Yessenia Funes | The Verge The Verge is about technology and how it makes us feel. Founded in 2011, we offer our audience everything from breaking news to reviews to award-winning features and investigations, on our site, in video, and in podcasts. 2025-05-12T13:52:19+00:00 https://www.theverge.com/authors/yessenia-funes/rss https://platform.theverge.com/wp-content/uploads/sites/2/2025/01/verge-rss-large_80b47e.png?w=150&h=150&crop=1 Yessenia Funes <![CDATA[Indigenous scientists are fighting to protect their data — and their culture]]> https://www.theverge.com/?p=664282 2025-05-12T09:52:19-04:00 2025-05-12T08:00:00-04:00 photo of Max Liboiron
Dr. Max Liboiron, Professor in the Department of Geography at Memorial University in St. John, Newfoundland, Canada.

Every month, a group of Indigenous scientists from around the world gathers on Zoom. They never have an agenda. They meet as colleagues to catch up and commiserate about the challenges of being Indigenous in Western academia.

Their February meeting, however, quickly struck a different tone. 

“There was this cascade that started happening,” recalled Max Liboiron, a professor at Memorial University of Newfoundland who hosts the virtual calls. “Everyone in the US was like, ‘Holy shit. My career is over. My students’ funding is screwed.’” 

Liboiron immediately entered triage mode. A geographer and university administrator by trade, Liboiron used to organize with Occupy Wall Street. “I was a full-time activist,” they said over Zoom. With their short hair and upper arms tattooed, Liboiron’s past life isn’t hard to imagine. They’re Red River Métis, the Indigenous peoples of Canada’s prairie provinces, and speak with a candidness that is both cool and calculated. 

Since Donald Trump entered office, Liboiron has put those rapid-response skills to use to support their US colleagues in need. US federal law recognizes many tribal nations as sovereign political entities, not racial or ethnic groups, but that hasn’t stopped Trump from sweeping up Indigenous peoples in his attacks on diversity, equity, and inclusion (DEI). From Alaska to New England, Indigenous researchers — and the communities they serve — are losing access to dollars for critical science that could help them amid the planet’s changing temperatures. They’re worried that the loss, theft, seizure, or privatization of their research — which often includes ancient cultural knowledge — could be next. 

After all, the US and Canada hold a nasty track record on Indigenous rights from centuries of theft, genocide, and ongoing oppression: “That starts in 1492,” Liboiron said. Indigenous communities are now concerned that the government may weaponize their data against them, using it to justify the surveillance of their activities or extraction of valuable resources on their lands. 

“Everyone in the US was like, ‘Holy shit. My career is over. My students’ funding is screwed.’” 

“We have to have more control over how the settler-state represents us in data, how they collect data about us,” Liboiron said, describing discussions on Indigenous data sovereignty in the ’90s. “The movement comes out of an idea of mismanagement through bad data practices from the state.”

There’s a new level of uncertainty since tech billionaire Elon Musk’s mysterious invasion of sensitive federal data.

“There’s an unknown relationship between what Musk can touch and our data,” Liboiron said.

After the disturbing February discussion, Liboiron sent out a survey to assess everyone’s needs: “Servers were immediately on that list.” 

These servers are repositories for anything digital, including research. Liboiron and this group are part of a decades-long movement around Indigenous data sovereignty and governance, which advocates for the rights of Indigenous peoples in determining who accesses, manages, and owns their information. Data can include anything from environmental DNA to oral history audio recordings. They’re often sensitive, too. Indigenous peoples don’t want this information falling into the wrong hands — or, worse, disappearing entirely — but the federal government is looking like less of an ally with each passing day. Under the first Trump presidency, scientists were concerned only about federal data, but the behavior in the second term is unprecedented. 

“The rule of law and norms of governance, the norms and laws of jurisdiction, no longer apply,” Liboiron said. “Even if your data isn’t held by the federal government or funded by the federal government, it’s become very clear that different parts of the federal government can reach into almost anywhere and intervene.” 

A possible solution has already emerged: private servers located in foreign countries. 

Through the IndigeLab Network Liboiron codirects, members have already identified at least three locations in Canada where Indigenous data can be securely stored. While the researchers finalize access to new servers, they have turned to cloud storage, using providers like CryptPad, a France-based alternative to Google Docs, and Sync, a Canadian-based alternative to Dropbox.

“I’ve gone from basically protesting and staying safe to massively mobilizing resources with the same techniques,” Liboiron said. 

One ally is Angie Saltman, a citizen of the Métis Nation of Alberta and founder and president of Saltmedia, a Canadian-based tech company with its own data center. Saltmedia and its sister company, IT Horizons, work with a range of clients, including private industry, government, First Nations, and Indigenous nonprofit and for-profit organizations. Saltman thinks of her client relationships similarly to that of a landlord and tenant. 

“We will look after the house, but we usually set it up so that our team doesn’t get to creep in the house,” she explained. 

Meanwhile, Big Tech companies in the US, like Google, Microsoft, Amazon, and Meta, can creep all they want. They have long collaborated with law enforcement agencies to hand over users’ private data. Lately, they’ve been aligning themselves with Trump through donations and internal policy changes. 

Data storage isn’t everything

Indigenous data sovereignty ultimately goes deeper than servers and technology, though. It’s about stewarding the cultures and autonomies of Indigenous peoples, recognizing the intellect of Indigenous peoples, and training the next generation to continue that legacy. 

“Indigenous peoples have always been data experts,” said Riley Taitingfong, a postdoctoral researcher at the Collaboratory for Indigenous Data Governance who is Chamorro. She points to the historical Marshallese stick charts, made of coconut strips and cowrie shells, her ancestors used to record sea data and voyage safely. Indigenous peoples in unincorporated US territories, like Guam, Puerto Rico, and the US Virgin Islands, face unique challenges around Indigenous data sovereignty due to their lack of federal recognition.

This movement is also about trust — between researchers and the communities they serve, as well as between Indigenous peoples and the federal government. But trust isn’t built overnight.

“You have to reckon with all the stuff you’ve done as an institution and also as an individual,” said Stephanie Russo Carroll, director of the Collaboratory for Indigenous Data Governance who helped author the CARE Principles that guide conversations on Indigenous data sovereignty. “Even as an Indigenous individual, you have to reckon with how your mind has been colonized.” 

“I’ve gone from basically protesting and staying safe to massively mobilizing resources with the same techniques.”

At Memorial University, Liboiron created a contract template between the university and Indigenous communities in 2019 whose language cements that Indigenous partners own and benefit from a particular research project. The University of Maine similarly signs memoranda of understanding with the Wabanaki Nations researchers with whom it regularly collaborates. 

“The solutions to this are not just digital tech solutions,” said Carroll, who is Ahtna, a citizen of the Native Village of Kluti-Kaah in Alaska. “We’re talking about real shifts in power and real shifts in authority and real depth of relational work.”

Relationships push progress forward: The Trump administration hasn’t stopped the National Institutes of Health from finalizing a policy that would require federal researchers to seek permission from tribes to access their data in the agency’s databases, according to NIH Tribal Health Research Office Director Karina Walters. Elsewhere in the federal government, however, Indigenous leaders are losing their contacts as the Trump administration fires staff. Now, advocates are increasingly looking to state governments, which also harbor health and environmental data Indigenous peoples need. 

Climate crisis adds urgency

In Washington, for example, the Tulalip Tribes and Department of Health recently signed an agreement — the state’s first — that gives tribes direct access to lab reports and disease updates that will help safeguard their communities’ well-being. As climate change contributes to more public health emergencies, Indigenous peoples also urgently need access to data from weather satellites, medicinal plants, and nonhuman relatives, like salmon and alewives.

After all, every Indigenous community is different, but a common thread unites them: their connections to the earth and the flora and fauna with whom they share it. In many cultures, animals, plants, waterways, and the cosmos are seen as relatives.

“The health of the land is the health of the people,” said Christina E. Oré, an associate director at Seven Directions, an Indigenous public health institute at the University of Washington. She is an Andean descendant of Peru.

“The health of the land is the health of the people.”

Back at the University of Maine, anthropology professor Darren Ranco, who is a citizen of the Penobscot Nation, wrapped up a project in December where his team gathered audio recordings from Wabanaki knowledge holders (elders enshrined with caretaking duties to guard and share Indigenous knowledge) who lived through previous disasters. The researchers analyzed the oral histories and cultural expertise alongside climate change data, like precipitation patterns and air and water temperatures, to identify earlier adaptation strategies that may be helpful in responding to current climate impacts.

“The data was related to tribal perspectives on past, current, and future environmental and climate change,” Ranco explained. “This isn’t the first time we’ve adapted to a changing climate.”

The data was jointly controlled by the scientists and the tribal communities during the research, but instead of following the standard protocol of deleting the human subject data upon project completion, the team released all the information to the tribes. Now, the relevant communities have access to the information as long as they like without having to seek permission or jump through hoops.

Desi Small-Rodriguez, executive director of the Data Warriors Lab and UCLA sociology professor, has been working with her leaders at the Northern Cheyenne Nation to eliminate those hoops entirely by drafting a tribal law to protect their ancestral knowledge. The hope is to pass it later this year. Right now, tribal leaders struggle to access necessary information about fisheries and air and water quality. In some cases, the government is already collecting this data. Tribes just aren’t let in.

“How do we get the data that’s already out there back into our hands? And how do we also rebuild data that we haven’t had in our communities for a very, very long time?” Small-Rodriguez said. “We’re moving forward to figure out how we use the white man’s law to protect Cheyenne data.”

Small-Rodriguez is worried about who is currently running the US federal government. She can’t trust Trump — and definitely not Musk — with her people’s cultural knowledge. She trusts her Indigenous relatives in the US and beyond. In March, she visited her Māori peers who invited her to New Zealand to collaborate on solutions to the crisis US Indigenous researchers face. In April, Small-Rodriguez was in Australia for a Global Indigenous Data Governance conference.

“We are very committed to cultivating and nurturing our international Indigenous relationships as there is so much to learn and share with one another,” she said. “What a beautiful thing. It makes me cry to think that we have Indigenous colleagues and relatives across the world who are like, ‘We see you, and we want to help you.’”

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Yessenia Funes <![CDATA[The secret environmental cost hiding inside your smart home device]]> https://www.theverge.com/2023/11/17/23951196/smart-home-ai-data-electricity-fossil-fuel-climate-change 2023-11-17T08:15:00-05:00 2023-11-17T08:15:00-05:00

Vijay Janapa Reddi runs a lab at Harvard University where he and his team attempt to solve some of the computer world’s greatest challenges. As a specialist in artificial intelligence systems, the technology he studies even follows him home, where his two daughters love to talk to their Amazon Alexa.

“They put a person inside that black box,” Janapa Reddi likes to joke with his four-year-old.

Janapa Reddi may be teasing when he tells his daughter a person is squeezed into their machine, but isn’t that where we’re headed? Smart home devices may never host a miniature human being inside of them — this isn’t that one episode of Black Mirror — but as the AI ecosystem evolves, voice assistants will quickly begin to feel hyperrealistic. Indeed, tech companies like Amazon are now attempting to integrate large language models like OpenAI’s ChatGPT into smart home devices to elevate user interaction. 

“These devices are finally coming a step closer to how we naturally interact with the world around us,” Janapa Reddi said. “That’s a pretty transformative experience.”

“These devices are finally coming a step closer to how we naturally interact with the world around us”

But a machine can’t behave like a human without a cost. All that intelligence requires massive amounts of data — and the computers storing that data require loads of energy. At the moment, over 60 percent of the world’s electricity generation comes from fossil fuels, the main contributor to climate change. A study published in the journal Joule in October found that widespread integration of generative AI could spike energy demands. In one worst-case scenario from the analysis, the technology could consume as much energy as the entire country of Ireland.

Climate change is already exacerbating heatwaves. Last summer was the hottest on record. To make matters worse, the climate crisis has increased the scarcity of water, which some data centers need to stay cool. In order to keep a bad situation from getting worse, scientists have been urging world leaders to stop using fossil fuels. Some advocates, on the other hand, have demanded Congress take action on the energy burdens the AI sector presents.

These concerns link two of society’s most seemingly apocalyptic scenarios: world-dominating AI and world-ending climate change. Are smarter (and more energy-intensive) smart homes really worth the trouble?


Janapa Reddi uses his Amazon Alexa to listen to the news or music. His youngest daughter, on the other hand, often asks Alexa to play “The Poo-Poo Song,” her current obsession. Indeed, there’s something satisfying about coming home after a long day to find your lights dimmed and temperate set just how you like. Smart homes are kind of magical in this way: they learn a user’s behaviors and needs. 

The computers storing that data require loads of energy

Though AI has become a buzzword this year with the rise of ChatGPT, it’s been in the background for many years. The AI most people know about and interact with — including in their smart homes — has been around for about 10 years. It’s called machine learning or deep learning. Developers write programs that teach voice assistants what to say when someone asks them for the time or a recipe, for instance.

Smart homes are capable of doing an impressive amount of work, but the technology behind them isn’t as complex as, say, GPT. Alexa gives the same answer to pretty much everyone, and that’s because it’s preprogrammed to do so. The machine’s limited responses, which are processed locally in a person’s home, keep its energy demands quite low.

“The current type of AI that is in these systems are pretty simplistic in that they don’t take in a lot of factors when making decisions,” said William Yeoh, an associate professor of science and engineering at Washington University in St. Louis. 

GPT, on the other hand, generates original responses to every query. It considers many factors when it’s deciding how to respond to a user. How was the prompt worded? Was it a command or a question? Is the question open-ended or factual? Generative AI is fed immense amounts of data — trillions of different data points — to learn how to interpret questions with such intelligence and then generate unique responses. 

“You never tell [the system] that these are things people might ask because there’s an infinite number of questions people could ask,” said Alex Capecelatro, CEO of AI company Josh.ai, which has built a generative AI smart home system. “Because the system is trained on all of this knowledge… the information is able to be retrieved in pretty much real-time.”

What if this type of deep learning were applied to smart homes? That’s what Capecelatro sought to do back in 2015 when he and his team began to develop JoshGPT, a smart home device doing exactly that. The product remains in development, but the company believes JoshGPT is “the first generative AI to be released in the smart home space.” The technology has processed millions of commands during the six months JoshGPT has been live. Capecelatro is hoping to expand to an international market by early 2024. 

For him, this sort of integration is the future: “The old AIs are kind of like a vending machine. You get to pick from the options that exist, but those are the only options. The new world is like having the world’s smartest and most capable chef who can make whatever you ask.”

Are smarter (and more energy-intensive) smart homes really worth the trouble?

Josh.ai isn’t the only company investing in a new smart home ecosystem. In September, Amazon previewed the new iteration of Alexa: one that’s “smarter and more conversational,” per the company’s announcement. Its technology will assess more than verbal directions; it will even follow a user’s body language to offer the perfect response. Meanwhile, Google announced in October new generative AI capabilities that will help users write grocery lists or captions for social media posts. So far, Google hasn’t released plans to add this upgrade to smart home speakers, but it feels like a natural progression.

Smart home proponents like Capecelatro believe the technology can cut a household’s carbon footprint by automating tasks that can reduce energy — like lowering the blinds to keep a room cool or raising them to add natural light. Buildings contribute to over a third of global greenhouse gas emissions. One report from research firm Transforma Insights found that connecting buildings to smart home technologies could reduce global energy consumption by about 5 percent.

Suruchi Dhingra, research manager at Transforma Insights, spoke enthusiastically at length about smart blinds, smart lighting, and smart HVAC systems, shedding light on the energy savings they offer. But when asked about generative AI smart home integration, Dhingra looked confused: “Is there actually a need?”

It’s an important question to ask considering how much more energy goes into training and running AI models like GPT compared to current smart home models. Current energy emissions from these devices would be “significantly smaller” than ones featuring generative AI, Yeoh said. “Just because the number of factors or variables are so much smaller,” he said. Every user command or query would require more computational resources if plugged into a generative AI model. The machine wouldn’t be reciting a response a human programmed; it would be generating an original response after sorting through all the data it’s learned. Plus, smart homes with such advanced technology would need a strong security system to keep intruders from breaking in. That requires energy, too.

“The new world is like having the world’s smartest and most capable chef who can make whatever you ask.”

It’s hard to know whether the potential emissions reductions from smart home capabilities would outweigh the emissions that would come from adding generative AI to the mix. Different experts have different opinions, and none interviewed were comfortable speculating. Like Dhingra, all wondered whether generative AI in smart homes is necessary — but haven’t convenience and ease always been the point? Did we ever actually need to ask a machine for the weather when our phones can already tell us? We had manual dimmer switches before we had smart lights.

However, industry folks like Capecelatro want to see these generative AI models run as efficiently as possible so they can cut costs.

“I’m actually pretty confident we’re going to see a really good trend toward lower and lower emissions needed to generate these AI results,” he said. “Ultimately, everyone wants to be able to do this for less money.”


In October, Alex de Vries published a paper to examine the potential energy demand of AI. The founder of digital trends research company Digiconomist tried to forecast one scenario in particular where Google integrates generative AI into every search. Such functionality would be similar to how a Google Home generative AI integration would work even though de Vries wasn’t examining smart homes.

The study’s worst-case scenario painted a future where Google AI would need as much energy in a year as the entire country of Ireland — but that’s not what he wants the public to take away from the research. “This is a topic that deserves some attention,” de Vries said. “There’s a very realistic pathway for AI to become a serious electricity consumer in the coming years.”

He’s especially critical of the widespread application of generative AI. “One thing you certainly want to avoid is forcing this type of technology on all kinds of applications where it’s not even making sense to make use of AI,” he said.

When asked about generative AI smart home integration, Dhingra looked confused: “Is there actually a need?”

His paper sheds light on the potential emissions that can come from running these huge models — not only from training them, which has historically been a source of energy consumption. De Vries argues that operating these technologies may be driving more emissions now with the deployment of ChatGPT, which saw 100 million users just months after launching. With AI being used in this way, the emissions can grow even higher when you consider that the models need to be retrained every few years to ensure they stay up to date, he said. 

That’s why many computer engineers are working on efficiency. What de Vries worries about is that more companies will use generative AI as the technology grows more efficient, keeping energy demands high. “It’s become a guiding principle of environmental economics that increasing efficiency doesn’t necessarily translate to less use of resources — it’s often quite the opposite,” said de Vries, who is also a PhD candidate at the Vrije Universiteit Amsterdam School of Business and Economics. “I don’t think that there is going to be one single thing that is going to solve all our problems.”

Not everyone is as pessimistic. Peter Henderson, an incoming computer science and public affairs professor at Princeton University, is impressed with the efficiency gains AI has seen, especially with the ability of hardware to run programs more locally, which requires less energy. He imagines that if smart homes were to integrate generative AI, they’d default to whatever mechanism is most efficient. Indeed, that’s how JoshGPT is being built: its model splits queries based on whether a command can go through the local processor or requires a full GPT response. 

“All in all, the power required for what we are doing is far less than what would be needed to do routine Google searches or streaming Netflix content on a mobile device,” said Capecelatro of Josh.ai.

So much of this, however, is speculative because there’s little transparency around where companies like OpenAI are sourcing their energy. Is coal powering their data centers or hydro? Buying energy from clean sources would alleviate many of the environmental concerns, but there’s only so much energy the Sun or wind can generate. And there’s only so much we can allocate to computers when there are still people without access to electricity or the internet. 

“I’m actually pretty confident we’re going to see a really good trend toward lower and lower emissions needed to generate these AI results.”

Without more data, Henderson isn’t sure what to expect for the future of AI. The situation could be better than it seems — or it could be much worse. He’s hopeful about what AI could mean as a tool to combat climate change by optimizing energy grids or developing nuclear fusion, but there are too many questions about the generative AI we may see in our homes one day.

For Janapa Reddi, the questions run much deeper than environmental costs. “What does this all mean in terms of educating the next generation?” he asked. This thought process is why he teases his four-year-old that there’s a person inside their Alexa; he wants his daughter to treat the technology with empathy so that she develops manners she can practice with actual people. Now, his daughter is nicer to Alexa, using words like “please.” 

“These are very simple things — but important,” Janapa Reddi said. “They’re going to be using these devices day in, day out, left and right, up and down.”

Underlying all of these conversations and questions is an overall desire to build a better world. For some, “better” entails more convenience and comfort. For others, it’s less reliance on these flashy new technologies. What everyone can agree on, however, is the longing for a healthy world to exist at all. 

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Yessenia Funes <![CDATA[How to electrify your life when you rent]]> https://www.theverge.com/2023/11/14/23951104/apartment-rent-electrify-appliance-pollution-incentives 2023-11-14T08:30:00-05:00 2023-11-14T08:30:00-05:00

Two years ago, Caroline Spears was finally living on her own, roommate-free, in a one-bedroom apartment in San Francisco, where the cost of living continues to go up. She was drawn to its affordability and space. “It was a great work-from-home spot,” Spears said. She didn’t foresee, however, the high energy bills that would result from cranking up the gas heater when her apartment would turn into an icebox in the winter. 

The pollution from using a gas heater was also a major concern. Spears, founder of the Climate Cabinet, a national climate organization dedicated to winning elections, saw this challenge as a new project. So she got to it. 

She hired a contractor to test the apartment’s energy efficiency. Despite the evidence, Spears’ landlord wouldn’t budge. The test didn’t identify a quick fix — only a hefty renovation. Surely, she could at least improve her air quality by keeping the gas heater off and purchasing a portable heat pump, an increasingly popular device that uses electricity to move heat in and out of the home. Spears may have invested in the $5,000 machine if a government rebate or tax credit were available to renters, but she couldn’t find one.

“That was my last attempt,” she said. Ultimately, she moved to a more modern apartment elsewhere in San Francisco.

Despite the evidence, Spears’ landlord wouldn’t budge

Whereas homeowners can electrify their homes if they choose, renters can’t. They must answer to their landlords. Renters have limited control — and limited financial incentives. Why spend money on a device for a home you don’t own? They can’t easily take these with them once they move. Policymakers haven’t yet built a solution for renters despite a need to decarbonize the entire housing sector. 

The US government has pledged to cut its carbon pollution in half by 2030 to prevent the planet from further overheating. Such reductions require massive infrastructural changes, especially in our homes, where water and food are often warmed with what is known as “natural gas” but is better understood as methane gas, a potent greenhouse gas that contributes to climate change. 

Many environmentalists and policymakers have looked to household electrification as a necessity to reduce carbon emissions — replacing fossil fuel-powered appliances like gas stoves and oil-fired water heaters with electric ones like induction stoves and electric water heaters — but this solution ignores a major segment of the population: renters.

In the US, 36 percent of households rent, according to the Pew Research Center. That’s over 44 million households. Though one 2022 study found that renters are more likely to have electric appliances than homeowners, some 15 million renters like Spears move into an apartment connected to gas. Those who want to electrify their appliances often encounter the same roadblocks Spears did: reluctant landlords; outdated infrastructure; high costs; and little government assistance to navigate those obstacles. 

Policymakers haven’t yet built a solution for renters

I live in New York City, where most people (myself included) rent. I’d love an all-electric apartment unit, but most housing in the city was built over 50 years ago. In my kitchen, my gas stove is so old that it always has two pilot flames burning. Gas stoves emit lung irritants like nitrogen dioxide and particulate matter.

A study last year found that nearly 13 percent of current childhood asthma in the US could be linked to gas stoves. I’d love to ask my landlord for an induction stove that will cook my food via electromagnetic energy rather than fossil fuel combustion. But I grow anxious just thinking about it. If he makes a fuss over replacing door knobs, how will he react to a stove?

“I worry about situations where renters don’t have as much control over their living situations,” said Jamal Lewis, a regional director of state and local policy for Rewiring America, a nonprofit dedicated to electrifying homes. 

So far, the US government has largely focused its electrification efforts on homeowners. The Inflation Reduction Act, President Joe Biden’s landmark climate law, allocates nearly $9 billion in rebates for home energy efficiency and electrification, but renters don’t yet have access to rebates at the point of sale for heat pumps, electric water heaters, or induction stoves the way homeowners do. These benefits will vary regionally as different states and municipalities develop their own programs to implement the federal dollars they receive from the law, explained Leah Stokes, associate professor of energy politics at the University of California, Santa Barbara. 

“This money is not enough, but these are the beginnings of these programs,” she said. 

A person with long hair with their hands in their pockets stands outside an apartment building.

Money is key because electrification isn’t cheap. A survey of 90 people from the sustainable-focused research group Carbon Switch found that the total cost of installing an induction stove, on average, can be upward of $3,000 when you factor in the electrical work. Induction stoves require higher voltage and proper electrical wiring. Older buildings, in particular, may require new wiring that can safely handle the heat being generated. Shoddy wiring can overload a system or spark a fire.

“What matters in electricity is heat,” said Nathanael Johnson, an electrician and former environmental journalist. “The more electricity you pull through the wire, the more heat it ends up generating. But if the wire is thicker, it can handle more electricity without heating up. Bigger appliances get bigger wires.”

“I worry about situations where renters don’t have as much control over their living situations”

The work becomes even more costly and complicated if you’re rewiring an entire building. Wires are hidden under floorboards and behind walls; reaching them can mean gutting a room. A project can become especially unwieldy in apartment buildings where property owners have to answer to regulators and inspectors who may require more upgrades than a landlord envisioned. 

In New York, environmental justice advocacy group WE ACT for Environmental Justice ran into this issue when developing an initiative in 2021 to replace gas stoves with induction for 20 families in public housing in the Bronx. The building’s electrical capacity limited which apartment units could join the program. Each power line, which fed six units (one on each of the building’s six floors), could only support two stoves before overloading and shutting off power to every unit on the line.

The program successfully completed in 2022 despite that hurdle, but it highlighted the challenges the New York City Housing Authority (NYCHA) faces if it’s to cut emissions by 80 percent come 2050 as required by local law. WE ACT’s program could stick with two stove replacements per line, but that won’t work in a building-wide effort.

“Those deficiencies need to be addressed in order to then meet our climate goals and electrify our housing,” said Annie Carforo, climate justice campaign manager at WE ACT.

That begins with stronger building codes and performance standards that would not only help the US meet its emissions targets but also protect families from lung irritants like nitrogen dioxide that gas stoves release, said Lewis of Rewiring America. 

Money is key because electrification isn’t cheap

Investing in the right technologies can help, too. Some companies are developing induction stoves with a built-in lithium battery that won’t require the sorts of costly electrical updates that can discourage property owners from electrification altogether. Unfortunately, these new stoves cost over $4,000, so NYCHA announced a competitive challenge in July to help spur the design of more appliances like these that are cost-effective, too.

Changes like these — whether at the policy or tech level — won’t happen overnight, so some renters have grown creative to decarbonize their homes on their own.

Stokes, who has been temporarily renting in Massachusetts since September for a fellowship, doesn’t use her gas stove at all. Instead, she has covered it with a cutting board on which an induction cooktop sits. “I have kids, and I don’t want to cook on gas,” she said. Her twins were born prematurely, so they’re especially vulnerable to lung disease.

Stokes is not alone. In Berkeley, climate advocate Sage Welch has been using induction tops for the past five years. As a renter, she didn’t have any permanent options to remove gas from her home, so she opted for a portable cooktop instead. She also uses other electric appliances like her air fryer and toaster oven.

“Between all the different electric appliance options, it’s actually a way more convenient way to cook anyway,” Welch said.

Even Spears is considering trying to electrify again in her new apartment. She only hopes that this time will be easier. 

“My last place was out of control,” she said. “I’m tired. This needs to be easier for renters.”

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