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Brightlayer Energy

Eaton’s Brightlayer Energy is an energy management and optimization system (EMOS) which helps unify increasingly complex building energy systems – including onsite renewables, battery energy storage and electric vehicle (EV) charging infrastructure. This empowers your organization to:

  • Optimize energy consumption to reduce costs and better manage your carbon footprint
  • Enhance resiliency through asset monitoring and management to ensure uninterrupted operations
  • Unlock new revenue streams and contribute to a more resilient grid by selling excess capacity to energy markets

Core features

Energy management at multiple levels

  • Site level: Gain a real-time, detailed view of your facility’s energy consumption and performance metrics
  • Portfolio level: Manage multiple sites with a unified dashboard for a clear comparison of energy performance
  • Enterprise level: Integrate every location into a cohesive network for a comprehensive view of your entire ecosystem, ensuring you make informed decisions across your organization

Transform your energy strategy with Eaton’s Brightlayer Energy

Discover how Eaton’s Energy Management and Optimization System can help you lower costs, achieve sustainability goals, enhance operational uptime and unlock new revenue streams.

Analyze how your building can control energy use

Gain actionable insights to make informed decisions to transform your approach to energy and achieve your energy efficiency, sustainability and business continuity goals.

Optimize how your building uses and generates energy

Leverage distributed energy resource optimization and grid interaction. Achieve greater control over your energy consumption, refine your usage patterns, better manage your carbon footprint, and enhance your bottom line.

Monetize your building’s energy system

Integrate into virtual power plant agreements and transform your building into an energy hub. Sell spare capacity to energy markets, opening the door to new revenue streams and contributing to a more resilient grid.
Specifications

FAQs

Yes. Brightlayer Energy aggregates physical and virtual meter data, normalizes it, and produces portfolio‑level insights that support regulatory reporting, benchmarking, and compliance submissions.
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Yes. Brightlayer Energy goes beyond monitoring to actively control assets such as lighting, EV charging, and other loads, enabling energy optimization aligned to cost, sustainability, or resilience goals.
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Yes. Brightlayer Energy monitors real‑time demand and actively manages loads to maintain predefined demand thresholds, helping facilities avoid exceeding contractual or utility‑defined limits.
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Yes. Many customers face limited grid capacity when deploying EV charging at scale, especially across parking lots or campuses. Upgrading utility service can be costly and time-consuming. Brightlayer Energy helps overcome this by intelligently managing EV charging loads in real time. Rather than relying solely on charge curtailment, which can negatively impact user experience, Brightlayer Energy can integrate battery energy storage to dynamically support EV charging demand. By balancing loads across the system and supplementing power where needed, it helps maintain consistent charging performance while staying within site or utility limits.
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Yes. In many regions, facilities are required to limit the amount of excess solar energy exported to the grid. Brightlayer Energy helps enforce these limits by monitoring generation and controlling system behavior in real time. It can either curtail PV output when necessary or, where available, redirect surplus energy to battery storage, helping customers stay within regulatory limits and avoid penalties.
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Yes. Brightlayer Energy is designed to integrate with a wide range of third-party EV charging platforms. If the charging network supports cloud-based API connectivity, Brightlayer Energy can monitor, control, and optimize charging across multiple vendors, enabling consistent energy management even in mixed hardware environments.
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