NLR develops methods for real-time operation and control of power systems at various scales to support a more reliable and efficient power grid. Examples of some traditional technologies include SCADA systems, manual switching, and off-line analysis (analysis not conducted in real-time). With optimized grid operations, you can maximize the use of the existing network and take a proactive role in integrating and managing distributed energy resources. Discover grid control for the operation, management, and optimization of transmission and distribution grids. Transforma Insights estimates that the revenue in the Grid Operations Application Group will grow at a CAGR of 11%. This part of the report discusses the market growth in https://dublindecor.net/the-property/chimmers-changing-technologies-and-correct.html terms of revenue (module revenue, service wrap revenue, and VAC revenue).
- Hydropower has long been Brazil’s leading power generation resource, and wind and solar are continuing to grow.
- AI provides the tools for utility and energy companies to meet and exceed these expectations, building stronger and more positive customer relationships.
- No matter the electricity’s source, local electric utilities operate the distribution system that connects homes and businesses to the grid.
- These challenges not only delay renewable integration but also drive higher operational costs and limit investment efficiency.
- Building on its success with European grid operators, envelio launched its U.S. subsidiary in Boston in 2024 and began working with Eversource to streamline and automate the interconnection process.
This includes recognizing flexibility—through load shaping, DERs, and customer participation—as a valuable tool for mitigating risk. We’re also seeing the electrification across buildings (heating and cooling); industrial processes (manufacturing and refining); and transportation (electric forklifts and electric buses). Learn about the results of NLR’s grid impact analysis of the total solar eclipse on April 8, 2024.
- NLR researchers are developing tools to understand the impact of changes in home and building energy use and how building assets and energy management systems can provide value to the grid.
- Upgrading and modernizing the grid is essential to handle the increased load from renewable sources.”
- This part of the report discusses the market growth in terms of revenue (module revenue, service wrap revenue, and VAC revenue).
- This is complicated as ramp rates and grid congestion are serious factors in the decisions on which unit to ramp.
- Matching supply of power with ever changing demands requires system operators to have timely and accurate situational awareness and decision support tools, and effective controls.
- These practical use cases for AI provide a clear picture of the technology’s current value and serve as the building blocks for a more intelligent future.
Reconductoring existing lines with advanced conductors is faster and cheaper than building new transmission line by leveraging existing poles and towers.” “This means splitting cost among various stakeholders including utility companies, developers, ratepayers, and government funding.” Georg Rute, CEO at Gridraven, a company founded in Estonia that has based its U.S. operations in Austin, Texas, said investment for grid upgrades should be rethought when it comes to who pays for improvements.
Hydropower has long been Brazil’s leading power generation resource, and wind and solar are continuing to grow. Behind-the-meter assets like batteries, paired with intelligent controls, allow for real-time demand shaping and localized support,” said Ince-Cushman. “The most obvious is to add fast-acting energy storage systems to the grid to provide that instant support when a cloud moves over a solar farm or the wind dies down before traditional generation can ramp up. This is complicated as ramp rates and grid congestion are serious factors in the decisions on which unit to ramp.
Virtual Power Plant & DER Fleet Coordination
These challenges not only delay renewable integration but also drive higher operational costs and limit investment efficiency. By combining data integration, automation, and real-time analysis, they help utilities manage growing complexity while maintaining reliability and cost efficiency. He has advanced through diverse operational and leadership roles, overseeing complex projects, guiding cross‑functional teams, and strengthening organizational performance across multiple service lines. He holds bachelor’s and master’s degrees in civil engineering, along with professional engineering licensure in multiple states. Utility leaders should prioritize investments in GIS, IoT-enabled asset tracking, and AI-driven analytics to stay ahead of industry shifts.
- Integrating operational strategies into grid planning is essential as rising complexity from electrification, intermittent renewables demand, and new large loads necessitates a shift from static, siloed approaches to more dynamic decision-making.
- They are Government Agencies who are responsible for Generating and Transmitting power throughout their regions, at which point local utilities handle the Distribution and Retail.
- Their primary purpose is to oversee utility operations – essentially making sure utilities spend money responsibly.
- The industry is realizing the need to evolve today’s modern grid operations to depend on holistic and data-driven long-term planning (see Figure 1) for resources, transmission and distribution grid infrastructure, as well as consumer programs and rates.
Utilities, Grid Operators Grapple with Adding Renewable Energy
NLR provides resources to support utility and grid operators in modernizing systems and planning for major industry challenges and opportunities. NLR works at the leading edge of transmission operations, helping utilities and operators overcome instabilities, oscillations, and dynamics arising from a mix of generation types. NLR researchers are developing tools to understand the impact of changes https://caliu.info/the-path-to-finding-better-5/ in home and building energy use and how building assets and energy management systems can provide value to the grid. NLR is leading research efforts on distributed energy resource management systems so utilities can efficiently manage consumer electricity demand.
Home and Building Energy Management Systems
“There could be an advantage to combine public with private funding to reduce the risk of major grid projects as they look to reach final investment decision,” said Kadoch. Energy industry analysts, as noted earlier, agree that investment—whether public, private, or a combination of both—is needed to facilitate grid upgrades that could help with the integration of renewable resources. Distributed energy resources are the key to unlocking the full potential of renewable energy by bringing flexibility, resilience, and innovation to the grid.” Kadoch added, “DERs also help relieve congestion on the transmission system by serving local load, especially in areas that would otherwise be grid-constrained. At the core is enhanced visibility—if grid operators can’t see what’s happening in real time, they can’t manage it.
By leveraging the capabilities of rooftop solar and other DERs, we can significantly enhance the integration of renewable energy resources, making the grid more flexible, efficient, and resilient.” Microgrids enhance energy resilience by providing reliable power during outages and supporting the integration of local renewable energy sources. “While initiatives like FERC Federal Energy Regulatory Commission Order 2222 that aim to enable distributed energy resources to participate in electricity markets can help, state-level implementation often lags, limiting/delaying implementation opportunities.” As the technology continues to mature, and if combined with other smart technologies such as smart inverters, storage will be more powerful and remain an essential bridge between renewable energy and grid reliability. Additionally, storage can relieve localized congestion on both the distribution and transmission system, deferring the need for costly infrastructure upgrades. This helps balance supply and demand, ensuring a stable and reliable supply of power.”
“Interconnection queues have become increasingly long and complex, especially in regions experiencing high volumes of new solar and wind projects. “Beyond the physical grid, the administrative and the investment side of renewable integration poses barriers too,” said Schurko. “Significant investment in grid modernization and advanced control systems is necessary to handle the variability and distributed nature of renewables. The utility or system operator has gone from managing a handful of large, reliable generation sources to adjusting generation for a multitude of various size and variable output assets.” The most obvious is the volatility of the intermittent generation of these renewable power-generating units.
The drivers behind IGP can vary widely, from regulatory requirements and policy-driven goals to load growth, aging infrastructure, and the need to increase capital efficiency. Given the profound uncertainties the industry faces, it is essential to modernize planning methodologies. Increasing grid flexibility and expanding consumer choice empower utilities to innovate and respond more effectively to unprecedented load growth. Timely and repeatable coordinated planning frameworks enable utilities to optimize decision-making across all aspects of operations, planning, and non-electric sectors.
