“We’re right here to speak about actually substantive change, and we would like you to be part of it,” mentioned Desiree Plata, Distinguished Professor of Local weather and Power Engineering within the MIT Division of Civil and Environmental Engineering, at Energizing@MIT, the MIT Power Initiative (MITEI) annual analysis convention, held September 9 and 10.
Plata’s phrases resonated with greater than 150 individuals from academia, business and authorities gathered for a convention in Cambridge on the theme of “Tackling New Power Challenges”. Audio system agreed that partnerships are wanted to satisfy these challenges and in the end change the trajectory of worldwide local weather outcomes.
“We have to be humble and open,” mentioned Giacomo Silvestri, chairman of Eni’s Eniverse Ventures, in a standard keynote tackle. “We won’t develop innovation by focusing solely on ourselves and our capabilities…That is why we have to associate with startups, enterprise funds, universities like MIT, and different private and non-private establishments.”
Moreover, Eni colleague Annalisa Muccioli, Head of Analysis and Know-how, added: “The power transition is a race that may solely be gained by combining mature options which are prepared for deployment with rising applied sciences that also want acceleration and danger administration.”
Analysis topic
On the convention, which launched a set of analysis priorities recognized by MITI as core to securing a low-carbon power future, individuals shared each promising findings and techniques for advancing confirmed applied sciences within the face of shifting political winds and coverage uncertainty.
One of many panels centered on energy grid resiliency. This subject is transferring from the periphery to the middle of the power debate as local weather disruption, cyber threats, and the mixing of renewable power problem legacy techniques. A dramatic instance is the April 2025 energy outage in Spain and Portugal that left thousands and thousands with out energy for 8 to fifteen hours.
“We wish to emphasize that this failure was not simply concerning the energy system,” mentioned Pablo Duenas Martínez, a researcher at MITEI. Whereas Mr. Duenas Martínez pinpointed the technical issues with reactive energy and voltage management behind the system collapse, he additionally pointed to the dearth of transmission capability and outdated working procedures with Central Europe, and beneficial improved preparedness and communication between transmission techniques and utilities.
“It is unattainable to plan for each contingency, which implies we have to broaden the portfolio of maximum occasions for which we put together,” mentioned Jennifer Pearce, vice chairman of power firm Avangrid. “We’re making our techniques smarter, stronger, and extra resilient to raised shield in opposition to a wide range of threats, together with storms, flooding, and excessive warmth.” Pearce mentioned Avangrid’s dedication to offering protected and dependable energy to its prospects requires “thorough emergency planning procedures.”
Energy grid resilience within the occasion of serious will increase in demand is a key motivation behind MITI’s launch of the Knowledge Heart Energy Discussion board in September 2025, which was additionally introduced in the course of the annual analysis convention. The discussion board will embrace analysis initiatives, webinars, and different content material centered on public and financial coverage associated to power provide and storage, grid design and administration, infrastructure, and knowledge facilities. Members of the discussion board embrace MITEI firms, which additionally take part in MIT’s Heart for Environmental and Power Coverage Analysis (CEEPR).
Storage and transportation: an unbelievable problem
Based on Asegun Henry, a professor of mechanical engineering on the Massachusetts Institute of Know-how, about 300 terawatt-hours of storage will should be constructed to satisfy the local weather change aim of decarbonizing the world by 2050. “That is an extremely huge query that folks should wrap their heads round,” he says. Henry is creating a high-temperature thermal power storage system he calls the “solar in a field.” His system makes use of liquid metals and graphite to carry electrical energy as warmth and convert it again to electrical energy, permitting for storage between 5 and 500 hours.
“On the finish of the day, storage is a service, and the kind of expertise you want relies on the service options you worth most,” mentioned Nestor Sepulveda, business lead for superior power investments and partnerships at Google. “I don’t assume we’ve got a winner-take-all kind of market right here.”
One other panel checked out sustainable fuels that might assist decarbonize hard-to-electrify sectors similar to aviation, delivery and long-haul trucking. Randall Area, head of analysis at MITEI, mentioned sustainably produced drop-in fuels (fuels which are largely suitable with present engines) “may probably save trillions of {dollars} in car substitute and infrastructure prices, whereas additionally serving to to speed up the speed of decarbonization of the transportation sector.”
Eric G. Birkertz is chief progress officer at LanzaJet, which produces drop-in, high-energy-density aviation gasoline derived from agricultural residues and different waste carbon sources. “The important thing to driving widespread adoption of sustainable aviation fuels is to resolve each the supply-side challenges of accelerating manufacturing and the demand-side hurdles of lowering prices,” he mentioned.
“We’re considering of coverage framework [for sustainable fuels] Will probably be technology-neutral, is not going to exclude any manufacturing pathway, and will probably be primarily based on life-cycle accounting practices and market mechanisms,” mentioned Veronica L. Robertson, Power Merchandise Know-how Portfolio Supervisor at ExxonMobil.
MITEI plans to considerably broaden its analysis into sustainable fuels, saying a two-year research, “The Way forward for Fuels: Pathways to Sustainable Transport,” beginning in early 2026. The research will analyze and consider biofuels and digital fuels, Area mentioned.
Options from labs giant and small
The world’s power leaders give us a glimpse of their analysis initiatives. The panel on carbon seize in energy technology featured three views on the subject. Devin Shaw, business director for decarbonization applied sciences at Shell, mentioned post-combustion carbon seize in energy vegetation that use steam for warmth restoration. Jan Marsh, World Program Chief at Siemens Power, mentioned the introduction of recent supplies to seize carbon dioxide immediately from the air. Jeffrey Goldmeer, senior director of expertise technique at GE Vernova, mentioned integrating carbon seize into gasoline turbine techniques.
Throughout a panel dialogue on car electrification, Toyota Analysis Institute Vice President of Power and Supplies Brian Storey outlined Toyota’s portfolio of decarbonization initiatives, together with solid-state batteries, versatile manufacturing strains, and grid-forming inverters to help EV charging infrastructure.
A session on MITEI Seed Fund Tasks highlighted promising early-stage analysis inside MIT’s personal labs. A brand new course of to decarbonize ethylene manufacturing was introduced by Yogesh Surendranath, Donner Professor of Science within the MIT Division of Chemistry. Aristide Gumusenge, assistant professor of supplies science and engineering, additionally mentioned the event of polymers important to new kinds of sodium-ion batteries.
Bringing such daring new applied sciences out of educational laboratories and into the true world can solely succeed with satisfactory help and skillful administration. A panel dialogue on Pathways to Commercialization featured the work of Iunetim Abate, the Chipman Profession Growth Professor and Assistant Professor within the Massachusetts Institute of Know-how’s Division of Supplies Science and Engineering, who spun out an organization, Addis Power, primarily based on a brand new geothermal course of to extract clear hydrogen and ammonia from underground iron-rich rocks. His funders embrace ARPA-E and MIT’s The Engine Ventures.
The panel dialogue additionally centered on the MIT Proto Enterprise Program, MIT’s initiative to seize early-stage concepts and convey them to life as world-changing startups. “Solely 4.2% of all patents filed on the earth are literally commercialized, which looks like a surprising quantity,” mentioned Andrew Inglis, an entrepreneur who works with Proto Ventures to show geothermal discoveries into enterprise. “Can we do that higher? Let’s do higher!”
geopolitical hazard
All through the convention, individuals regularly expressed considerations concerning the affect of competitors between the US and China. Kelly Sims Gallagher, dean of the Fletcher College at Tufts College and an professional on China’s power panorama, delivered the somber information in her keynote speech: “America’s competitiveness in low-carbon applied sciences is being undermined in nearly each class.” “The Chinese language are successful the clear expertise race.”
China accounts for 51 % of the world’s wind turbine manufacturing and 75 % of photo voltaic module manufacturing. It additionally manages the low-carbon provide chains on which a lot of the world relies upon. “China has grow to be so dominant that it will probably now not have a comparative benefit in something,” Gallagher mentioned. “China is so huge and its scale is so giant that it may make it very troublesome for China to actually conquer the market and for potential rivals to enter.”
And for the US, the issue is a “seesaw of power coverage,” she says. “Given the dearth of predictability and coverage, it is extremely troublesome for the non-public sector to plan and function.”
However, Gallagher believes the US nonetheless has an opportunity to at the very least regain competitiveness by establishing a secure, bipartisan power coverage and rebuilding home manufacturing and provide chains. Present constant monetary incentives. Entice and retain international expertise. and promote worldwide cooperation.
The convention highlighted one such collaboration, a Sino-American three way partnership to fabricate lithium iron phosphate batteries for business automobiles in the US. The enterprise will combine Eve Power, a Chinese language battery expertise and manufacturing firm. Daimler is a world business car producer. PACCAR Inc., a truck producer primarily based in the US. “Manufacturing batteries within the U.S. strengthens the availability chain and reduces geopolitical danger,” mentioned PACCAR’s Mike Girty.
Plata ended his remarks as panel moderator with some optimism, at the same time as he acknowledged the obstacles dealing with his colleagues within the room. “I hope that you’ll depart this convention and look again on this convention sooner or later and say that I used to be in that room after they truly solved a number of the challenges that stand between the current and the long run that all of us wish to manifest.”
