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GridCARE

Grid capacity-driven AI data centers

Overview

GridCARE builds a power-first platform for AI infrastructure developers and utilities. It uses generative AI and grid-physics models to analyze grid data and identify underutilized capacity in existing electrical networks, revealing ready interconnection opportunities. This enables data-center projects to secure megawatts of power faster and reduces power-connection timelines from years to months, while utilities maximize asset use and unlock new revenue from load growth. Revenue is earned from the megawatts of power capacity unlocked under contracts between developers and utilities.

Significant Headcount Growth

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About GridCARE

Simplify's Rating
Why GridCARE is rated
C
Rated C on Competitive Edge
Rated C on Growth Potential
Rated C on Differentiation

Industries

Data & AnalyticsEnergyEnterprise SoftwareAI & Machine Learning

Company Size

51-200

Company Stage

Series A

Total Funding

$77.5M

Headquarters

Redwood City, CA

Founded

2024

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Simplify's take

What believers are saying

  • October 2026 SCE work found 20 MW on a constrained Inland Empire circuit.
  • PGE's 2025 project unlocked over 400 MW, including 80 MW in 2026.
  • National Grid said GridCARE identified 650 MW in New York, expanding market credibility.

What critics are saying

  • Customer wins remain utility pilots, not recurring software contracts, pressuring revenue visibility.
  • SCE's 20 MW result is tiny versus AI demand, limiting proof of scaling.
  • If utilities reject flexible-load assumptions, GridCARE's existential promise of faster power collapses.

What makes GridCARE unique

  • GridCARE combines Stanford power-system credibility with Amit Narayan's AutoGrid exit.
  • Its physics-based AI targets hidden grid capacity, not just land, speeding interconnections.
  • National Grid and SCE validated its utility-first model in 2026 pilots.

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Funding

Total Funding

$77.5M

Above

Industry Average

Funded Over

2 Rounds

Series A funding typically happens when a startup has a product and some customers, and now needs funding to scale. This money is usually used to grow the team, expand marketing, and improve the product. Venture capital firms are frequently the main investors here.
Series A Funding Comparison
Above Average

Industry standards

$15M
$8.2M
$15M
$30M
$64M

Benefits

  • Health Insurance
  • Dental Insurance
  • Vision Insurance
  • Company Equity
  • Hybrid Work Options
  • Flexible Work Hours

Growth & Insights and Company News

6 month growth

42%

1 year growth

28%

2 year growth

28%
Citybiz
Oct 28th, 2026
GridCARE appoints Christina Hayes Head of Government Affairs and Manavi Baveja Head of People.

GridCARE appoints Christina Hayes Head of Government Affairs and Manavi Baveja Head of People. October 28, 2026 Christina Hayes and Manavi Baveja GridCARE, an energy technology company focused on accelerating electricity access for artificial intelligence infrastructure and other large power users, has appointed Christina Hayes as Head of Government Affairs and Manavi Baveja as Head of People, strengthening its leadership team as the company expands operations across the United States. The appointments follow GridCARE's first year of operations, during which the company qualified 5 gigawatts (GW) of Power Acceleration projects nationwide. GridCARE is expanding its partnerships with electric utilities, data center operators, hyperscale technology companies and other large electricity consumers seeking faster access to grid capacity. Hayes will oversee federal and state policy engagement, while Baveja will lead talent management, organizational development and workforce strategy. The appointments come as growing electricity demand from AI data centers and other energy-intensive industries creates challenges for utilities managing grid connections, infrastructure development and system reliability. GridCARE develops technology intended to identify and utilize available capacity within existing electricity networks, helping large power users obtain connections without waiting for all the infrastructure associated with conventional grid expansion. "We are solving one of the most urgent constraints on economic growth: solving the Time-to-Energize Crisis by bringing new power demand online faster in a responsible way that maintains reliability and affordability," said Amit Narayan, CEO and co-founder of GridCARE. "Christina and Manavi will help us build the policy foundation and organizational structure to deliver solutions the world needs." Hayes brings more than 20 years of experience in electricity regulation, transmission policy, utility operations and government affairs. She most recently served as executive director of Americans for a Clean Energy Grid, an organization focused on advancing electricity transmission infrastructure and related policy initiatives. Previously, Hayes was vice president of federal regulatory affairs at Berkshire Hathaway Energy, where she worked on regulatory matters affecting the energy sector. Earlier in her career, she held multiple positions at the Federal Energy Regulatory Commission (FERC), including serving as an advisor to former FERC Chairman Jon Wellinghoff. She also served as an administrative law judge at the Public Utility Commission of Oregon. Her experience across regulatory agencies, utilities and energy policy organizations will support GridCARE's efforts to engage with government officials and industry stakeholders. As Head of Government Affairs, Hayes will work with federal and state policymakers, utility regulators and electricity providers to advance approaches intended to accelerate grid connections while maintaining reliability and protecting ratepayers. Her responsibilities will include supporting policy discussions concerning large-load interconnection, grid capacity utilization and the relationship between electricity infrastructure development and economic growth. "Throughout my career, I've focused on making the grid more reliable, affordable and accessible. GridCARE shares those values. It helps new customers get power faster and reduce costs for all customers," Hayes said. "It's a crucial moment for the country and I am thrilled to be onboard." Baveja joins GridCARE with experience developing organizational structures, leadership programs and talent strategies for rapidly growing technology companies. At Uber, she held global leadership roles in organizational development and ultimately served as head of organizational effectiveness in the United States. During her tenure, she helped develop leadership and management systems as the organization experienced threefold growth. Baveja subsequently served as head of talent and culture at Chainlink Labs, expanding her experience in workforce development and organizational leadership. At GridCARE, she will oversee the company's people strategy, including recruitment, talent development, organizational design, company culture and leadership development. Her appointment is intended to support GridCARE's internal growth as it expands customer relationships and project activity across the energy and technology sectors. "As GridCARE grows across the AI energy landscape, deepening utility partnerships, and offering a path to community benefits for regulators, I'm here to support the team that is the heartbeat powering these technological advances," Baveja said. The two appointments address different aspects of GridCARE's expansion strategy. Hayes will focus on the regulatory and policy environment surrounding electricity infrastructure and large-load interconnection, while Baveja will help develop the organizational capabilities required to support a growing business. GridCARE's technology platform, GridCARE Energize, combines advanced power-system modeling, physics-based artificial intelligence and flexible operating arrangements to identify opportunities for connecting large electricity consumers to existing grid capacity. The company describes its approach as Power Acceleration, emphasizing the use of available electricity network capacity to reduce the time required to energize new facilities. Traditional grid interconnection processes can require substantial infrastructure investment and extended development schedules, particularly for large projects with significant electricity requirements. GridCARE aims to address these challenges by identifying capacity that may be available under specific operating conditions and developing arrangements that allow new loads to connect while maintaining grid reliability. Its technology is designed to help utilities evaluate how existing infrastructure can accommodate additional demand. The company says this approach can reduce the need for some new infrastructure, potentially lowering costs and avoiding emissions associated with additional construction or generation requirements. Actual outcomes depend on grid conditions, operating arrangements and the requirements of individual projects. GridCARE's strategy is particularly focused on AI infrastructure, where electricity availability has become an important factor in data center development. The expansion of AI computing facilities is creating demand for substantial amounts of electricity, often on timelines shorter than those required to develop conventional transmission and distribution infrastructure. GridCARE is seeking to bridge that gap by helping utilities and large electricity consumers identify opportunities to accelerate power availability. The company reported qualifying 5 GW of Power Acceleration projects during its first year of operations, reflecting the scale of opportunities it has identified across the United States. GridCARE also states that its platform has enabled more than $10 billion in economic value by advancing energization schedules. The company did not provide a detailed breakdown of that calculation in its announcement. Founded at Stanford University's Doerr School and backed by investors focused on artificial intelligence and energy, GridCARE operates at the intersection of power systems, AI technology and electricity infrastructure. Its business model centers on helping utilities accommodate growing electricity demand while addressing reliability and affordability considerations. The addition of Hayes and Baveja strengthens the company's policy and organizational leadership as it expands its work with utilities, hyperscalers, data centers and other large power users. With 5 GW of qualified projects reported in its first year, GridCARE is positioning its Power Acceleration technology as an alternative approach to addressing electricity connection delays. The leadership appointments support the company's next phase of growth as it seeks to expand adoption of its technology and help large electricity consumers access existing grid capacity more quickly.

Business Wire
Oct 28th, 2026
GridCARE hires ex-FERC adviser and ex-Uber leader as it qualifies 5GW of power projects

GridCARE has hired two senior leaders as it scales its Power Acceleration service, which helps large power users connect to the grid faster. Christina Hayes joins as head of government affairs, and Manavi Baveja as head of people. In its first year, the Redwood City, California, company qualified 5 gigawatts (GW) of Power Acceleration projects across the US. It works with utilities, data centres, hyperscalers, and other large power users. Hayes, a former adviser at the Federal Energy Regulatory Commission, will lead federal and state policy work. Baveja, formerly of Uber and Chainlink Labs, will lead talent, culture, and organisational design. GridCARE says its platform has enabled more than $10 billion in economic value by moving energisation schedules forward by years.

Macallan Communications
Oct 14th, 2026
GridCARE says existing U.S. grid could support up to 120 GW of new power demand.

GridCARE says existing U.S. grid could support up to 120 GW of new power demand. GridCARE said Oct. 9 it has qualified 5 gigawatts (GW) of additional capacity on the existing U.S. electric grid over the past 12 months, working with six utilities, as demand from data centers and other large electricity users grows. The company also introduced its Power Acceleration Index, which estimates that the existing grid could support an additional 100 GW to 120 GW of electricity demand and generate $270 billion to $350 billion in net customer benefits, including lower electricity bills, although any bill credits or rate reductions would depend on regulatory and tariff approvals. The company estimates that returning the benefits to customers through bill credits or lower rates could reduce utility bills by 7 percent to 9 percent, or $130 to $170 annually for households. The figures are projections based on the index's assumptions, not guaranteed savings, GridCARE added. "The debate over AI infrastructure has focused on how much new power America needs to build. We asked a different question: how much power is already within the grid we have built?" said Amit Narayan, founder and CEO of GridCARE. "Power Acceleration unlocks it through software and qualified flexibility, without requiring major grid upgrades," Narayan said. "We have been actively qualifying power market by market, and now the Power Acceleration Index gives the whole industry a way to estimate the broader opportunity for the customers who paid for the grid should share in the value." GridCARE said its approach aims to address long waits for electricity connections by identifying unused capacity on existing power lines and substations. Large customers, including data centers and factories, could connect sooner if they agree to reduce electricity use when the grid is under strain. Utilities must determine how much additional demand the grid can safely accommodate, when customers may need to reduce consumption, and how quickly and for how long they must respond. GridCARE says its technology helps utilities establish those requirements while maintaining reliability. The company's projects include work with Portland General Electric in Hillsboro, Ore., where it qualified more than 400 megawatts (MW) of data center capacity. The utility made 80 MW available for data centers in 2026, with the remaining capacity scheduled to be energized by 2029 at the latest, according to GridCARE. In the Pacific Northwest, GridCARE said it has qualified more than 2 GW of additional capacity with multiple utilities. In New York, the company worked with National Grid to identify up to 650 MW of potential capacity for large customers willing to accept flexible connection terms. GridCARE is also working with South Carolina utility Santee Cooper to identify ways to serve additional large loads using existing infrastructure. "Traditional assessments showed that adding load at certain locations on our system would require lengthy, capital-intensive infrastructure upgrades," said Chris Wagner, senior director of technical services at Santee Cooper. "Partnering with GridCARE is enabling us to uncover flexible solutions to allow near-term capacity growth while maintaining grid reliability and advancing South Carolina's economic development." In California, Southern California Edison used GridCARE's technology to study a constrained circuit in the Inland Empire. The initial analysis identified up to 20 MW of additional flexible capacity that could support future connections while maintaining reliability, the companies said. GridCARE unveiled its Power Acceleration Index at a summit in San Francisco on Oct. 8. The index uses standardized assumptions to estimate how much additional demand existing grid infrastructure could accommodate and the potential financial benefit to customers. The estimates are based on the premise that power lines and other grid equipment are built to handle peak demand and may have available capacity at other times. However, the amount of additional demand that can be served depends on local grid conditions, weather, equipment outages, and the flexibility requirements of individual customers. The approach could allow utilities to connect large electricity users sooner without immediately building all the infrastructure that might otherwise be required. Whether those connections reduce costs for existing customers will depend on how utilities implement the arrangements and whether regulators approve mechanisms to return savings to ratepayers, said GridCARE.

Yahoo Finance
Oct 2nd, 2026
Southern California Edison uses GridCARE's AI to unlock 20 MW of grid capacity for faster customer connections

GridCARE is working with Southern California Edison to deploy physics-based AI technology that identifies additional capacity on constrained grid infrastructure. The collaboration aims to accelerate new customer connections without requiring costly infrastructure expansion. In an initial study on a constrained Inland Empire circuit, GridCARE's Power Acceleration technology identified 20 MW of additional flexible capacity that could safely support future customer energisation whilst maintaining reliability requirements. SCE is exploring Power Acceleration at several other locations to energise EV charging, manufacturing and commercial customers. Duke University research estimates existing US power systems could accommodate nearly 100 GW of new load at just 0.5% annual curtailment. GridCARE, founded at Stanford's Doerr School, has accelerated more than 1 GW of grid capacity. The company claims its platform has enabled economic value exceeding $10 billion for data centre developers.

The Mirror Democrat and Savanna Times-Journal
Oct 2nd, 2026
GridCARE Power acceleration(tm) to help California utility support faster customer energization.

GridCARE Power acceleration(tm) to help California utility support faster customer energization. * 1 hr ago GridCARE today announced that it is working with Southern California Edison (SCE) to explore physics-based AI technology to identify additional capacity that could support new customer connections on otherwise constrained parts of its grid. GridCARE's Power Acceleration may help bring customers online sooner, maintain reliability and improve affordability by getting more capacity from existing assets. In an initial study, SCE selected a constrained Inland Empire circuit to assess whether additional capacity could be identified while maintaining reliability requirements. Working with GridCARE, the analysis identified a potential of 20 MW of additional flexible capacity that could safely support future customer energization. "We are looking for innovative solutions that can help us get more out of our existing grid - unlocking capacity for customers without relying on costly and time-consuming infrastructure expansion," said Shinjini Menon, senior vice president of System Planning & Engineering for SCE. "Combined with demand flexibility, it has the potential to accelerate our ability to meet new electricity demand and make the grid more affordable for customers." SCE is exploring the use of Power Acceleration at several other locations on its system to energize EV charging, manufacturing, commercial and other customers that can benefit the local economy. "Public support for AI will depend on whether communities share in its benefits," said Amit Narayan, founder and CEO of GridCARE. "The state that leads in AI will also lead in using AI to make the grid work for everyone. SCE is showing that growth and affordability can go hand in hand. Every success makes the case for action stronger and the case for delay harder to defend." Flexibility Needs to Be Qualified to Become Capacity Duke University research estimates that existing U.S. power systems could accommodate nearly 100 GW of new load at an annual curtailment rate of just 0.5%. Realizing that potential, however, requires proof at each circuit and substation that the safety margins needed for reliable grid operation remain intact. Across a large grid, the possible combinations of locations, hourly demand, weather, equipment outages, and flexibility resources produce quadrillions of scenarios to analyze. GridCARE's physics-based AI accelerates the search for workable solutions, which utility engineers then test in their own planning tools to qualify. About GridCARE GridCARE delivers Power Acceleration for AI infrastructure and other critical industries. Its physics-based AI technology finds capacity on existing grids and accelerates energization, helping utilities accommodate growth while protecting reliability and affordability. Founded at Stanford's Doerr School and supported by AI and energy investors, GridCARE advances U.S. AI competitiveness through faster access to electricity. The company has accelerated more than 1 GW of grid capacity. By moving energization schedules forward by years, its platform has enabled economic value exceeding $10 billion for data center developers. Learn more at www.gridcare.ai. Media gallery

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