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Breadcrumb

  1. Research
  2. Energy Resiliency
  3. Energy Efficiency
  4. Building Technologies
  5. Building-Grid Integration

Building-Grid
Integration

Connecting buildings
and the power grid

Researchers at PNNL are using a new method, known as Intelligent Load Control, to rein in a building’s energy demand. On the PNNL campus, the algorithm has been deployed to control energy-related devices, such as lighting. Devices respond to optimize energy use in real time and reduce peak electricity loads, while ensuring occupant comfort.

Andrea Starr | Pacific Northwest National Laboratory

  • Building Technologies
    • Advanced Building Controls
    • Building-Grid Integration
    • Advanced Lighting
  • Residential Buildings
  • Commercial Buildings
  • Federal Buildings
  • Building Energy Codes
  • Appliance and Equipment Standards
  • News & Updates
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PNNL’s longstanding leadership in transactive energy provides the foundation for today’s vision for building-grid integration.

In this vision, future buildings and homes routinely “talk” with the power grid and other energy sources, seamlessly coordinating energy supply and demand. The result? Energy and cost savings, a more stable grid, and improved use of renewable energy—all of which benefit consumers, the environment, and the nation’s energy and economic security.   

In partnership with the U.S. Department of Energy’s Building Technologies Office, PNNL researchers are advancing transactive energy and associated building-grid technology development in these key areas:

  • control systems to manage building and home operations
  • data analytics and modeling
  • interoperability and connected equipment
  • energy storage
  • grid and building cybersecurity.

Recent News

NOVEMBER 23, 2020
Web Feature

Transactive Energy: Negotiating New Terrain

Read
DSO+T project illustration
NOVEMBER 17, 2020
Staff Accomplishment

Drgoňa and Vrabie Earn Best Paper Award at Dynamic Systems and Control Conference

Read
portrait of a woman and a man
SEPTEMBER 14, 2020
Web Feature

VOLTTRON™ Goes to School

Read
Eclipse VOLTTRON™ data collection and analysis capabilities paired with machine learning techniques make it possible to improve communication and interoperability among building devices and systems.
SEE MORE RELATED NEWS

Facilities

Building Operations Control Center Integrated Building Assets Lab Homes Power Electronics Laboratory Systems Engineering Building Thermal Energy Storage System

Related Divisions

Electricity Infrastructure and Buildings Division

Related Links

Clean Energy and Transactive Campus ProjectClean Energy and Transactive Campus Project (brochure)Economic DispatchIntelligent Load ControlIntelligent Load Control (brochure)Residential Load FlexibilityVOLTTRON

Contacts

Dennis Stiles
Sector Lead, Energy Efficiency and Renewable Energy
dennis.stiles@pnnl.gov
Shannon Bates
Communications Lead
shannon.bates@pnnl.gov

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