Data Centers
Data Centers – The Driving Force Behind Energy Investments
The global data center market reached $319.5 billion in 2024 and is on track to nearly triple to $988 billion by 2035, with electricity consumption projected to double by mid-decade. Natural gas currently leads as the near-term power source of choice, but nuclear fission, battery storage paired with solid-state transformers, and fusion energy are all competing for a role in the long-term supply picture. This analysis examines where each technology stands today, the tradeoffs operators face between speed-to-deploy and decarbonization, and why data center investors are already placing bets on fusion despite its longer timeline to commercial scale.
Why Data Centers Are Switching to High-Voltage DC Power
The 19th-century Current Wars are getting a 21st-century sequel. As AI workloads push rack densities beyond what traditional AC distribution can efficiently handle, data center operators are turning to high-voltage DC power. The efficiency gains are substantial: DC architectures can eliminate up to 20% of energy losses while dramatically reducing the copper and cooling infrastructure required at each rack. Let’s examine the technical drivers behind the shift and who’s leading the transition.
Highlights from NVIDIA GTC 2025, Washington D.C
At NVIDIA’s GTC 2025 in Washington, D.C., the intersection of AI and energy became impossible to ignore. While Jensen Huang unveiled the Blackwell NVL72 with 10X performance gains and NVIDIA’s vision of AI “workers” augmenting human productivity, the energy implications loom large: AI data centers are adding billions to electricity costs while displacing white-collar jobs at unprecedented scale. This analysis explores why NVIDIA’s exponential compute growth makes fusion energy not just desirable, but essential and how the company’s philosophy on manufacturing, employment, and innovation offers a model for navigating AI’s macro-economic challenges.
Highlights from the Transmission and Distribution Live 2025 Conference
Transmission and Distribution World Live 2025 highlighted some of the most important infrastructure trends shaping the future of electricity delivery. AWS discussed data center impacts on utilities, panelists outlined major innovations in undergrounding transmission, and South Carolina’s $45M Nexus program showcased a bold model for cyber-physical grid resilience and workforce training. These developments will play a key role in preparing the grid to support next-generation power sources like fusion.
Data Center Growth: What is Reality, and Who Should be Paying for It?
AI-driven data center growth is putting serious strain on power grids and ratepayers are footing the bill. This article examines conflicting demand forecasts, the real impact on electricity prices, and whether tech giants should shoulder more of the infrastructure costs.
AI Data Centers: Driving Battery Technologies That Could Be Useful Beyond Powering Servers
As AI data centers strain the grid, their demand is accelerating innovation in safer, scalable battery storage. Organic flow batteries are a low-cost, nonflammable alternative to lithium-ion, now being tested for both data infrastructure and grid-scale deployment. Could this old idea create a new breakthrough?
- This Week’s Fusion News: May 15, 2026
- Thea Energy Announces Successful Operation of Full-Scale Planar Shaping Coils
- How Real is the Need To Hit $50 per Megawatt-Hour for Fusion Energy to Succeed In the US?
- Type One Energy, Tokamak Energy and Construction Giant AECOM Form the UK Infinity Fusion Consortium
- Zap Energy Goes Fission AND Fusion
- This Week’s Fusion News: May 1, 2026
- The Fusion Decathlon Part 5: Who Are the Winners? Actually, No One Yet…
- The Shot Clock to Put Electricity on the Grid: Inside Fusion 2035 on May 7
- Helical Fusion Closes Series B Round, Launches Helix Program Official Partners
- This Week’s Fusion News: April 24, 2026
- The Fusion Decathlon Part 4: More Magnetic Fusion Energy (MFE) Solutions
- The UK STEP Program Awards a $95M Magnet Program
