The GridOptimal Buildings Initiative
Paper / February 8, 2019 / Building Innovation
The role of buildings, renewable energy, and energy storage in the utility industry is changing. New near-term solutions are needed to address today’s challenges and capitalize on opportunities for market transformation. New Buildings Institute, in partnership with the U.S. Green Building Council (USGBC), is leading a national coalition committed to better integrating buildings into utility grid management strategies.
This project, called the GridOptimal™ Buildings Initiative, will develop metrics by which building features and operating characteristics that support more effective grid operation can be measured and quantified. This will support the least-cost decarbonization of the grid through better integration of both distributed energy resources (DER) and utility-scale wind and solar energy.
By creating a standardized metric that defines a building’s contribution to the relevant utility grid scale—the building’s operational performance as a grid asset—many doors open. Utilities may incentivize grid-sensitive design. Government agencies may include the metric in their procurement requirements or in their climate policies. Designers and building owners can consider these impacts in a project in a sensible, straightforward approach. As we develop a way to define building-grid interaction quality, the market can respond by developing solutions for many of the issues facing the utility grid today and tomorrow. Future building codes can begin to encourage the adoption of these solutions and help ensure that the buildings coming online are acting as good grid citizens.
We are currently assembling a team of utilities and other partners who can advise and support this ground-breaking project.
On February 28, 2019, the webinar “The GridOptimal Buildings Initiative Phase 1: Metrics, Modeling, and Momentum” shared the progress in this exciting initiative.
Below are links to materials and background on the effort:
Building occupants expect reliable, high-quality electricity on demand, regardless of what occurs behind the meter to meet that demand. For more than a century, the power grid has relied on one-way energy flows from large centralized power plants, usually powered by fossil fuels. Today, new policies, such as carbon emissions reduction targets and new technology (including vastly cheaper renewable energy and energy storage) are forcing grid operators to seek a new paradigm. There has been, and will continue to be, huge DER growth in neighborhoods around the country. Bridging the gap between yesterday’s centralized, fossil-powered grid and tomorrow’s DER-rich, low-carbon grid will require new thinking and new strategies.
Building-scale strategies are a critical component of the transformation of the power grid and the decarbonization of our society. However, at the building-level, there is a real lack of knowledge and incentive to encourage grid-friendly design and operation, even though buildings built today may interact with the grid for a century or more. It is illuminating to consider the impacts of individual buildings on the grid through the lens of a building’s “grid citizenship.” A good grid citizen is a building that contributes to, rather than detracts from, the reliable, safe, and affordable operation of the grid.
Across North America, there are no metrics in use today that define building-level grid citizenship or rate building-grid interaction quality in this way. Current thinking on the topic is fragmented and different players are using different language to discuss the topic from a variety of perspectives.
NBI and the USGBC have developed a collaborative and inclusive process to create standards and tools to meet the new challenges of supporting a low carbon grid. The initiative aims to provide standards, tools, and guidance to improve building-grid interactions in the built environment by empowering owners, architects, and engineers with dedicated metrics, strategies, and pilot projects. The initiative will build on NBI’s proven leadership on this issue, on USGBC’s Performance Excellence in Electricity Renewal (PEER) power system rating project, and on the market reach of the Leadership in Energy and Environmental Design (LEED) green building rating system to develop and deploy these new metrics across the market.
GridOptimal metrics and the strategies underlying this work will play a major role in bridging the gap in knowledge, understanding, and priorities between the two sides of the grid: operators and consumers. The initiative will support carbon emissions reduction policy goals while ensuring that buildings enhance the affordability, reliability, and safety of the grid today and in the future.
“GridOptimal” Buildings Can Smooth Transition to Renewables, published by BuildingGreen
Questions? Contact Alexi Miller, PE, LEED-AP + Senior Project Manager, [email protected]