computing at Scale NEG revolutionizes data centers: Generate power AND cooling simultaneously. Cut electricity costs 50%. Eliminate HVAC systems. Enable carbon-neutral AI training. This is the sustainable future of cloud computing.
The $300 Billion Data Center Crisis
Data centers consume 3% of global electricity and generate 2% of global CO₂ emissions—equivalent to the airline industry. AI training alone requires 10,000+ GPUs running continuously, with cooling costs exceeding compute costs. The industry is unsustainable at current growth rates.
$300B
IoT Devices by 2025
40%
Energy Wasted on Cooling (HVAC)
$100B
Annual Data Center Energy Costs
50%+
Cost Reduction with NEG
Total Rack Power: 11.8 kW generated + 11.8 kW cooling capacity Eliminates need for external power supply and HVAC infrastructure
How NEG Transforms Data Center Architecture
Ambient Heat
Server waste heat + facility thermal energy
NEG Module
Semiconductor energy harvesting
Output
Electricity (power compute) + Cooling (remove heat)
NEG creates a closed-loop energy system: Server heat powers the next generation of compute. No external cooling required. No massive HVAC infrastructure. This is energy independence for data centers.
Cost Breakdown: Traditional vs. NEG Data Center 1 MW Data Center Facility | 20-Year Total Cost of Ownership
NEG SAVINGS: $24.7 MILLION (60% reduction)
Payback period: 2.5 years | ROI over 20 years: 150%+
Carbon Impact: The Path to Net-Zero Computing
Enabling Sustainable AI at Scale
Training GPT-4 consumed 25 GWh of electricity (equivalent to 2,500 US homes for one year). As AI models scale to 100 trillion parameters, energy demands will exceed the capacity of entire power grids. NEG makes AI training sustainable.
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AI Model Training GPU Clusters: 10,000+ units
Traditional cost: $20M+ electricity per training run. NEG: 50% reduction = $10M saved. Enable continuous training without grid strain. Carbon-neutral AI from day one.
Cloud Computing (AWS, Azure, GCP) Hyperscale: 100+ MW facilities
AWS alone operates 100+ data centers. NEG adoption = $5B annual savings + carbon neutrality = regulatory compliance (EU 2030 mandates). Competitive advantage in enterprise sales.
Gaming & Streaming Low-latency edge computing
Cloud gaming (Xbox Game Pass, GeForce Now) requires 50 ms latency = distributed edge data centers. NEG enables deployment anywhere (no grid dependency). Reduce streaming costs 60%.
Scientific Computing Supercomputers: Exascale era
Frontier supercomputer: 21 MW power consumption. NEG: reduce to 10 MW. Enable longer simulation runs. Climate modeling, drug discovery, fusion research—all sustainable.
Cryptocurrency Mining Bitcoin alone: 150 TWh annually
Mining profitability = electricity cost. NEG: 50% cost reduction = 100% profit increase. Carbon-neutral blockchain = regulatory compliance. ESG-compliant crypto.
Big Data Analytics Enterprise data warehouses
Companies process petabytes daily (Walmart, Amazon). NEG: reduce query costs 50%. Enable real-time analytics without budget constraints. Data-driven decisions at scale.
Technical Specifications
Why NEG Dominates Data Center Energy
Eliminate HVAC Infrastructure
Traditional data centers: 40% energy to cooling. NEG provides cooling alongside power = zero HVAC. No chillers, no cooling towers, no water consumption. 60% footprint reduction.
Deploy Anywhere
No dependency on power grid or water supply. Enable data centers in deserts (no water for cooling), Arctic (free cold sink), or remote locations (edge computing). Geographic flexibility = competitive advantage.
Regulatory Compliancei
EU mandates carbon-neutral data centers by 2030. US states banning new fossil fuel connections. NEG ensures compliance without operational disruption. Avoid $100M+ carbon penalties.
Grid Independence
Texas grid failures (2021) cost data centers $1B+. NEG provides baseload power without grid dependency. Maintain uptime during blackouts. Energy sovereignty for mission-critical compute.
Higher Compute Density
Eliminate HVAC = 2× server density per square foot. Same facility houses double the compute. Reduce real estate costs in expensive markets (NYC, SF, Singapore).
Modular Scalability
NEG scales linearly: 1 kW to 100 MW. No redesign for expansion. Add racks without upgrading cooling. Organic growth without capital expenditure spikes.