What is the US grid capacity gap?

The US grid capacity gap refers to the growing difference between how much electricity the country can reliably supply and how much it needs to meet rising demand from AI data centres, electrification, and industrial growth. Schneider Electric's Research Institute projects that high-end scenarios could require up to 157 GW of additional electricity by 2029.

Why is the US power gap getting worse?

Artificial intelligence, data centres, electrification, and digitalisation are driving a rapid acceleration in electricity demand. Schneider Electric's Research Institute finds that AI alone could account for up to 50% of US electricity demand growth between 2025 and 2030.

What did Schneider Electric present at BNEF 2026?

At the 2026 BloombergNEF Summit in New York on 21 and 22 April, Schneider Electric outlined strategies for closing the US grid capacity gap. The company presented new research showing that smart buildings equipped with distributed energy resources can relieve grid pressure faster and at lower cost than traditional expansion, while remaining profitable for investors.

What are distributed energy resources and why do they matter?

Distributed energy resources are smaller-scale power assets located close to where electricity is consumed. Schneider Electric's research argues that orchestrating these resources intelligently can provide grid relief equivalent to new generation capacity, helping to address the US grid capacity gap without requiring large-scale infrastructure projects.

Who is AlphaStruxure and what role did it play at BNEF 2026?

AlphaStruxure co-hosted an executive workshop with Schneider Electric at the BNEF 2026 Summit. The workshop examined the utility interconnection bottleneck, time-to-power constraints, and how to accelerate design-to-commissioning timelines for data centres.

What is the time to power problem?

The time to power problem refers to the delay between when new electricity capacity is needed and when it actually comes online. Schneider Electric used the BNEF 2026 Summit to argue that software-defined architectures and standardised design approaches can compress this timeline, from utility grid connection through to commissioning.

What quantitative findings did Schneider Electric's Research Institute present at BNEF 2026?

Schneider Electric's Research Institute finds that AI could account for up to 50% of US electricity demand growth between 2025 and 2030. In high-end scenarios, total additional US electricity demand could reach 157 GW by 2029. These figures underpin the company's case for treating the US grid capacity gap as an urgent infrastructure challenge.

What is the investment case for DER-based grid relief according to Schneider Electric's BNEF 2026 research?

Schneider Electric's report presented at BNEF 2026 concludes that deploying distributed energy resources through smart buildings can provide grid capacity relief faster and at lower cost than traditional grid expansion. The report explicitly states that this approach remains profitable for investors, positioning DER orchestration as a commercially viable alternative to new utility-scale generation for grid operators, asset managers, and procurement specialists assessing grid modernisation strategies.

Schneider Electric targets the US grid capacity gap

Q: How can smart buildings help the electricity grid?

According to Schneider Electric's new report presented at BNEF 2026, smart buildings equipped with distributed energy resources can deliver grid relief equivalent to adding new generation capacity. They achieve this by managing electricity demand flexibly, reducing strain on the distribution network during peak periods.

Q: What role does AVEVA software play in Schneider Electric's grid strategy?

Schneider Electric positions its AVEVA software as an AI-powered analytics layer that converts unused enterprise data into actionable energy and industrial intelligence. The company states that organisations currently fail to act on nearly three-quarters of their enterprise data. AVEVA is designed to reduce unplanned downtime, self-optimise energy use, and enable the shift toward autonomous operations within grid-connected facilities.

Category: Battery Management Systems, Connectivity & IoT, Energy Storage, Grid Intergration, Inverters, Investment & Finance, Market Trends, Power Electronics, Regulation & Policy, Smart Charging

April 27, 2026

A high-voltage electricity transmission pylon at dusk representing the grid infrastructure challenges at the centre of Schneider Electric's US grid capacity gap research at BNEF 2026.

Pressure on US grid infrastructure is intensifying as AI-driven electricity demand accelerates, with Schneider Electric arguing that smart buildings and DERs can deliver faster relief than traditional expansion

(Image courtesy of Schneider Electric)

Schneider Electric used its platform at the 2026 BloombergNEF Summit in New York to lay out concrete pathways for closing the US grid capacity gap, arguing that the country faces both an energy demand and an energy intelligence challenge. The company’s Research Institute projects that AI alone could drive up to half of all US electricity demand growth between 2025 and 2030, with high-end scenarios putting total additional demand at 157 GW by 2029. Addressing that scale of growth requires more than new generation — it demands a fundamental rethink of how the distribution network is managed in real time.

Smart buildings take on the US grid capacity gap

The centrepiece of Schneider Electric’s BNEF 2026 presence was a new report titled Grid Relief from Smart Buildings Equipped with Distributed Energy Resources. The research demonstrates that smart buildings equipped with distributed energy resources (DERs) can deliver grid relief equivalent to adding new generation capacity, doing so faster and at lower cost than conventional grid expansion. The report also concludes that this approach remains profitable for investors — a finding aimed at accelerating commercial deployment rather than relying on regulatory compulsion alone.

The framing carries weight for grid operators and procurement teams. Smart orchestration of DERs and demand flexibility tools offers a route to relieving pressure on the distribution network without the multi-year lead times associated with utility-scale infrastructure. Load management at the building level becomes, in this model, a cost-effective route to addressing grid capacity constraints during the energy transition.

Electrification and energy intelligence as strategic priorities

Schneider Electric organised its BNEF programming around three priorities. The first focuses on grid readiness: software-defined architectures and standardised design approaches designed to compress the timeline from utility interconnection to commissioning, embedding digital intelligence at the grid edge. The second addresses electrification for resilience, pairing efficiency gains with real-time data and analytics delivered through the company’s EcoStruxure platform and SE Advisory Services to generate measurable financial returns in years, not decades.

The third priority targets operational intelligence. Schneider Electric’s AVEVA software is positioned to convert enterprise data into actionable insight for energy and industrial operations. According to the company, organisations currently fail to act on nearly three-quarters of their enterprise data. Turning that around through AI-powered optimisation and smart energy management is presented as a way to unlock additional grid capacity from infrastructure already in place.

Senior executives including Pankaj Sharma, Executive Vice President of Software and Services, led the delegation across mainstage panels and workshops. Joint programming with AlphaStruxure examined the utility interconnection bottleneck and time-to-power constraints facing data centre developers. As policymakers and industry leaders weigh how quickly the US can add generation and modernise its distribution network, Schneider Electric’s BNEF research positions DER-enabled buildings as an immediate and investor-ready lever for grid relief.

Stay ahead in the electrification revolution. Explore more breakthroughs from leading innovators in electric commercial transport – visit our news page.

Schneider Electric targets the US grid capacity gap

Smart buildings take on the US grid capacity gap

Electrification and energy intelligence as strategic priorities

Share this: