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Engineering Laboratory / Building Energy & Environment Division

Mechanical Systems and Controls Group

Projects/Programs

Displaying 1 - 8 of 8
hi-tech grid

Building Integration with Smart Grid

Completed
Objective - To develop the measurement science for industry standards that will enable interconnection of home and building automation and control systems with a future "smart" utility grid, provide consumers with energy usage information, and support industry efforts to develop the needed standards
hi-tech building

Commissioning Building Systems for Improved Performance and Cybersecurity

Ongoing
Objective To improve the performance of building systems by providing the measurement science needed to develop improved building commissioning techniques that utilize embedded capabilities of building control systems, accelerate the adoption of cost-effective commissioning as standard practice and
green construction

Embedded Intelligence in Buildings Program

Ongoing
Objective To develop and deploy advances in measurement science that will improve building operations to achieve lower operating costs, energy waste, occupant comfort/safety/security, and smart grid integration through the use of intelligent building systems. What is the problem? Over 80% of the
hi-tech Building

Intelligent Building Agents

Ongoing
Objective Demonstrate the feasibility of AI control techniques for reducing the energy costs of HVAC systems in commercial buildings and create a research infrastructure, the Intelligent Building Agents Laboratory (IBAL), suitable for ongoing demonstration, development, and evaluation of advanced AI

Semantic Interoperability for Building Data

Ongoing
Objective To pursue an effort that results in national and international standards that define concepts and a methodology to create interoperable, machine-readable semantic models for representing building system information for analytics, automation, and control. Technical Idea The new technical

Smart Building Automation and Control Testbed and Standards

Completed
Objective - To enable the development of a new generation of commercial products for integrated cybernetic building systems and transform industry practices for building operations, through a combination of measurement science research enabled by state-of-the-art testbeds and direct involvement in

Transactive Energy for Effective Integration of Customer Flexibility

Ongoing
Objective The TE Flex project will provide the scientific basis for effective customer DER integration using transactive methods by 2026 with industry collaboration. Simulation studies in the NIST TE Testbed will investigate how transactive exchanges can optimally engage the flexibility of different