Tell Me Something Grid Series
This series introduces some of NREL's outstanding researchers in grid modernization and shares how their work is shaping the grid of the future.
Browse below to meet some of NREL's expert grid researchers and get a behind-the-scenes look at their work to make the nation's electrical grid more flexible, reliable, resilient, secure, and sustainable.
How Industry Partnerships Can Help Tackle Real-World Grid Challenges
NREL Chief Scientist Yonghong Chen shares insights from over two decades of experience at Midcontinent Independent System Operator. In her role at NREL, Chen emphasizes the importance of industry collaboration for addressing real-world grid challenges. Her work focuses on efficient market design, grid operations, and planning for a renewable future. By partnering with electric companies and grid operators, Chen aims to drive innovative solutions that ensure grid reliability and resilience as the nation’s energy landscape shifts toward renewables.
The Path To Supply Clean Energy to Every Home
The energy transformation offers opportunities to modernize and decarbonize the power system—with a surge in distributed solutions on the horizon. But modeling the future distribution grid is complex. NREL grid researcher Sherin Ann Abraham describes her research to understand how our current distribution power systems will need to change to keep up with and support the clean energy transition. For instance, she is focusing on a more interdisciplinary modeling approach that ensures all communities can have equitable access to clean electricity.
A Look at the Future of Transmission: Getting Clean Electrons to Where They Need To Be
Studies of clean electricity futures in the United States have shown that transmission capacity may have to more than double to support a cost-effective transition to a decarbonized grid. In this article, grid researcher Jarrad Wright describes his research on how a transformed power system with significant levels of transmission infrastructure might operate. This work is part of the National Transmission Planning Study led by the U.S. Department of Energy’s Grid Deployment Office and done in partnership with NREL and the Pacific Northwest National Laboratory.
Cutting-Edge Grid Planning Tools Drive India's Distributed Energy Future
India is hoping to achieve 40% renewable electricity capacity by 2030 and a key element to its grid planning is the incorporation of distributed energy resources. Grid Planning and Analysis Center analysts Kapil Duwadi and Erik Pohl dive into NREL’s role assisting India’s decarbonization efforts, including distributed energy resource risk analysis, load distribution assessment, and developing tools for data management to support a more sustainable power system for the future.
Top 10 Things To Know About Power Grid Reliability
There is a lot of planning and operations to ensure 24/7 access to reliable electricity that powers our homes, businesses, and communities. NREL Senior Research Fellow Paul Denholm shares what you need to know about the reliability of the U.S. power grid and why renewable energy can help keep the lights on. He highlights a package of resources to support energy system stakeholders with understanding the complicated world of reliable grid planning and operations.
Scaling and Aggregation Supercharge Electric Vehicle Charging
Distributed energy resources such as electric vehicles could support a more cost-effective, reliable, and sustainable bulk power system. But coordinating lots of distributed energy resources to benefit the grid and maximize cost savings can be complicated. Grid researcher Luke Lavin describes a study done in partnership with his transportation colleagues at the laboratory on the potential opportunities and pitfalls of different electric vehicle managed charging approaches.
New Modeling Approach Ensures All Community Members Are Considered in Electricity Systems Evolution
The evolution of the electricity system has historically been modeled from the perspective of a single utility or central planner, with limited consideration of the diversity of individual consumers and suppliers and societal objectives, incentives, and actions. But that approach is becoming less effective as electricity systems rapidly evolve. Grid researcher Elaine Hale describes a new modeling approach to ensure all community members are considered.
Unlocking Grid Potential Around the World With the Global Power System Transformation Consortium
To achieve a global and inclusive response to climate change, it is critical to support system operators worldwide with managing the challenges related to integrating high levels of renewable energy. NREL senior grid researcher Amy Rose discusses her role leading a team that works directly with system operators in developing countries to implement the technical solutions needed to operate reliable, low-carbon grids.
Cambium Offers Forward-Looking, Publicly Available Data To Build Into Grid Planning Workflows
Making decisions about the future grid or grid-connected systems requires detailed data of estimated future U.S. emissions, costs, and electricity generation. NREL energy systems researcher Pieter Gagnon developed and updates Cambium, one of NREL’s many publicly available grid planning tools that offers electricity sector metrics at the hourly resolution to support detailed analysis of possible future grid conditions and impacts of potential decisions.
Strategic Planning Could Maximize the Benefits of Integrating Electric Vehicles Into Electricity Distribution Systems
Electricity distribution system planners are seeking more information about increased electricity demand from electric vehicles so they can strategically plan system upgrades, implement charging control methods, and develop new market solutions, if needed. NREL grid analyst Nadia Panossian discusses new research on how to best integrate lots of electric vehicles into distribution systems.
Protecting Power System Frequency With Increasing Distributed Energy Resources
Distributed energy resources with advanced controls can provide services to the grid such as frequency response. However, unlike conventional generators, distributed energy resources have to regularly exchange signals with faraway control centers. NREL grid analysts Wenbo Wang and Xin Fang discuss potential impacts of these open communications networks.
Join Us
Interested in shaping the future electric power system at NREL? Browse open positions and see what it's like to work here.
Stay Connected
Subscribe today to receive regular updates on what's happening in grid modernization and energy systems integration research at NREL and around the world.
Share
