Facing a projected doubling of global power demand from data centers by 2030, the MIT Energy Initiative (MITEI) has launched a critical new effort aimed at securing sustainable power for the digital age.

In September, MITEI established the Data Center Power Forum, a targeted research initiative designed to bring together MIT researchers and industry experts. The forum’s primary objective is to pioneer innovative solutions for the escalating energy needs of the data-driven future.

The establishment of the Data Center Power Forum was officially announced at MITEI’s annual research conference. It serves as an exclusive platform for MITEI member companies keen on tackling the complex power challenges presented by modern data centers. This new endeavor builds upon MITEI’s previous work in the field, leveraging insights from its May 2025 symposium, which focused on the energy demands of artificial intelligence (AI) expansion, and discussions held during dedicated data center panels at its fall 2024 research conference.

U.S. data centers accounted for 4% of the nation’s electricity consumption in 2023, a figure the Electric Power Research Institute (EPRI) anticipates will surge to 9% by 2030. This projected doubling of demand is primarily fueled by the rapid expansion of artificial intelligence (AI) technologies, which are placing an unprecedented strain on the national electric grid.

Such a dramatic rise in power requirements poses a formidable challenge for the technology and energy sectors, government policymakers, and ordinary citizens. Consumers, in particular, may face significantly higher electricity bills as a direct consequence of this burgeoning demand.

**Cambridge, MA** – The Massachusetts Institute of Technology Energy Initiative (MITEI), a long-standing leader in advancing efficient, cleaner energy solutions and electric grid management, is now intensifying its focus on the burgeoning power demands of the digital age. Building on years of dedicated research into data center energy issues, MITEI has launched the Data Center Power Forum.

This new initiative, which follows dozens of MITEI-funded research projects scrutinizing data center power consumption, is designed to unite a specialized community of industry members. According to William H. Green, MITEI’s director and the Hoyt C. Hottel Professor of Chemical Engineering, these stakeholders are crucial to navigating the sustainable growth of artificial intelligence and accelerating innovative solutions for powering the world’s expanding data centers and reinforcing the electric grid.

The MITEI is dedicated to spearheading the development of zero- and low-carbon energy solutions, with the dual aim of broadening global energy access and combating climate change. The institute collaborates extensively with a diverse array of companies spanning the entire energy innovation chain, including key players in the infrastructure, automotive, electric power, energy, natural resources, and insurance sectors.

MITEI’s member companies have expressed significant enthusiasm for the Data Center Power Forum, committing substantial support for targeted research into the wide-ranging energy implications of expanding data center operations, Green confirmed.

**MIT Launches New Forum to Tackle Data Center Energy Challenges**

The Massachusetts Institute of Technology Energy Initiative (MITEI) is establishing a dedicated Data Center Power Forum designed to provide its member companies with crucial, reliable insights into the complex energy landscape surrounding data centers. The forum will delve into critical areas such as energy supply resilience, grid load operations and management, the built environment’s role in efficiency, and the intricate design of electricity markets and regulatory policies.

This new initiative strategically builds upon MIT’s extensive expertise in closely related fields. The Institute boasts deep research capabilities in cutting-edge technologies like low-power processors, efficient algorithms, task-specific artificial intelligence, advanced photonic devices, and quantum computing. Furthermore, it will address the broader societal and environmental consequences stemming from the rapid expansion of data center infrastructure.

To further bolster this commitment, MITEI’s Future Energy Systems Center is poised to fund new projects specifically relevant to data center energy, allocating resources through its upcoming proposal cycles. Leading this significant new endeavor, MITEI Research Scientist Deep Deka has been appointed as the program manager for the forum.

Addressing the intricate challenge of powering modern data centers is a key focus for researchers, according to Deka, who outlined a multi-pronged strategy.

This comprehensive approach includes efforts to enhance the electrical grid’s transmission capacity, ensuring power can be efficiently routed to areas of high demand. A critical component also involves safeguarding the quality of electrical service for existing consumers, preventing any degradation as new data centers connect to the grid. Furthermore, the research explores optimizing computing workloads by dynamically shifting tasks to leverage times and locations where grid energy is most readily available.

The MIT Energy Initiative (MITEI) spearheads comprehensive research into data center energy, funding over a dozen projects across multiple MIT departments. This extensive portfolio addresses critical areas such as developing low- and zero-carbon solutions for energy supply and infrastructure, refining electrical grid management, and shaping electricity market policy.

Through its industry consortium, MITEI-backed researchers are innovating in the design of energy-efficient power electronics and processors, while also exploring on-site, low-to-no-carbon power plants and advanced energy storage technologies. Experts supported by MITEI are leveraging artificial intelligence to optimize electrical distribution and the strategic siting of data centers, alongside conducting rigorous techno-economic analyses of various data center power schemes. Additionally, consortium projects are contributing fresh perspectives to persistent data center cooling challenges and examining policy frameworks designed to balance shareholder interests within the industry.

The Data Center Power Forum serves as a critical platform, convening leading stakeholders from across the artificial intelligence and energy grid value chains. This unique gathering fosters in-depth, collaborative discussions aimed at developing innovative solutions for pressing challenges related to power supply, grid management, and carbon emissions, all within a strictly non-commercial environment.

Green highlighted that a defining strength of this MITEI-led initiative is the unparalleled opportunity for participants to engage in crucial discussions on key data center challenges, not only with peers from diverse sectors but also with MIT’s esteemed faculty and research scientists.

The MIT Energy Initiative (MITEI) has consistently placed the spotlight on the burgeoning power demands of data centers, a critical challenge in the push for decarbonization. This focus was evident at its Fall 2024 Annual Research Conference, which featured a key panel session titled, “The extreme challenge of powering data centers in a decarbonized way.”

Randall Field, MITEI’s Director of Research, guided a robust discussion that brought together prominent industry players. Panelists included representatives from leading “hyperscalers” Google and Microsoft, alongside Madrid-based infrastructure developer Ferrovial S.E. and utility giant Exelon Corp., offering diverse perspectives on powering these energy-intensive facilities sustainably. The conference also included a related session dedicated to “Energy storage and grid expansion,” underscoring the interconnected nature of the energy landscape.

MITEI’s commitment to this topic extends beyond its fall conference. This past spring, its annual Spring Symposium was entirely dedicated to data centers. The full-day event, themed “AI and energy: Peril and promise,” convened faculty and researchers from MIT and other universities, influential business leaders, and a representative from the Federal Energy Regulatory Commission to explore the multifaceted implications of artificial intelligence on energy consumption.