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  • Design smarter. Build for energy resilience. Power a sustainable future.

    Deliver efficient, sustainable and future‑ready buildings that can adapt to the unexpected.
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Download the S&P Global Energy report

Based on new global research from S&P Global Energy, this report explores how modular platform integration, distributed energy resources (DERs) and AI are transforming buildings into flexible, intelligent energy assets—moving organizations from passive energy consumption to active energy management, with AI becoming foundational to operational performance.

Building trends shaping energy efficiency, resiliency and electrification

Energy, resiliency and electrification trends worldwide are transforming commercial building design and operations. 
Buildings sector’s contribution to global carbon emissions
37
%
Buildings sector’s contribution to global carbon emissions
Share of businesses in the US that experience some type of power shortage with 25% experiencing financial loss due to outages
75
%
Share of businesses in the US that experience some type of power shortage with 25% experiencing financial loss due to outages
Energy wasted in US commercial buildings
30
%
Energy wasted in US commercial buildings
European buildings suffer from poor energy performance
75
%
European buildings suffer from poor energy performance

Build for what’s next: Energy‑efficient, EV‑ready and DER‑integrated commercial buildings

Designing commercial buildings with efficient electrical systems, EV‑ready infrastructure and integrated distributed energy resources (DERs) is critical as electrification and regulatory demands increase, reducing cost, carbon and risk while enabling scalable, resilient, data‑driven operations.
Modern office building using renewable energy
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How Eaton supports energy‑efficient, resilient and low‑carbon building design

Designing for resiliency, energy efficiency and sustainability involves navigating a complex landscape of new technologies and changing expectations. It requires balancing performance, cost, reliability and evolving codes—often under tight timelines and resource constraints. Our application engineers help consultants navigate these tradeoffs by providing clarity early in the design process.

Assignment globe
Clarify project goals, such as energy efficiency, net-zero targets, resiliency or cost avoidance and translate them into practical design considerations.
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Validate design assumptions and system concepts for technologies like energy storage, electrification, microgrids and EV charging, ensuring solutions align with real-world operating needs and budgets.
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Support early-stage feasibility discussions by helping teams understand sizing tradeoffs, system interactions and operational impacts before detailed engineering begins.
Eaton application engineers help consultants pressure test ideas, identify constraints and simplify complex decisions, enabling more confident, efficient design development.

Insights and best practices for energy efficient, sustainable and resilient building design

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