The way electricity is distributed is changing — and so is the hardware that protects it.
Three trends collided in 2026. AI data centers now drive 55% of U.S. electricity demand growth, and the U.S. alone consumes nearly 40% of the world's data center electricity. The strain is visible: Texas paused new data center grid connections in August, PJM proposed cutting data center load first during emergencies — requiring 50MW+ facilities to bring their own generation — and construction moratoriums have spread to 18 states. Meanwhile, 800VDC architecture is going mainstream, and solid-state circuit breakers have moved from lab concept to commercial products.
Why the shift matters.
Traditional electromechanical breakers are slow, arc, and rely on moving parts. Solid-state breakers (SSCBs) use power semiconductors — IGBTs, SiC, or GaN devices — to interrupt current in microseconds: no arc, no moving parts, faster reclose, and digital monitoring built in. For DC circuits this is a decisive advantage, because DC current has no natural zero-crossing; extinguishing a DC arc mechanically is far harder than in AC systems. Industry observers describe solid-state technology as ushering in a new era for DC applications, and switchgear makers are already launching direct-current portfolios aimed at the same high-density, high-voltage environments.
Where 800VDC is taking hold first is the data center.
Distribution at higher DC voltages reduces conversion losses and copper weight in high-density racks, which is why AI-era buildouts are moving beyond traditional 48V server rails toward 800VDC bus architectures. The market is responding at every level: GE Vernova introduced a medium-voltage UPS for AI factories, nVent committed $1.75 billion to data center power demand, and Energy Vault signed a 1.25GW power infrastructure agreement for an AI data center campus in Texas. Grid operators are also repricing the risk — TVA proposed a new data center rate with an average 10% increase — while equipment demand is pulling the whole supply chain along: one Chinese industry report calls AIDC the trigger for a "golden decade" of low-voltage distribution worth hundreds of billions of RMB.
The same pattern is playing out in battery energy storage.
Global storage shipments grew 83.45% in H1 2026 to 303.4GWh, China's market doubled for a second consecutive year, and Europe added 36GWh in 2025. Storage is also becoming part of the data center story: the data center battery (UPS & BESS) market is projected to reach $10.23 billion by 2032. On the DC side, every battery rack, PCS cabinet, and string needs arc-free, DC-rated protection — a clear pull for solid-state and communication-enabled breakers. EV fast charging adds another DC load center: the U.S. now has more than 75,000 public DC fast-charging stalls, EVgo is deploying 500kW chargers, and bidirectional V2X charging earned its first Next-Gen certification in August. Every one of those stalls is a small DC distribution node.
What this means for buyers.
If you specify or distribute low-voltage components, the DC transition changes your checklist: DC voltage rating and breaking capacity, arc-free interruption for battery-grade circuits, communication-enabled protection, and UL/IEC certification covering DC applications. The market signals are already visible. One Chinese LV leader grew overseas revenue 75% in H1 2026 with more than 50 UL-certified products, explicitly positioning solid-state breakers for 800VDC. In Korea, breaker demand is surging as manufacturers target AI data centers, and analysts project solid-state transformers alone to reach $733.53 million by 2035. Component suppliers who add DC-rated, digitally native products now will be the ones quoting the next wave of data center, storage, and charging projects.
The takeaway:
AC-first thinking is fading. Whether you are building a data center, a storage site, or a charging hub, DC-capable, digitally native protection is becoming table stakes. Our low-voltage component range keeps pace with these standards — contact us to spec the right protection for your next project.
