Month: September 2023

The cost of building an artificial intelligence product like ChatGPT can be hard to measure.

But one thing Microsoft-backed OpenAI needed for its technology was plenty of water, pulled from the watershed of the Raccoon and Des Moines rivers in central Iowa to cool a powerful supercomputer as it helped teach its AI systems how to mimic human writing.

As they race to capitalize on a craze for generative AI, leading tech developers, including Microsoft, OpenAI and Google, have acknowledged that growing demand for their AI tools carries hefty costs, from expensive semiconductors to an increase in water consumption.

But they’re often secretive about the specifics. Few people in Iowa knew about its status as a birthplace of OpenAI’s most advanced large language model, GPT-4, before a top Microsoft executive said in a speech it “was literally made next to cornfields west of Des Moines.”

Building a large language model requires analyzing patterns across a huge trove of human-written text. All that computing takes a lot of electricity and generates a lot of heat. To keep it cool on hot days, data centers need to pump in water — often to a cooling tower outside its warehouse-sized buildings.

In its latest environmental report, Microsoft disclosed that its global water consumption spiked 34% from 2021 to 2022 (to nearly 1.7 billion gallons, or more than 2,500 Olympic-sized swimming pools), a sharp increase compared to previous years that outside researchers tie to its AI research.

“It’s fair to say the majority of the growth is due to AI,” including “its heavy investment in generative AI and partnership with OpenAI,” said Shaolei Ren, a researcher at the University of California, Riverside, who has been trying to calculate the environmental impact of generative AI products such as ChatGPT.

In a paper due to be published later this year, Ren’s team estimates ChatGPT gulps up 500 milliliters of water (close to what’s in a 16-ounce water bottle) every time you ask it a series of between 5 to 50 prompts or questions. The range varies depending on where its servers are located and the season. The estimate includes indirect water usage that the companies don’t measure — such as to cool power plants that supply the data centers with electricity.

“Most people are not aware of the resource usage underlying ChatGPT,” Ren said. “If you’re not aware of the resource usage, then there’s no way that we can help conserve the resources.”

Google reported a 20% growth in water use in the same period, which Ren also largely attributes to its AI work. Google’s spike wasn’t uniform — it was steady in Oregon, where its water use has attracted public attention, while doubling outside Las Vegas. It was also thirsty in Iowa, drawing more potable water to its Council Bluffs data centers than anywhere else.

In response to questions from The Associated Press, Microsoft said in a statement this week that it is investing in research to measure AI’s energy and carbon footprint “while working on ways to make large systems more efficient, in both training and application.”

“We will continue to monitor our emissions, accelerate progress while increasing our use of clean energy to power data centers, purchasing renewable energy, and other efforts to meet our sustainability goals of being carbon negative, water positive and zero waste by 2030,” the company’s statement said.

OpenAI echoed those comments in its own statement Friday, saying it’s giving “considerable thought” to the best use of computing power.

“We recognize training large models can be energy and water-intensive” and work to improve efficiencies, it said.

Microsoft made its first $1 billion investment in San Francisco-based OpenAI in 2019, more than two years before the startup introduced ChatGPT and sparked worldwide fascination with AI advancements. As part of the deal, the software giant would supply computing power needed to train the AI models.

To do at least some of that work, the two companies looked to West Des Moines, Iowa, a city of 68,000 people where Microsoft has been amassing data centers to power its cloud computing services for more than a decade. Its fourth and fifth data centers are due to open there later this year.

“They’re building them as fast as they can,” said Steve Gaer, who was the city’s mayor when Microsoft came to town. Gaer said the company was attracted to the city’s commitment to building public infrastructure and contributed a “staggering” sum of money through tax payments that support that investment.

“But, you know, they were pretty secretive on what they’re doing out there,” he said.

Microsoft first said it was developing one of the world’s most powerful supercomputers for OpenAI in 2020, declining to reveal its location to the AP at the time but describing it as a “single system” with more than 285,000 cores of conventional semiconductors and 10,000 graphics processors — a kind of chip that’s become crucial to AI workloads.

Experts have said it can make sense to “pretrain” an AI model at a single location because of the large amounts of data that need to be transferred between computing cores.

It wasn’t until late May that Microsoft’s president, Brad Smith, disclosed that it had built its “advanced AI supercomputing data center” in Iowa, exclusively to enable OpenAI to train what has become its fourth-generation model, GPT-4. The model now powers premium versions of ChatGPT and some of Microsoft’s own products and has accelerated a debate about containing AI’s societal risks.

“It was made by these extraordinary engineers in California, but it was really made in Iowa,” Smith said.

In some ways, West Des Moines is a relatively efficient place to train a powerful AI system, especially compared to Microsoft’s data centers in Arizona, which consume far more water for the same computing demand.

“So if you are developing AI models within Microsoft, then you should schedule your training in Iowa instead of in Arizona,” Ren said. “In terms of training, there’s no difference. In terms of water consumption or energy consumption, there’s a big difference.”

For much of the year, Iowa’s weather is cool enough for Microsoft to use outside air to keep the supercomputer running properly and vent heat out of the building. Only when the temperature exceeds 29.3 degrees Celsius (about 85 degrees Fahrenheit) does it withdraw water, the company has said in a public disclosure.
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Members of the International Radio and Television Union from about 50 countries, meeting this week in the Cameroonian capital, Yaounde, say a lack of infrastructure and human and financial resources remains a major obstacle to the switch from analog to digital broadcasting in public media, especially in Africa.

They are asking governments and funding agencies to assist with digitalization, which they say is necessary in the changing media landscape. More than half of Africa’s media is yet to fully digitalize.

Increasing reports of cross-interference between broadcasting and telecom services is a direct consequence of switchover delays, they said.

Professor Amin Alhassan, director general of Ghana Broadcasting Corp., says most African broadcasters are not serving their audiences and staying as relevant as they should because of the slow pace of digital transformation.

“Public media stations across the world are very old,” Alhassan said. “They have heavy investments in analog media and also analog media expertise. Our staff are used to analog systems, and to translate it into digital ecosystems is a challenge.

“Our challenge is how do you transform our existing staff to have a mindset change to understand the operations of digital media,” he said.

The International Telecommunication Union, or ITU, says digital broadcasting allows stations to offer higher definition video and better sound quality than analog. Digital broadcasting also offers multiple channels of programming on the same frequency.

In 2006, the ITU set June 2015 as the deadline for all broadcast stations in the world transmitting on the UHF band used for television broadcasting to switch from analog to digital. A five-year extension, to June 2020, was given for VHF band stations, mostly used in FM broadcasting, to switch over.

But the International Radio and Television Union says most of Africa missed the deadline, did not turn off analog television signals and is missing the advantages of digital broadcasting.

Mauritius, Kenya, Tanzania and Uganda are among the first African countries to complete the switch.

South Africa said in 2022 it would switch to digital TV on March 31, 2023. Jacqueline Hlongwane, programming manager of SABC, South Africa’s public broadcaster who attended the Yaounde meeting, said the switchover process is still ongoing after the deadline.

“Towards the end of last year, just before the soccer World Cup, we were able to launch our own OTT platform,” she said, referring to “over the top” technology that delivers streamed content over the internet.

“We are really, really excited about this because it’s been something that we’ve been working on for a very, very long time,” she said. “South African audiences for now can get access to content, which means that as a public broadcaster, we are also moving towards digitization of content.”

Public broadcasters say governments and funding agencies should help them with infrastructure and human and financial resources to increase digital penetration on the continent, which is estimated at between 30% and 43%, below the global average of about 70%.
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It started with an image of U.S. Commerce Secretary Gina Raimondo on her China trip last month, reportedly taken on what the Chinese tech giant Huawei is touting as a breakthrough 5G mobile phone. Within days, fake ad campaigns on Chinese social media were depicting Raimondo as a Huawei brand ambassador promoting the phone.

The tongue-in-cheek doctored photos made such a splash that they appeared on the social media accounts of state media CCTV, giving them a degree of official approval.

VOA contacted the U.S. Department of Commerce for a reaction but didn’t receive a response by the time of publication.

Chinese nationalists spare no effort to tout the Huawei Mate 60 Pro — equipped with domestically made chips — as a breakthrough showing China’s 5G technological independence despite U.S. sanctions on exports of key components and technology. However, experts say the phone’s capability may be exaggerated.

A social media video posted by Chinese phone users shows that after the Huawei Mate 60 Pro is turned on and connected to the wireless network, it does not display the 4G or 5G signal indicator icon. But these reviewers say the download speed is on par with that of mainstream 5G phones.

A test done by Bloomberg also shows the phone’s bandwidth is similar to other 5G phones.

Richard Windsor, the founder and owner of the British research company Radio Free Mobile, told VOA a simple speed test is not good evidence that the phone is 5G capable.

“It is quite possible through a technique called carrier aggregation to get the kind of speed that was demonstrated,” Windsor said. “You can do that with 4G. … You will see the story on 5G is not [about] speed or throughput but latency efficiency and producing good reception at high frequencies. That’s what the 5G story is all about.”

Throughput and latency are ways to measure network performance. Latency refers to how quickly information moves across a network; throughput refers to the amount of information that moves in a certain time.

Huawei’s official website makes no mention of 5G technology, which also raised skepticism.

“If the new Huawei mobile phone was a 5G phone with an advanced Chinese chipset, Huawei and China would have told the whole world. Huawei and China are not humble people. They love to tell stories,” John Strand, CEO of Strand Consult, told VOA.

The research firm TechInsights took the Huawei phone apart and discovered a Kirin 9000 chip produced by Chinese chipmaker SMIC. The Kirin 9000-series chipsets support 5G connectivity.

While sanctions prevent SMIC from having access to the most cutting-edge extreme ultraviolet lithography tools used by other leading chipmakers — such as TSMC, Samsung and Intel — it could use some older equipment to make advanced chips.

However, experts suspect SMIC won’t be able to mass produce the Kirin 9000 chips on a profitable scale without more advanced tools.

“Being able to make a chip that works,” Windsor said, “and being able to make millions of chips at good yields that don’t bankrupt you in terms of costs are two very, very different things.”

VOA asked Huawei and SMIC for comment but didn’t receive a response by the time of publication.

Dan Hutcheson, vice chair of TechInsights, said in a press release that China’s production of the Kirin 9000 “shows the resilience of the country’s chip technological ability” while demonstrating the challenge faced by countries that seek to restrict China’s access to critical manufacturing technologies. “The result may likely be even greater restrictions than what exist today.”

U.S. national security adviser Jake Sullivan said during a White House press briefing Tuesday that the U.S. needs “more information about precisely its character and composition” to determine if parties bypassed American restrictions on semiconductor exports to create the new chip.

Rep. Michael McCaul, a Republican from the U.S. state of Texas, was quoted Wednesday saying he was concerned about the possibility of China trying to “get a monopoly” on the manufacture of less-advanced computer chips.

“We talk a lot about advanced semiconductor chips, but we also need to look at legacy,” he told Reuters, referring to older computer chip technology that does not fall under current export controls.
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Russia’s cyber operations may not have managed to land the big blow that many Western officials feared following Moscow’s February 2022 invasion of Ukraine, but Ukrainian cyber officials caution Moscow has not stopped trying.

Instead, Ukraine’s top counterintelligence agency warns that Russia continues to refine its tactics as it works to further ingrain cyber operations as part of their warfighting doctrine.

“Our resilience has risen a lot,” Illia Vitiuk, head of cybersecurity for the Security Service of Ukraine (SBU), said Thursday at a cyber summit in Washington. “But the problem is that our counterpart, Russia, our enemy, is constantly also evolving and searching for new ways [to attack].”

Vitiuk warned that Moscow continues to launch between 10 and 15 serious cyberattacks per day, many of which show signs of being launched in coordination with missile strikes and other traditional military maneuvers.

“These are not some genius youngsters in search for easy money,” Vitiuk said. “These are people who are working on day-to-day basis and have orders from their military command to destroy Ukraine.”

Vitiuk said Russia has launched 3,000 cyberattacks against Ukraine so far this year, after carrying out 4,500 such attacks following its invasion in 2022.

In addition, he said Russian officials are targeting Ukraine with about 1,000 disinformation campaigns per month.

Last month, for example, the SBU uncovered and blocked a Russian malware plot that sought to infiltrate critical Ukrainian systems by using Android mobile devices captured from Ukrainian forces on the battlefield.

Russian officials routinely deny any involvement in cyberattacks, especially those aimed at civilian infrastructure.

But Russian denials have been met with skepticism in the West, and in the United States, in particular.

“The Russians are increasing their capability and their efforts in the cyber domain,” said CIA Deputy Director David Cohen, who spoke at the same conference in Washington.

“This is a pitched battle every day,” Cohen added, noting that the fight in cyberspace is far from one-sided.

“The Russians have been on the receiving end of a fair amount of cyberattacks being directed at them from a sort of a range of private sector actors,” he said. “There have been attacks on Russian government, some hack and leak attacks. There have been information space attacks on the TV and radio broadcasts.”

Both Washington and Kyiv agree Ukraine’s cyber defenses are holding, at least for now.

Vitiuk, though, expressed caution.

“This war is not a sprint, it’s a marathon,” he said. “Our enemy is evolving, and [there are] a lot of things we still need to do, and a lot of things we still need to adopt in order to make this victory come faster.”

Vitiuk also warned that Russia’s determination should not be taken lightly, pointing to Ukrainian intelligence showing that Moscow is looking for ways to expand the reach of its cyber operations against Kyiv.

“We clearly see that there is a national cyber offensive program,” Vitiuk said. “Now they implement offensive [cyber] disciplines in their higher education establishments under control of special services.”

“They start to teach students how to attack state systems, and it is extremely, extremely dangerous,” he said.
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China is turning to artificial intelligence to rile up U.S. voters and stoke divisions ahead of the country’s 2024 presidential elections, according to a new report.

Threat analysts at Microsoft warned in a blog post Thursday that Beijing has developed a new artificial intelligence capability that can produce “eye-catching content” more likely to go viral compared to previous Chinese influence operations.

According to Microsoft, the six-month-long effort appears to use AI-generators, which are able to both produce visually stunning imagery and also to improve it over time.

“We have observed China-affiliated actors leveraging AI-generated visual media in a broad campaign that largely focuses on politically divisive topics, such as gun violence, and denigrating U.S. political figures and symbols,” Microsoft said.

“We can expect China to continue to hone this technology over time, though it remains to be seen how and when it will deploy it at scale,” it added.

China on Thursday dismissed Microsoft’s findings.

“In recent years, some western media and think tanks have accused China of using artificial intelligence to create fake social media accounts to spread so-called ‘pro-China’ information,” Chinese Embassy spokesperson Liu Pengyu told VOA in an email. “Such remarks are full of prejudice and malicious speculation against China, which China firmly opposes.”

According to Microsoft, Chinese government-linked actors appear to be disseminating the AI-generated images on social media while posing as U.S. voters from across the political spectrum. The focus has been on issues related to race, economic issues and ideology.

In one case, the Microsoft researchers pointed to an image of the Statue of Liberty altered to show Lady Liberty holding both her traditional torch and also what appears to be a machine gun.

The image is titled, “The Goddess of Violence,” with another line of text warning that democracy and freedom is “being thrown away.”

But the researchers say there are clear signs the image was produced using AI, including the presence of more than five fingers on one of the statue’s hands. 

In any case, the early evidence is that the efforts are working.

“This relatively high-quality visual content has already drawn higher levels of engagement from authentic social media users,” according to a Microsoft report issued along with the blog post.

“Users have more frequently reposted these visuals, despite common indicators of AI-generation,” the report added.

Additionally, the Microsoft report says China is having Chinese state media employees masquerade as “as independent social media influencers.”

These influencers, who appear across most Western social media sites, tend to push out both lifestyle content and also propaganda aimed at localized audiences.

Microsoft reports the influencers have so far built a following of at least 103 million people in 40 languages.
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Japan launched a rocket Thursday carrying an X-ray telescope that will explore the origins of the universe as well as a small lunar lander.

The launch of the HII-A rocket from Tanegashima Space Center in southwestern Japan was shown on live video by the Japan Aerospace Exploration Agency, known as JAXA.

“We have a liftoff,” the narrator at JAXA said as the rocket flew up in a burst of smoke and then flew over the Pacific.

Thirteen minutes after the launch, the rocket put into orbit around Earth a satellite called the X-Ray Imaging and Spectroscopy Mission, or XRISM, which will measure the speed and makeup of what lies between galaxies.

That information helps in studying how celestial objects were formed, and hopefully can lead to solving the mystery of how the universe was created, JAXA said.

In cooperation with NASA, JAXA will look at the strength of light at different wavelengths, the temperature of things in space and their shapes and brightness.

David Alexander, director of the Rice Space Institute at Rice University, believes the mission is significant for delivering insight into the properties of hot plasma, or the superheated matter that makes up much of the universe.

Plasmas have the potential to be used in various ways, including healing wounds, making computer chips and cleaning the environment.

“Understanding the distribution of this hot plasma in space and time, as well as its dynamical motion, will shed light on diverse phenomena such as black holes, the evolution of chemical elements in the universe and the formation of galactic clusters,” Alexander said.

Also aboard the latest Japanese rocket is the Smart Lander for Investigating Moon, or SLIM, a lightweight lunar lander. The Smart Lander won’t make lunar orbit for three or four months and would likely attempt a landing early next year, according to the space agency.

The lander successfully separated from the rocket about 45 minutes after the launch and proceeded on its proper track to eventually land on the moon. JAXA workers applauded and bowed with each other from their observation facility.

JAXA is developing “pinpoint landing technology” to prepare for future lunar probes and landing on other planets. While landings now tend to be off by about 10 kilometers (6 miles) or more, the Smart Lander is designed to be more precise, within about 100 meters (330 feet) of the intended target, JAXA official Shinichiro Sakai told reporters ahead of the launch.

That allows the box-shaped gadgetry to find a safer place to land.

The move comes at a time when the world is again turning to the challenge of going to the moon. Only four nations have successfully landed on the moon, the U.S., Russia, China and India.

Last month, India landed a spacecraft near the moon’s south pole. That came just days after Russia failed in its attempt to return to the moon for the first time in nearly a half century. A Japanese private company, called ispace, crashed a lander in trying to land on the moon in April.

Japan’s space program has been marred by recent failures. In February, the H3 rocket launch was aborted for a glitch. Liftoff a month later succeeded, but the rocket had to be destroyed after its second stage failed to ignite properly.

Japan has started recruiting astronaut candidates for the first time in 13 years, making clear its ambitions to send a Japanese to the moon.

Going to the moon has fascinated humankind for decades. Under the U.S. Apollo program, astronauts Neil Armstrong and Buzz Aldrin walked on the moon in 1969.

The last NASA human mission to the moon was in 1972, and the focus on sending humans to the moon appeared to wane, with missions being relegated to robots.
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Green hydrogen is being touted around the world as a clean energy solution to take the carbon out of high-emitting sectors like transport and industrial manufacturing.

The India-led International Solar Alliance launched the Green Hydrogen Innovation Centre earlier this year, and India itself approved $2.3 billion for the production, use and export of green hydrogen. Global cooperation on green hydrogen manufacturing and supply is expected to be discussed by G20 leaders at this week’s summit in New Delhi.

What is green hydrogen?

Hydrogen is produced by separating that element from others in molecules where hydrogen occurs. For example, water — well known by its chemical symbol of H20, or two hydrogen atoms and one oxygen atom — can be split into those component atoms through electrolysis.

Hydrogen has been produced and used at scale for over a century, primarily to make fertilizers and plastics and to refine oil. It has mostly been produced using fossil fuels, especially natural gas.

But when the production is powered by renewable energy, the resulting hydrogen is green hydrogen.

The global market for green hydrogen is expected to reach $410 billion by 2030, according to analysts, which would more than double its current market size.

However, critics say the fuel is not always viable at scale and its “green” credentials are determined by the source of energy used to produce it.

What can green hydrogen be used for?

Green hydrogen can have a variety of uses in industries such as steelmaking, concrete production and manufacturing chemicals and fertilizers. It can also be used to generate electricity, as a fuel for transport and to heat homes and offices. Today, hydrogen is primarily used in refining petrol and manufacturing fertilizers. While petrol would have no use in a fossil fuel-free world, emissions from making fertilizer — essential to grow crops that feed the world — can be reduced by using green hydrogen.

Francisco Boshell, an energy analyst at the International Renewable Energy Agency in Abu Dhabi, United Arab Emirates, is optimistic about green hydrogen’s role in the transition to clean energy, especially in cases where energy from renewables like solar and wind can’t practically be stored and used via battery — like aviation, shipping and some industrial processes.

He said hydrogen’s volatility — it is highly flammable and requires special pipelines for safe transport — means most green hydrogen will likely be used close to where it is made.

Are there doubts about green hydrogen?

That flammability plus transport issues limit hydrogen’s use in “dispersed applications” such as residential heating, according to a report by the Energy Transitions Commission, a coalition of energy leaders committed to net-zero emissions by 2050. It also is less efficient than direct electrification as some energy is lost when renewables are converted to hydrogen and then the hydrogen is converted again to power, the report said.

That report noted strong potential for hydrogen as an alternative to batteries for energy storage at large scale and for long periods.

Other studies have questioned the high cost of production, investment risks, greater need for water than other clean power and the lack of international standards that hinders a global market.

Robert Howarth, a professor of ecology and environmental biology at Cornell University in Ithaca, New York, who also sits on New York’s Climate Action Council, said green hydrogen is being oversold in part due to lobbying by the oil and gas industry.

Boshell, of the International Renewable Energy Agency, disagreed. His organization has projected hydrogen demand will grow to 550 million tons by 2050, up from the current 100 million tons.

The International Renewable Energy Agency says production of hydrogen is responsible for around 830 million tons of carbon dioxide per year. Boshell said just replacing this so-called gray hydrogen — hydrogen produced from fossil fuels — would ensure a long-term market for green hydrogen.

“The first thing we have to do is start replacing the existing demand for gray hydrogen,” he said. “And then we can add additional demand and applications of green hydrogen as a fuel for industries, shipping and aviation.”
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Yuriy Fedorenko got his call sign Achilles for bravery and independence. Before the war, he was working full time as a Kyiv city council deputy; today, he is fighting against Russian forces in Donbas as commander of an attack drone squadron. Anna Kosstutschenko has his story. VOA footage by Pavel Suhodolskiy
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Nuclear fusion has excited scientists for decades with its potential to produce abundant carbon-free energy. In the Pacific Northwest state of Washington, one startup is hoping to win the race to develop the technology that finally makes that power available to consumers. From Seattle, Phil Dierking has our story. (Camera and Produced by: Philip Dierking)
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One of the world’s biggest auto shows opened in Munich on Monday, with Tesla ending a 10-year absence to jostle for the spotlight with Chinese rivals as the race for electric dominance heats up.  

Chancellor Olaf Scholz will officially inaugurate the IAA mobility show, held in Germany every two years, on Tuesday.  

But carmakers used Monday’s press preview as an early chance to show off some of the new models that will be hitting the road soon.  

The industry-wide shift towards electric vehicles will be front and center at this week’s fair, with Chinese carmakers out in force as they eye the European market.  

U.S. electric car pioneer Tesla, owned by Elon Musk, will return to the IAA for the first time since 2013 and is expected to unveil a revamped version of its mass-market Model 3.  

That Tesla, usually a holdout at such events, is coming to Munich shows it is taking the growing competition seriously, said Jan Burgard from the Berylls automotive consulting group.  

“The electric car market with its many new players will be divvied up over the next few years and people want to know: who is offering what?” Burgard told the Handelsblatt financial daily.  

Having captured an increasingly large part of the prized Chinese market, Chinese upstarts are now hoping to win over European customers with cheaper electric cars.  

Chinese manufacturers are starting “their assault on Europe with the IAA”, said industry analyst Ferdinand Dudenhoeffer from the Center Automotive Research in Germany.  

Muted European presence

Chinese groups benefit from lower production costs, allowing them to offer cut-throat prices at a time when entry-level EVs are still a rarity.  

Mercedes-Benz CEO Ola Kallenius said it was necessary for European firms to stay competitive in the face of stiff competition.  

“Don’t make it worse. Don’t start a debate that we should work less hours at the same pay, those types of things. That would be going the wrong direction,” Kallenius told reporters at the IAA on Sunday.  

Volkswagen CEO Oliver Blume meanwhile said he was “impressed” by the speed at which China had advanced its electric car technology.

He added that it was “crucial” for VW to succeed in China’s domestic EV market — where it is currently lagging far behind China’s BYD and Tesla.  

“The more electric cars we have, the more we can benefit from economies of scale,” Blume said.

In all, 41% of exhibitors at the industry fair have their headquarters in China, including brands such as BYD, Leapmotor and Geely.  

Contrary to the Asian onslaught, participation from European carmakers at the IAA will be muted.  

Germany’s homegrown champions Volkswagen, BMW and Mercedes-Benz will be joined by Renault from France, but the 14-brand Stellantis Group will only be represented by Opel.  

BMW presented its “Neue Klasse” (New Class) generation of electric cars in Munich on Saturday, a series of six vehicles that will be manufactured from 2025.  

European automakers are investing heavily in the switch towards zero-emission driving as the European Union aims to end the sale of polluting combustion engine cars by 2035.  

The historic transition comes at a challenging time.  

While the supply chain problems caused by the pandemic have eased, surging energy prices in the wake of Russia’s war in Ukraine and a weaker global economy are weighing on European manufacturers.

Although car sales in the EU have steadily improved over the last 12 months, they remain around 20 percent below their pre-pandemic levels as inflation and higher interest rates dampen appetites for new vehicles.  

Climate protests

Some 700,000 visitors are expected to attend this week’s IAA.  

Climate groups have vowed to stage protests, including acts of “civil disobedience” aimed at disrupting the fair.   

On Monday morning, Greenpeace activists submerged three cars in a small lake outside the convention center.   

“The car industry continues to rely on too many cars, that are too big and too heavy. It’s sinking the planet with that business model,” Greenpeace spokeswoman Marissa Reiserer told AFP.
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