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Silicon Valley’s ‘Audacity Crisis’

News Feed
Wednesday, July 24, 2024

Two years ago, OpenAI released the public beta of DALL-E 2, an image-generation tool that immediately signified that we’d entered a new technological era. Trained off a huge body of data, DALL-E 2 produced unsettlingly good, delightful, and frequently unexpected outputs; my Twitter feed filled up with images derived from prompts such as close-up photo of brushing teeth with toothbrush covered with nacho cheese. Suddenly, it seemed as though machines could create just about anything in response to simple prompts.You likely know the story from there: A few months later, ChatGPT arrived, millions of people started using it, the student essay was pronounced dead, Web3 entrepreneurs nearly broke their ankles scrambling to pivot their companies to AI, and the technology industry was consumed by hype. The generative-AI revolution began in earnest.Where has it gotten us? Although enthusiasts eagerly use the technology to boost productivity and automate busywork, the drawbacks are also impossible to ignore. Social networks such as Facebook have been flooded with bizarre AI-generated slop images; search engines are floundering, trying to index an internet awash in hastily assembled, chatbot-written articles. Generative AI, we know for sure now, has been trained without permission on copyrighted media, which makes it all the more galling that the technology is competing against creative people for jobs and online attention; a backlash against AI companies scraping the internet for training data is in full swing.Yet these companies, emboldened by the success of their products and war chests of investor capital, have brushed these problems aside and unapologetically embraced a manifest-destiny attitude toward their technologies. Some of these firms are, in no uncertain terms, trying to rewrite the rules of society by doing whatever they can to create a godlike superintelligence (also known as artificial general intelligence, or AGI). Others seem more interested in using generative AI to build tools that repurpose others’ creative work with little to no citation. In recent months, leaders within the AI industry are more brazenly expressing a paternalistic attitude about how the future will look—including who will win (those who embrace their technology) and who will be left behind (those who do not). They’re not asking us; they’re telling us. As the journalist Joss Fong commented recently, “There’s an audacity crisis happening in California.”There are material concerns to contend with here. It is audacious to massively jeopardize your net-zero climate commitment in favor of advancing a technology that has told people to eat rocks, yet Google appears to have done just that, according to its latest environmental report. (In an emailed statement, a Google spokesperson, Corina Standiford, said that the company remains “dedicated to the sustainability goals we’ve set,” including reaching net-zero emissions by 2030. According to the report, its emissions grew 13 percent in 2023, in large part because of the energy demands of generative AI.) And it is certainly audacious for companies such as Perplexity to use third-party tools to harvest information while ignoring long-standing online protocols that prevent websites from being scraped and having their content stolen.But I’ve found the rhetoric from AI leaders to be especially exasperating. This month, I spoke with OpenAI CEO Sam Altman and Thrive Global CEO Arianna Huffington after they announced their intention to build an AI health coach. The pair explicitly compared their nonexistent product to the New Deal. (They suggested that their product—so theoretical, they could not tell me whether it would be an app or not—could quickly become part of the health-care system’s critical infrastructure.) But this audacity is about more than just grandiose press releases. In an interview at Dartmouth College last month, OpenAI’s chief technology officer, Mira Murati, discussed AI’s effects on labor, saying that, as a result of generative AI, “some creative jobs maybe will go away, but maybe they shouldn’t have been there in the first place.” She added later that “strictly repetitive” jobs are also likely on the chopping block. Her candor appears emblematic of OpenAI’s very mission, which straightforwardly seeks to develop an intelligence capable of “turbocharging the global economy.” Jobs that can be replaced, her words suggested, aren’t just unworthy: They should never have existed. In the long arc of technological change, this may be true—human operators of elevators, traffic signals, and telephones eventually gave way to automation—but that doesn’t mean that catastrophic job loss across several industries simultaneously is economically or morally acceptable.[Read: AI has become a technology of faith]Along these lines, Altman has said that generative AI will “create entirely new jobs.” Other tech boosters have said the same. But if you listen closely, their language is cold and unsettling, offering insight into the kinds of labor that these people value—and, by extension, the kinds that they don’t. Altman has spoken of AGI possibly replacing the “the median human” worker’s labor—giving the impression that the least exceptional among us might be sacrificed in the name of progress.Even some inside the industry have expressed alarm at those in charge of this technology’s future. Last month, Leopold Aschenbrenner, a former OpenAI employee, wrote a 165-page essay series warning readers about what’s being built in San Francisco. “Few have the faintest glimmer of what is about to hit them,” Aschenbrenner, who was reportedly fired this year for leaking company information, wrote. In Aschenbrenner’s reckoning, he and “perhaps a few hundred people, most of them in San Francisco and the AI labs,” have the “situational awareness” to anticipate the future, which will be marked by the arrival of AGI, geopolitical struggle, and radical cultural and economic change.Aschenbrenner’s manifesto is a useful document in that it articulates how the architects of this technology see themselves: a small group of people bound together by their intellect, skill sets, and fate to help decide the shape of the future. Yet to read his treatise is to feel not FOMO, but alienation. The civilizational struggle he depicts bears little resemblance to the AI that the rest of us can see. “The fate of the world rests on these people,” he writes of the Silicon Valley cohort building AI systems. This is not a call to action or a proposal for input; it’s a statement of who is in charge.Unlike me, Aschenbrenner believes that a superintelligence is coming, and coming soon. His treatise contains quite a bit of grand speculation about the potential for AI models to drastically improve from here. (Skeptics have strongly pushed back on this assessment.) But his primary concern is that too few people wield too much power. “I don’t think it can just be a small clique building this technology,” he told me recently when I asked why he wrote the treatise.“I felt a sense of responsibility, by having ended up a part of this group, to tell people what they’re thinking,” he said, referring to the leaders at AI companies who believe they’re on the cusp of achieving AGI. “And again, they might be right or they might be wrong, but people deserve to hear it.” In our conversation, I found an unexpected overlap between us: Whether you believe that AI executives are delusional or genuinely on the verge of constructing a superintelligence, you should be concerned about how much power they’ve amassed.Having a class of builders with deep ambitions is part of a healthy, progressive society. Great technologists are, by nature, imbued with an audacious spirit to push the bounds of what is possible—and that can be a very good thing for humanity indeed. None of this is to say that the technology is useless: AI undoubtedly has transformative potential (predicting how proteins fold is a genuine revelation, for example). But audacity can quickly turn into a liability when builders become untethered from reality, or when their hubris leads them to believe that it is their right to impose their values on the rest of us, in return for building God.[Read: This is what it looks like when AI eats the world]An industry is what it produces, and in 2024, these executive pronouncements and brazen actions, taken together, are the actual state of the artificial-intelligence industry two years into its latest revolution. The apocalyptic visions, the looming nature of superintelligence, and the struggle for the future of humanity—all of these narratives are not facts but hypotheticals, however exciting, scary, or plausible.When you strip all of that away and focus on what’s really there and what’s really being said, the message is clear: These companies wish to be left alone to “scale in peace,” a phrase that SSI, a new AI company co-founded by Ilya Sutskever, formerly OpenAI’s chief scientist, used with no trace of self-awareness in announcing his company’s mission. (“SSI” stands for “safe superintelligence,” of course.) To do that, they’ll need to commandeer all creative resources—to eminent-domain the entire internet. The stakes demand it. We’re to trust that they will build these tools safely, implement them responsibly, and share the wealth of their creations. We’re to trust their values—about the labor that’s valuable and the creative pursuits that ought to exist—as they remake the world in their image. We’re to trust them because they are smart. We’re to trust them as they achieve global scale with a technology that they say will be among the most disruptive in all of human history. Because they have seen the future, and because history has delivered them to this societal hinge point, marrying ambition and talent with just enough raw computing power to create God. To deny them this right is reckless, but also futile.It’s possible, then, that generative AI’s chief export is not image slop, voice clones, or lorem ipsum chatbot bullshit but instead unearned, entitled audacity. Yet another example of AI producing hallucinations—not in the machines, but in the people who build them.

AI executives are acting like they own the world.

Two years ago, OpenAI released the public beta of DALL-E 2, an image-generation tool that immediately signified that we’d entered a new technological era. Trained off a huge body of data, DALL-E 2 produced unsettlingly good, delightful, and frequently unexpected outputs; my Twitter feed filled up with images derived from prompts such as close-up photo of brushing teeth with toothbrush covered with nacho cheese. Suddenly, it seemed as though machines could create just about anything in response to simple prompts.

You likely know the story from there: A few months later, ChatGPT arrived, millions of people started using it, the student essay was pronounced dead, Web3 entrepreneurs nearly broke their ankles scrambling to pivot their companies to AI, and the technology industry was consumed by hype. The generative-AI revolution began in earnest.

Where has it gotten us? Although enthusiasts eagerly use the technology to boost productivity and automate busywork, the drawbacks are also impossible to ignore. Social networks such as Facebook have been flooded with bizarre AI-generated slop images; search engines are floundering, trying to index an internet awash in hastily assembled, chatbot-written articles. Generative AI, we know for sure now, has been trained without permission on copyrighted media, which makes it all the more galling that the technology is competing against creative people for jobs and online attention; a backlash against AI companies scraping the internet for training data is in full swing.

Yet these companies, emboldened by the success of their products and war chests of investor capital, have brushed these problems aside and unapologetically embraced a manifest-destiny attitude toward their technologies. Some of these firms are, in no uncertain terms, trying to rewrite the rules of society by doing whatever they can to create a godlike superintelligence (also known as artificial general intelligence, or AGI). Others seem more interested in using generative AI to build tools that repurpose others’ creative work with little to no citation. In recent months, leaders within the AI industry are more brazenly expressing a paternalistic attitude about how the future will look—including who will win (those who embrace their technology) and who will be left behind (those who do not). They’re not asking us; they’re telling us. As the journalist Joss Fong commented recently, “There’s an audacity crisis happening in California.”

There are material concerns to contend with here. It is audacious to massively jeopardize your net-zero climate commitment in favor of advancing a technology that has told people to eat rocks, yet Google appears to have done just that, according to its latest environmental report. (In an emailed statement, a Google spokesperson, Corina Standiford, said that the company remains “dedicated to the sustainability goals we’ve set,” including reaching net-zero emissions by 2030. According to the report, its emissions grew 13 percent in 2023, in large part because of the energy demands of generative AI.) And it is certainly audacious for companies such as Perplexity to use third-party tools to harvest information while ignoring long-standing online protocols that prevent websites from being scraped and having their content stolen.

But I’ve found the rhetoric from AI leaders to be especially exasperating. This month, I spoke with OpenAI CEO Sam Altman and Thrive Global CEO Arianna Huffington after they announced their intention to build an AI health coach. The pair explicitly compared their nonexistent product to the New Deal. (They suggested that their product—so theoretical, they could not tell me whether it would be an app or not—could quickly become part of the health-care system’s critical infrastructure.) But this audacity is about more than just grandiose press releases. In an interview at Dartmouth College last month, OpenAI’s chief technology officer, Mira Murati, discussed AI’s effects on labor, saying that, as a result of generative AI, “some creative jobs maybe will go away, but maybe they shouldn’t have been there in the first place.” She added later that “strictly repetitive” jobs are also likely on the chopping block. Her candor appears emblematic of OpenAI’s very mission, which straightforwardly seeks to develop an intelligence capable of “turbocharging the global economy.” Jobs that can be replaced, her words suggested, aren’t just unworthy: They should never have existed. In the long arc of technological change, this may be true—human operators of elevators, traffic signals, and telephones eventually gave way to automation—but that doesn’t mean that catastrophic job loss across several industries simultaneously is economically or morally acceptable.

[Read: AI has become a technology of faith]

Along these lines, Altman has said that generative AI will “create entirely new jobs.” Other tech boosters have said the same. But if you listen closely, their language is cold and unsettling, offering insight into the kinds of labor that these people value—and, by extension, the kinds that they don’t. Altman has spoken of AGI possibly replacing the “the median human” worker’s labor—giving the impression that the least exceptional among us might be sacrificed in the name of progress.

Even some inside the industry have expressed alarm at those in charge of this technology’s future. Last month, Leopold Aschenbrenner, a former OpenAI employee, wrote a 165-page essay series warning readers about what’s being built in San Francisco. “Few have the faintest glimmer of what is about to hit them,” Aschenbrenner, who was reportedly fired this year for leaking company information, wrote. In Aschenbrenner’s reckoning, he and “perhaps a few hundred people, most of them in San Francisco and the AI labs,” have the “situational awareness” to anticipate the future, which will be marked by the arrival of AGI, geopolitical struggle, and radical cultural and economic change.

Aschenbrenner’s manifesto is a useful document in that it articulates how the architects of this technology see themselves: a small group of people bound together by their intellect, skill sets, and fate to help decide the shape of the future. Yet to read his treatise is to feel not FOMO, but alienation. The civilizational struggle he depicts bears little resemblance to the AI that the rest of us can see. “The fate of the world rests on these people,” he writes of the Silicon Valley cohort building AI systems. This is not a call to action or a proposal for input; it’s a statement of who is in charge.

Unlike me, Aschenbrenner believes that a superintelligence is coming, and coming soon. His treatise contains quite a bit of grand speculation about the potential for AI models to drastically improve from here. (Skeptics have strongly pushed back on this assessment.) But his primary concern is that too few people wield too much power. “I don’t think it can just be a small clique building this technology,” he told me recently when I asked why he wrote the treatise.

“I felt a sense of responsibility, by having ended up a part of this group, to tell people what they’re thinking,” he said, referring to the leaders at AI companies who believe they’re on the cusp of achieving AGI. “And again, they might be right or they might be wrong, but people deserve to hear it.” In our conversation, I found an unexpected overlap between us: Whether you believe that AI executives are delusional or genuinely on the verge of constructing a superintelligence, you should be concerned about how much power they’ve amassed.

Having a class of builders with deep ambitions is part of a healthy, progressive society. Great technologists are, by nature, imbued with an audacious spirit to push the bounds of what is possible—and that can be a very good thing for humanity indeed. None of this is to say that the technology is useless: AI undoubtedly has transformative potential (predicting how proteins fold is a genuine revelation, for example). But audacity can quickly turn into a liability when builders become untethered from reality, or when their hubris leads them to believe that it is their right to impose their values on the rest of us, in return for building God.

[Read: This is what it looks like when AI eats the world]

An industry is what it produces, and in 2024, these executive pronouncements and brazen actions, taken together, are the actual state of the artificial-intelligence industry two years into its latest revolution. The apocalyptic visions, the looming nature of superintelligence, and the struggle for the future of humanity—all of these narratives are not facts but hypotheticals, however exciting, scary, or plausible.

When you strip all of that away and focus on what’s really there and what’s really being said, the message is clear: These companies wish to be left alone to “scale in peace,” a phrase that SSI, a new AI company co-founded by Ilya Sutskever, formerly OpenAI’s chief scientist, used with no trace of self-awareness in announcing his company’s mission. (“SSI” stands for “safe superintelligence,” of course.) To do that, they’ll need to commandeer all creative resources—to eminent-domain the entire internet. The stakes demand it. We’re to trust that they will build these tools safely, implement them responsibly, and share the wealth of their creations. We’re to trust their values—about the labor that’s valuable and the creative pursuits that ought to exist—as they remake the world in their image. We’re to trust them because they are smart. We’re to trust them as they achieve global scale with a technology that they say will be among the most disruptive in all of human history. Because they have seen the future, and because history has delivered them to this societal hinge point, marrying ambition and talent with just enough raw computing power to create God. To deny them this right is reckless, but also futile.

It’s possible, then, that generative AI’s chief export is not image slop, voice clones, or lorem ipsum chatbot bullshit but instead unearned, entitled audacity. Yet another example of AI producing hallucinations—not in the machines, but in the people who build them.

Read the full story here.
Photos courtesy of

Can renewable energy really fix the global energy crisis?

Rising energy costs, unreliable power grids, and climate change continue to exacerbate the global energy crisis and its impact on both businesses and households. To be sure, electricity access has been improving, the cost of solar energy has dropped by over 80% since 2010, and renewable energy installations have consistently outpaced fossil fuel developments. But even with all that progress, projections signal a rough road ahead for energy usage around the world—one that will continue to impact families struggling to pay bills, industries facing operational disruptions, and economies hindered by resource instability. One major contributor to the calamity: the world’s reliance on centralized energy grids. Although centralized grids are pivotal to the generation and distribution of energy across many major cities of the world, a lot of these grids are getting old and outdated, overburdened, and ill-equipped to handle the demands of modern economies. Fortunately, decentralized grids are emerging to help solve that problem. “The rise of decentralized energy solutions, like microgrids, is a direct response to the limitations of traditional grids,” Gil Kroyzer, CEO of Solargik, tells Fast Company. “Unlike centralized systems, decentralized solutions bring energy production closer to the end consumer, improving reliability and reducing infrastructure stress.” [Source Images: Getty Images] Another major factor contributing to the global energy crisis is the boom in AI, which is driving more energy demands in data centers and straining already aging energy grids. According to Andreas Schierenbeck, CEO at Hitachi Energy, “data center loads are evolving from a few megawatts to capacities exceeding 1 gigawatt due to the rise of energy-intensive AI applications.” For context, the training process for an AI model like GPT-3 consumed roughly the amount of energy consumed by 120 American households over the course of a year, per a report by Harvard Magazine. In fact, one study projects that by 2027, the AI industry could consume as much energy as the Netherlands, a country with a population of almost 20 million people. Then there’s also what’s called the “problem of intermittency” with renewable energy sources. While wind and solar offer clean and somewhat cheap sources of energy, they’re largely dependent on weather conditions. Without sufficient energy storage solutions, excess power cannot be efficiently stored for later use, leading to wasted capacity and gaps in supply during peak demand. The Global Energy Alliance for People and Planet (GEAPP) points out that affordable and scalable battery energy storage systems (BESS)—which helps to store energy at scale—are critical to solving this problem. A series of hurdles Companies like EVLO are stepping up to help address this issue with its large scale BESS solutions. “Energy storage solutions are the perfect match to leverage intermittent renewable energy sources like solar and wind,” says Sonia St-Arnaud, president and CEO at EVLO. Our overdependence on fossil fuels presents an arguably more critical hurdle. Despite increasing investments in renewable and clean energy, fossil fuels still account for over 80% of global energy production, according to the United Nations. Coal, oil, and natural gas remain dominant sources, particularly in developing nations where infrastructure for renewables is still limited. Rising geopolitical tensions—like the Russia-Ukraine war—further reflect why fossil fuel-overdependence is a big problem. Europe, which relied heavily on Russian gas, experienced an energy crisis in 2022, as Russia cut gas supplies to many parts of the region, leading to severe price hikes in some parts of the continent, per Reuters. Such disruptions highlight the fragility of fossil-dependent systems. THE RACE FOR CLEAN ENERGY Amid the energy turmoil and arduous race for net zero by 2050, there are renewable energy solutions offering real value to the everyday person and businesses today. Companies like Solargik, Hitachi Energy, and CheckSammy are all creating scalable and efficient systems that not only provide clean energy but also address challenges of cost and infrastructure. [Source Images: Getty Images] For example, Solargik’s AI-powered solar tracking solution is improving the cost-effectiveness of solar systems. “By integrating real-time weather analytics and 3D shading plans, we optimize solar panel positioning and maximize energy yields even on irregular terrains or in challenging environments,” says Solargik CEO Kroyzer. These innovations ensure solar projects can thrive in irregular terrains or low-resource areas, making renewable energy more viable globally. Hitachi Energy, meanwhile, is advancing grid stability with technologies like BESS and hydrogen-powered backups. Currently, Hitachi Energy is powering the world’s largest data center heat recovery project, recycling excess heat to replace fossil fuels with emission-free energy. “To support the sharp surge in energy demands, power grids with higher capacities are essential, especially if we aim to make renewable energy our main electricity source,” says Schierenbeck. On the waste and sustainability side, CheckSammy—the world’s largest bulk waste and sustainability provider—is leveraging data-driven waste diversion and recycling solutions to help businesses cut costs while reducing environmental footprints. Agrivoltaics—which combines solar energy generation with agricultural land use—is another exciting development. Solargik’s agrivoltaic systems, for example, integrate clean energy production with agriculture, enabling farmers to protect crops from extreme heat, increasing their agricultural yields. This dual-use approach enhances both energy and food security, making it a compelling solution for sustainable land use. CHALLENGES WITH ENERGY TRANSITION While renewable energy offers a promising solution to the energy crisis, many challenges hinder widespread adoption and scalability. One of the most significant hurdles is the high upfront cost of renewable energy systems. For emerging markets, where energy infrastructure is often underdeveloped, the expense of installing solar panels, upgrading grids, and building storage systems can be daunting. It’s almost like these markets exist in a paradoxical world where, even though renewable energy is vital for energy access and sustainability, the costs remain a major barrier to adoption. [Source Images: Getty Images] Another major hurdle is sustainable land use, says Kroyzer. “Across the world, we’re seeing less and less ‘ideal’ land for PV development available. By unlocking land previously thought of as too challenging to build upon and expanding to dual-use applications, we can make the deployment of solar PV systems more cost-effective across all markets; while also minimizing impact on the land itself,” he adds.  Then there is the limitation of traditional power grids. Most centralized grids were built decades ago and are ill-suited to handle intermittent renewable energy sources like solar and wind. Upgrades to integrate these sources, decentralize production, and ensure grid resilience require substantial investments in both time and capital. Renewable energy production also fluctuates with weather patterns and daylight hours, making scalable battery storage essential to ensure consistent supply. Furthermore, inconsistent regulatory frameworks often slow down the transition. Renewable energy adoption requires clear policies, strong incentives, and collaboration between public and private sectors. Without these, progress stagnates, especially in countries still heavily reliant on fossil fuels. LOOKING AHEAD The quest for renewable energy, as Schierenbeck notes, isn’t merely a trendy option but a critical necessity to address the energy crisis and global warming effectively. He adds, however, that without significant development of power grids, it will be impossible to ramp up the production of renewable energy. [Source Images: Getty Images] As renewable energy sources continue to grow more popular, there’s the need for greater grid infrastructure enhancements and more advanced energy storage systems. Perhaps if more investments go into building these systems that can actually support energy from renewable sources, global energy prices can truly go low and net zero—which some now say is no longer possible in 2050—can be achieved. Meanwhile, according to EVLO’s St-Arnaud, utilities and independent power producers now recognize battery energy storage as a highly versatile energy asset for enhancing the grid and improving its resiliency, optimizing peak load management to handle increased power demands, while integrating renewable energy sources where needed.  The rise of lithium iron phosphate battery chemistry is also reshaping the economics of energy storage, driven by its safety profile and declining costs, he adds. “With a 20% drop in prices in 2024, following a 30% reduction in 2023, the market is benefiting from improved affordability, which is likely to persist through 2028.”  For Kroyzer, the future of renewable energy isn’t just about cutting emissions; it’s about building systems that are resilient, predictable, and financially viable. ”With the momentum and collaborations we’re seeing today, we’re not just fixing the energy crisis,” he says, “we’re unlocking a massive economic opportunity that is fueled by clean, smart, and future-ready solutions.”

Rising energy costs, unreliable power grids, and climate change continue to exacerbate the global energy crisis and its impact on both businesses and households. To be sure, electricity access has been improving, the cost of solar energy has dropped by over 80% since 2010, and renewable energy installations have consistently outpaced fossil fuel developments. But even with all that progress, projections signal a rough road ahead for energy usage around the world—one that will continue to impact families struggling to pay bills, industries facing operational disruptions, and economies hindered by resource instability. One major contributor to the calamity: the world’s reliance on centralized energy grids. Although centralized grids are pivotal to the generation and distribution of energy across many major cities of the world, a lot of these grids are getting old and outdated, overburdened, and ill-equipped to handle the demands of modern economies. Fortunately, decentralized grids are emerging to help solve that problem. “The rise of decentralized energy solutions, like microgrids, is a direct response to the limitations of traditional grids,” Gil Kroyzer, CEO of Solargik, tells Fast Company. “Unlike centralized systems, decentralized solutions bring energy production closer to the end consumer, improving reliability and reducing infrastructure stress.” [Source Images: Getty Images] Another major factor contributing to the global energy crisis is the boom in AI, which is driving more energy demands in data centers and straining already aging energy grids. According to Andreas Schierenbeck, CEO at Hitachi Energy, “data center loads are evolving from a few megawatts to capacities exceeding 1 gigawatt due to the rise of energy-intensive AI applications.” For context, the training process for an AI model like GPT-3 consumed roughly the amount of energy consumed by 120 American households over the course of a year, per a report by Harvard Magazine. In fact, one study projects that by 2027, the AI industry could consume as much energy as the Netherlands, a country with a population of almost 20 million people. Then there’s also what’s called the “problem of intermittency” with renewable energy sources. While wind and solar offer clean and somewhat cheap sources of energy, they’re largely dependent on weather conditions. Without sufficient energy storage solutions, excess power cannot be efficiently stored for later use, leading to wasted capacity and gaps in supply during peak demand. The Global Energy Alliance for People and Planet (GEAPP) points out that affordable and scalable battery energy storage systems (BESS)—which helps to store energy at scale—are critical to solving this problem. A series of hurdles Companies like EVLO are stepping up to help address this issue with its large scale BESS solutions. “Energy storage solutions are the perfect match to leverage intermittent renewable energy sources like solar and wind,” says Sonia St-Arnaud, president and CEO at EVLO. Our overdependence on fossil fuels presents an arguably more critical hurdle. Despite increasing investments in renewable and clean energy, fossil fuels still account for over 80% of global energy production, according to the United Nations. Coal, oil, and natural gas remain dominant sources, particularly in developing nations where infrastructure for renewables is still limited. Rising geopolitical tensions—like the Russia-Ukraine war—further reflect why fossil fuel-overdependence is a big problem. Europe, which relied heavily on Russian gas, experienced an energy crisis in 2022, as Russia cut gas supplies to many parts of the region, leading to severe price hikes in some parts of the continent, per Reuters. Such disruptions highlight the fragility of fossil-dependent systems. THE RACE FOR CLEAN ENERGY Amid the energy turmoil and arduous race for net zero by 2050, there are renewable energy solutions offering real value to the everyday person and businesses today. Companies like Solargik, Hitachi Energy, and CheckSammy are all creating scalable and efficient systems that not only provide clean energy but also address challenges of cost and infrastructure. [Source Images: Getty Images] For example, Solargik’s AI-powered solar tracking solution is improving the cost-effectiveness of solar systems. “By integrating real-time weather analytics and 3D shading plans, we optimize solar panel positioning and maximize energy yields even on irregular terrains or in challenging environments,” says Solargik CEO Kroyzer. These innovations ensure solar projects can thrive in irregular terrains or low-resource areas, making renewable energy more viable globally. Hitachi Energy, meanwhile, is advancing grid stability with technologies like BESS and hydrogen-powered backups. Currently, Hitachi Energy is powering the world’s largest data center heat recovery project, recycling excess heat to replace fossil fuels with emission-free energy. “To support the sharp surge in energy demands, power grids with higher capacities are essential, especially if we aim to make renewable energy our main electricity source,” says Schierenbeck. On the waste and sustainability side, CheckSammy—the world’s largest bulk waste and sustainability provider—is leveraging data-driven waste diversion and recycling solutions to help businesses cut costs while reducing environmental footprints. Agrivoltaics—which combines solar energy generation with agricultural land use—is another exciting development. Solargik’s agrivoltaic systems, for example, integrate clean energy production with agriculture, enabling farmers to protect crops from extreme heat, increasing their agricultural yields. This dual-use approach enhances both energy and food security, making it a compelling solution for sustainable land use. CHALLENGES WITH ENERGY TRANSITION While renewable energy offers a promising solution to the energy crisis, many challenges hinder widespread adoption and scalability. One of the most significant hurdles is the high upfront cost of renewable energy systems. For emerging markets, where energy infrastructure is often underdeveloped, the expense of installing solar panels, upgrading grids, and building storage systems can be daunting. It’s almost like these markets exist in a paradoxical world where, even though renewable energy is vital for energy access and sustainability, the costs remain a major barrier to adoption. [Source Images: Getty Images] Another major hurdle is sustainable land use, says Kroyzer. “Across the world, we’re seeing less and less ‘ideal’ land for PV development available. By unlocking land previously thought of as too challenging to build upon and expanding to dual-use applications, we can make the deployment of solar PV systems more cost-effective across all markets; while also minimizing impact on the land itself,” he adds.  Then there is the limitation of traditional power grids. Most centralized grids were built decades ago and are ill-suited to handle intermittent renewable energy sources like solar and wind. Upgrades to integrate these sources, decentralize production, and ensure grid resilience require substantial investments in both time and capital. Renewable energy production also fluctuates with weather patterns and daylight hours, making scalable battery storage essential to ensure consistent supply. Furthermore, inconsistent regulatory frameworks often slow down the transition. Renewable energy adoption requires clear policies, strong incentives, and collaboration between public and private sectors. Without these, progress stagnates, especially in countries still heavily reliant on fossil fuels. LOOKING AHEAD The quest for renewable energy, as Schierenbeck notes, isn’t merely a trendy option but a critical necessity to address the energy crisis and global warming effectively. He adds, however, that without significant development of power grids, it will be impossible to ramp up the production of renewable energy. [Source Images: Getty Images] As renewable energy sources continue to grow more popular, there’s the need for greater grid infrastructure enhancements and more advanced energy storage systems. Perhaps if more investments go into building these systems that can actually support energy from renewable sources, global energy prices can truly go low and net zero—which some now say is no longer possible in 2050—can be achieved. Meanwhile, according to EVLO’s St-Arnaud, utilities and independent power producers now recognize battery energy storage as a highly versatile energy asset for enhancing the grid and improving its resiliency, optimizing peak load management to handle increased power demands, while integrating renewable energy sources where needed.  The rise of lithium iron phosphate battery chemistry is also reshaping the economics of energy storage, driven by its safety profile and declining costs, he adds. “With a 20% drop in prices in 2024, following a 30% reduction in 2023, the market is benefiting from improved affordability, which is likely to persist through 2028.”  For Kroyzer, the future of renewable energy isn’t just about cutting emissions; it’s about building systems that are resilient, predictable, and financially viable. ”With the momentum and collaborations we’re seeing today, we’re not just fixing the energy crisis,” he says, “we’re unlocking a massive economic opportunity that is fueled by clean, smart, and future-ready solutions.”

L.A.’s Twin Crises Finally Seem Fixable

The city is gradually revamping America’s most infamous sprawl.

Los Angeles has seen better days. Traffic is terrible, homelessness remains near record highs, and housing costs are among the worst in the country. Several years ago, these factors contributed to an alarming first: L.A.’s population started shrinking.This is no pandemic hangover. With a few exceptions, the local economy has come roaring back. Many of its major industries proved resistant to remote work—you still can’t film a movie over Zoom—and perfect year-round weather continually drew digital nomads. The quick rebound has had the paradoxical effect of kicking L.A.’s pre-pandemic problems into overdrive, by clogging freeways, eating up limited housing supply, and forcing out residents who couldn’t afford to stay.The city’s traffic and housing crises date back a century, when Los Angeles first became dependent on the automobile and exclusionary zoning. Ever since, municipalities across the country—from Las Vegas to Miami, and nearly every suburb in between—have followed L.A.’s example, prioritizing cars over public transit and segregating housing by income. Predictably, Los Angeles’s problems have become urban America’s problems.In recent years, a critical mass of state policy makers, housing reformers, and urban planners understood that L.A.’s problems are reversible, and started to lay out an alternative path for the future. The city has made massive investments in transit and—partly because of pressure from statewide pro-housing laws—experienced a surge of permitting for new homes. Even though rampant NIMBYism remains a barrier, the breadth of the city’s progress is becoming clearer: Los Angeles is gradually revamping America’s most infamous sprawl.L.A.’s quest to reinvent itself holds national implications. Savvy urban planners and policy makers are watching to see how Los Angeles addresses the issues that are intensifying in many of their own cities. They know that a congested, unaffordable future awaits if they don’t intervene.It’s often said that Los Angeles was planned around the car. But it was actually built around what was once the largest transit system in the world. In the early 20th century, the Pacific Electric Railway stitched together hundreds of historic town centers from Riverside to Venice. The rest of L.A. was subdivided into one of the largest street grids in history, marshaling growth along a coherent, interconnected pattern.Only in the 1930s did the city begin to redesign itself for driving. Freeways started carving up the grid, spewing pollution across Los Angeles. The railway closed. Walking and biking became unpleasant and unsafe. This transformation spawned today’s L.A., where car crashes kill more people than violent crime, and the average driver spends 62 hours a year sitting in traffic. It ended up being a model for suburbs across the country; the average American now spends an hour a day driving.The state of housing is equally bleak. By some measures, Los Angeles has arguably the worst housing-affordability crisis in the country. If a middle-class family ever wants to own a home, they’d better go somewhere else. The median home price in L.A. is over 10 times the median household income—more than double a healthy ratio.The many Angelenos who are locked out of homeownership are stuck paying some of America’s steepest rents. Most residents spend more than 30 percent of their income on housing; a quarter of residents spend at least half. To curb costs, many renters double or triple up, resulting in the country’s highest overcrowding rate. About 75,000 residents of Los Angeles County go without housing altogether.The housing shortage is by design: Beginning in the 1960s, policy makers tightened zoning regulations, slashing the city’s capacity by 60 percent. As a matter of law, Los Angeles could not grow. Today, building apartments is still illegal in about three-quarters of residential areas, where most land is effectively reserved for McMansions. The situation is even worse in the suburbs, where zoning allows virtually no new housing at all. The crisis has even spread to once-affordable places like Phoenix, as local growth butts up against restrictive zoning in more and more cities.Until recently, nearly every development in L.A.-adjacent cities such as Pasadena or Culver City entailed a costly environmental review and endless public hearings, both easily hijacked by NIMBYs. Impact fees increase the cost of a new housing unit by tens of thousands of dollars. For a long time, the number of permits issued across Greater Los Angeles looked more like it does in diminished cities like Detroit than in prosperous peers like Seattle.The city’s recent population decline might make you think that nobody wants to live there. But, really, Los Angeles hasn’t let anybody in.After decades of dysfunction, L.A.’s twin crises are starting to look fixable.Take transit: Los Angeles is currently building one of North America’s most ambitious rail expansions, which will rival the top systems in the country. Thanks in part to Measure M, a half-cent sales-tax increase that voters approved in 2016, the city is scheduled to open rail service to Los Angeles International Airport by the end of the decade, as well as new trains extending from West Los Angeles to East Los Angeles. In 2023, L.A. Metro completed the Regional Connector, which linked two light-rail lines, allowing for transfer-free rides across the metropolis.All this new rail will soon be supplemented by an expanded network of bus, bicycle, and pedestrian infrastructure. In March, a coalition led by the group Streets for All passed Measure HLA, which will add over 200 miles of bus lanes and protected bicycle lanes, and many hundreds of redesigned, pedestrian-friendly streets in the coming decades. If officials can unlock new revenue through congestion pricing—which will nudge some Angelenos out of their cars—the city might finally be able to tame traffic.The housing situation is turning around too, if in fits and starts. Recent experience shows that simply easing overly restrictive rules could unlock a lot of new home building. In 2022, Los Angeles issued more permits than it had in any of the previous 36 years. Although the average home price continues to hover around a million dollars, rents have fallen by about 5 percent compared with late 2023.A range of interventions have made this possible. Since 2017, Los Angeles has permitted nearly 35,000 accessory dwelling units—homes that were largely illegal prior to state intervention in 2017. Thanks to a newly strengthened state “fair share” law, cities across L.A. County will be required to permit thousands of new homes in coming years; Santa Monica, for example, will have to allow some 1,500 new homes over the next few years, more than the city has permitted in decades. A 2022 law green-lighting the construction of affordable housing in commercial zones has prompted Costco to agree to add 800 apartments above a planned storefront in South Los Angeles. Other state laws have eliminated parking mandates, streamlined permitting, and expedited townhouse subdivisions.Still, fixing the crisis will require much more work. By one state estimate, Greater L.A. must permit 168,000 homes each year to end the housing shortage. Even in the historically productive year of 2022, the region permitted fewer than 60,000. And in a major setback, the city council voted in December to preserve single-family zoning, which bans new apartments in nearly three-quarters of Los Angeles. (Never mind that a city-commissioned report admits that the decision will entrench segregation.)But reform continues bubbling up locally thanks to a growing YIMBY movement. Ten years ago, the idea of rolling back apartment prohibitions in Los Angeles was unthinkable; now it seems inevitable. The Transit-Oriented Communities program, part of a ballot measure that Angelenos adopted in 2016, has facilitated the construction of tens of thousands of new apartments near transit. When Mayor Karen Bass took office in 2022, she issued Executive Directive 1, speeding up permitting processes. Combined with a generous state incentive program for projects that agree to keep rents low, the initiative has attracted applications for more than 20,000 new homes and counting. At almost any public hearing, expect to bump into an Abundant Housing LA volunteer eager to share the good news.A century ago, Los Angeles pioneered an urban model that much of America made the mistake of replicating. Now, after many decades of strict zoning and car-centric growth, Los Angeles is figuring out what comes next. The city is starting to treat its dependence on automobiles by reintroducing bus lanes, bike lanes, and rail lines. Neighborhoods that had been locked up for a half century by zoning are finally growing again. Hundreds of urban areas across the country desperately require similar interventions.If history is a guide, L.A.’s ambitions might once again reshape the American city—this time for the better.

Water rates in Northern Ireland suggested to help address wastewater crisis

Manager of Lough Neagh Partnership praises actions so far on lake’s algae crisis but warns of wider problemsThe introduction of water rates in Northern Ireland could address crumbling wastewater infrastructure and the impact on waterways, it has been suggested.It comes as the Stormont executive works to halt an environmental crisis at Lough Neagh, where noxious blooms of blue-green algae have covered the surface of the water across the past two summers. Continue reading...

The introduction of water rates in Northern Ireland could address crumbling wastewater infrastructure and the impact on waterways, it has been suggested.It comes as the Stormont executive works to halt an environmental crisis at Lough Neagh, where noxious blooms of blue-green algae have covered the surface of the water across the past two summers.The lough is the largest freshwater lake by surface area in the UK and Ireland, supplies 40% of Northern Ireland’s drinking water and sustains a major eel-fishing industry.But it is facing a “perfect storm” caused by pollution, nutrients, the climate crisis and invasive species according to Gerry Darby, manager of the Lough Neagh Partnership.He praised the approach and actions taken so far by the agriculture, environment and rural affairs minister, Andrew Muir, but warned of wider problems that need a whole-of-executive approach.In an interview with the PA news agency, Darby said the Lough Neagh action plan, and particularly the setting up of a stakeholder forum led by Muir, was positive and was a first for a minister.He said 10 of the actions have already been implemented, including water inspectors and looking to the private sector for innovation, but it will take decades to start to see improvement.“Is the nutrient level going to come down immediately? No, it’s not. Is the level of phosphorus going to come down? Probably not, but at least you can now begin to look at setting targets,” Darby said.“It’s important to remember it’s not just farmers; there are a lot of nutrients coming in off the waste management processing units within NI Water and septic tanks – we’re all contributing to it and other factors such as topography, there is only one river out of the lough. There is not great flow to flush it out.“There is also climate change as well as invasive species in there. It all came together to create a perfect storm, and at least the minister has engaged with many organisations to try and find solutions.“It will be a long-term solution – nobody has ever suggested that the reduction of nutrients in Lough Neagh is going to happen overnight. It is estimated that it will take somewhere between 10 and 20 years before we’re beginning to see change.”However, Darby said part of the problem is that people assume the blue-green algae is the only problem in the lough, pointing out the absence of a navigation authority as well as the wastewater system that was described by the head of NI Water as being “at breaking point”.He said addressing the wastewater system will require the hard choice between trying to secure more money from the London government, rejigging the strained Stormont budget or considering charging water rates.While non-domestic water charges already apply in Northern Ireland, there has been strong political opposition to introducing domestic water charges.“The other elephant in the room is the money needed for infrastructure for wastewater management. This year the budget of NI Water for capital investment has been cut in half. That is a big, serious issue that politicians need to find an answer to,” Darby said.“There are three choices: you ask Westminster to cough up more, Stormont reprioritises budgets, or else the big, controversial one is that you introduce water rates, which is pretty standard in the rest of the UK.“I couldn’t comment on that personally, but I think it is something that needs to be given serious consideration in the context of the issues also facing Belfast Lough.“The problem, of course, is that it is political dynamite.”

In South Korea, Nations Meet in Final Round to Address Global Plastic Crisis

Negotiators are gathering in South Korea in what’s billed as a final push to address the global crisis of plastic pollution

Negotiators gathered in Busan, South Korea, on Monday in a final push to create a treaty to address the global crisis of plastic pollution.It's the fifth time the world's nations convene to craft a legally binding plastic pollution accord. In addition to the national delegations, representatives from the plastics industry, scientists and environmentalists have come to shape how the world tackles the surging problem. “Don’t kick the can, or the plastic bottle, down the road," U.N. Environment Programme Executive Director Inger Andersen said in a message aimed at negotiators. This “is an issue about the intergenerational justice of those generations that will come after us and be living with all this garbage. We can solve this and we must get it done in Busan,” she said in an interview.The previous four global meetings have revealed sharp differences in goals and interests. This week's talks go through Saturday. Led by Norway and Rwanda, 66 countries plus the European Union say they want to address the total amount of plastic on Earth by controlling design, production, consumption and where plastic ends up. The delegation from the hard-hit island nation of Micronesia helped lead an effort to call more attention to "unsustainable” plastic production, called the Bridge to Busan. Island nations are grappling with vast amounts of other countries’ plastic waste washing up on their shores.“We think it’s the heart of the treaty, to go upstream and to get to the problem at its source,” said Dennis Clare, legal advisor and plastics negotiator for Micronesia. “There’s a tagline, ‘You can’t recycle your way out of this problem.’” Some plastic-producing and oil and gas countries, including Saudi Arabia, disagree. They vigorously oppose any limits on plastic manufacturing. Most plastic is made from fossil fuels. Saudi Arabia is the world’s largest exporter of primary polypropylene, a common type of plastic, accounting for an estimated 17% of exports last year, according to the Plastics Industry Association. China, the United States and Germany led the global plastics trade by exports and imports in 2023, the association said.The plastics industry has been advocating for a treaty focused on redesigning plastic products, recycling and reuse, sometimes referred to as “circularity.” Chris Jahn, International Council of Chemical Associations secretariat, said negotiators should focus on ending plastic waste in the environment, not plastic production, to get a deal. Many countries won’t join a treaty if it includes production caps, he said.To continue to progress and grow as a global economy, there are going to be more plastics, Jahn added.“So we should strive then to keep those plastics in the economy and out of the environment,” Jahn said.The United States delegation at first said countries should develop their own plans to act, a position viewed as favoring industry. It changed its position this summer, saying the U.S. is open to considering global targets for reductions in plastic production.Environmental groups accused the U.S. of backtracking as negotiations approached.Center for Coalfield Justice executive director Sarah Martik said the United States is standing on the sidelines rather than leading, putting “their thumb on the scale throughout the entirety of the negotiations.” She hopes this does not derail other countries’ ambition. Democratic U.S. Sen. Jeff Merkley, of Oregon, said it's a mistake for the United States to settle for the lowest common denominator proposals, just to get some kind of agreement. Luis Vayas Valdivieso, the committee chair from Ecuador, recently proposed text for sections where he thinks the delegations could agree. The production and use of plastics globally is set to reach 736 million tons by 2040, up 70% from 2020, without policy changes, according to the intergovernmental Organisation for Economic Co-operation and Development. Research published in Science this month found it is still possible to nearly end plastic pollution. The policies that make the most difference are: mandating new products be made with 40% post-consumer recycled plastic; limiting new plastic production to 2020 levels; investing significantly in plastic waste management, such as landfills and waste collection services and implementing a small fee on plastic packaging. The treaty is the only way to solve plastic pollution at this scale, said Douglas McCauley, professor at UC Santa Barbara and UC Berkeley. McCauley co-led the research.Margaret Spring, chief conservation and science officer for Monterey Bay Aquarium, said plastic pollution used to be considered largely a waste problem. Now it is widely viewed as an existential crisis that must be addressed, said Spring, who represents the International Science Council at the negotiations.“I’ve never seen people’s understanding of this issue move as fast, given how complex the topic is,” she said. “It gives me hope that we can actually start moving the dial.”The Associated Press’ climate and environmental coverage receives financial support from multiple private foundations. AP is solely responsible for all content. Find AP’s standards for working with philanthropies, a list of supporters and funded coverage areas at AP.org.Copyright 2024 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See - Sept. 2024

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