The Government is taking proactive measures to address the potential influx of substandard lithium-ion batteries into Jamaica as countries move to tighten regulations on their importation.

Chief technical director in the Ministry of Science, Energy, Telecommunications and Transport, Brian Richardson, told JIS News that the measures will ensure public safety and environmental protection.

“The ministry intends to collaborate with the Bureau of Standards Jamaica (BSJ) to develop and enforce stringent standards for battery safety and quality in keeping with the Standards Act (1969). We have asked the Ministry of Industry, Investment and Commerce, the parent ministry of the BSJ, to facilitate the development of a quality-control standard for lithium-ion batteries,” he said.

Lithium-ion batteries are popular because of their energy storage technology and are contained in equipment such as electric vehicles and scooters, video cameras, cellphones, bluetooth headsets and laptops.

However, inferior batteries can pose serious threats, including fire hazards, environmental pollution if not disposed of appropriately and financial loss.

Richardson said that in addition to domestic efforts, international collaboration is essential in establishing comprehensive regulations for lithium-ion batteries in Jamaica.

“By working closely with more affluent international regulatory bodies, we can adopt globally recognised standards and best practices and benefit from this shared knowledge and expertise, rather than trying to replicate these standards from scratch,” he added.

Jamaica Observer 

A family stands in front of property with solar panels

A big part of why many homeowners get solar panels installed on their properties is to offset high electricity bills, especially during the summer months when energy usage rises sharply. While many types of solar panels can cover up to 100% of the electricity consumption needs of a household, you might still have to rely on the energy provided by your utility company to meet the excess demand. In the best-case scenario, the utility bills you receive as a result of this usage should be minimal.

However, from time to time, you might notice a spike in your electricity bills, even with your solar panels working. There are numerous reasons for this, from increased energy usage on your part to a malfunction in the system. There can also be external factors that are just beyond your control. That said, the sooner you look into what’s causing the spike and address the issue, the sooner you can bring down your utility bills and continue enjoying the benefits of your solar system installation. Below, we’ll take a look at five of the most common reasons for high electricity bills, despite having a solar system.

Changing energy consumption patterns

Person turns on AC

Often, after homeowners install solar panels on their property, they stop keeping track of their energy consumption. Whether it’s plugging in and using appliances and lights that are not needed or cranking up the air conditioner, many of these habits can, unsurprisingly, cause your electricity needs to rise.

Even if you’ve been careful about your energy usage, changes in your living situation or the addition of new appliances to your household might be what’s causing a spike in your electricity bill. For instance, guests visiting you during the holidays naturally add to energy needs. The same goes for if you or another resident shift to a remote work situation. Additionally, if you don’t like the heat, staying indoors for more hours can significantly increase your energy consumption too.

While some of these changes are temporary, it’s a good idea to take a look at your energy consumption over a few weeks and try to spot new habits or inefficiencies in your appliances that might be running up your electricity usage. Taking steps to be more mindful about your energy consumption and getting appliances, like your air conditioner and refrigerator, serviced can help keep your utility bills under control.

Weather-related factors

The weather has a big impact on how well your solar panels function. If you’ve been getting a lot of rain, or it’s been getting darker earlier in the day, your solar system’s efficiency will naturally take a dip. Cool, sunny days are what’s ideal for your solar panels to function at their peak capacity. On the other hand, intense heat, cloudy skies, snow, and even excess humidity can reduce a solar system’s efficiency. If the weather conditions haven’t been conducive for a while, you may be relying more on traditional sources to meet your energy consumption demands. This, in turn, can cause an increase in your electricity bills.

The best way to keep weather-related factors from affecting your solar system’s energy production capacity is to install the panels in a sunny location. However, if your roof isn’t positioned in a way that gets maximum sun exposure, consider using portable solar panels that can be moved around your property to capture more sunlight. Additionally, you might want to invest in a few energy-saving lighting options, so you’re not using as much electricity.

Malfunctioning or dirty solar panels

Cleaning solar panels

Solar panels usually have a pretty solid build quality, given that they’re expected to work outdoors and hold up to the elements. However, it’s possible for the panels to malfunction and even potentially break due to a number of reasons, from debris falling on the surface to the effects of corrosion.

If your electricity bills have recently risen while your electricity consumption has remained the same, it’s worth checking if your panels are working as they should. If you don’t see any obvious signs of damage on the panels, check if the breaker switches have tripped. If all those seem fine, check whether your solar inverter is functioning normally. Typically, a green light means it’s working fine, whereas a red, yellow, or blinking light indicates an issue. Your manual should have more information about how to identify potential issues. Since the inverter is an important part of a solar system, addressing any problems related to the inverter will help.

Another thing you should do is check if the solar panels are clean. MIT News reported that the accumulation of dust on solar panels can reduce the output of the panels by up to 30% in just one month, which means dirty panels might just be what’s causing your electricity bills to rise. The good news is that cleaning solar panels is fairly easy and should result in better output.

Size of your solar system

 

People installing solar panels

How many solar panels you need to power your home will depend on your energy needs. If your current solar system is too small for your needs and is not offsetting 100% of your consumption, your electricity bills might fluctuate. In this case, the easiest thing to do is add more solar panels to the roof. This way, your consumption will be met by the increased output provided by the new panels.

If your roof cannot accommodate more panels, consider purchasing portable solar panels. Alternatively, you might want to purchase a solar battery. Keep in mind that your solar panels generate maximum energy when the sun is the brightest, and this usually happens between 9 a.m. and 3 p.m. for east-facing panels, and later in the day for west-facing panels. If you’re not using enough energy during these hours and are using more energy in the evenings or at night, a solar battery might come in handy since it can store some of the surplus energy that is generated during the peak production hours. This can help you use solar energy continuously throughout the day.

Incorrect meter reading

Electrician inspecting meter

If none of the above-mentioned reasons explain why your energy bills are spiking, it’s worth checking if the culprit is a faulty meter that’s causing a billing inaccuracy. Billing inaccuracies can have a number of causes, but if you’ve already determined that none of your appliances are malfunctioning and using up more energy, you’ll want to check if the utility meter is working. If you just moved into your home, it’s also possible that the meter wasn’t installed or activated properly. 

If you suspect that your meter is malfunctioning, call your utility company or an electrician to inspect the meter. A professional will be able to test the meter and identify if it’s working normally or is malfunctioning and causing incorrect meter readings. If it’s faulty or broken, there’s a good chance you’ll receive a refund from your energy company for any overbilling that the meter caused, and this should address the spike in your electricity bills.

SlashGear

Dr Nigel Clarke (left), minister of Finance and the Public Service, shakes hands with Milton Brady (right), chairman, Sygnus Capital, while Jason Morris, co-founder, executive vice president, chief investment officer, Sygnus Capital, looks on during the Ja

Finance Minister Dr Nigel Clarke says economic resilience has got to be the key economic priority for Caribbean countries.

This, he said, is especially true given the open economies and narrow economic bases of small island developing states (SIDS), like Jamaica, which continue to face challenges ranging from economic vulnerability to climate change.

Speaking at the Jamaican launch of the US$135 million Caribbean Community Resilience Fund (CCRF) held last Thursday at the AC Hotel by Marriott, Clarke noted that it was “challenging to make life work for small island states, even if you have high per capita GDP”.

This is because the structural economic realities within the Caribbean indicates that even if there exists a certain amount of wealth, as measured by invested capital, it could all go away with one or two economic shocks.

“If it’s one thing we know, economic shocks are going to be a permanent reality of life in the Caribbean and being open means that it affects us when it may not affect somebody else,” Clarke noted.

Using the American state of Louisiana as an example, he explained that because the United States was “extremely resilient” a hurricane affecting one state would have no measurable impact on the GDP of the overall country.

Therefore, Clarke said it was the region’s duty to take responsibility for its vulnerabilities, as “that’s what societies that are advanced do for themselves”.

Continuing with another example, Clarke stated that in Canada where they are vulnerable to extremely cold weather which can have below freezing temperatures for long periods of time making life difficult, they are one of the countries with the largest amount of underground infrastructure, with millions of square feet of retail office space which allowed individuals to be able to spend an entire week underground.

This, he added, is an example of taking responsibility for one’s vulnerability.

In expressing his satisfaction with the announcement what the CCRF intends on achieving, he shared that it “was like music to the ears of policymakers”.

‘Timely’ and ‘exciting’

He praised how “timely” and “exciting” the fund is, as it “comes at a time where Jamaica and the Caribbean are all facing a potential crisis … where the solution to a large extent is going to lie in having pools of capital available to invest in our economies in finding solutions”.

The fund, which is supported by the United States Agency for International Development (USAID), promises to revolutionise the region’s approach to tackling climate resilience and economic sustainability.

Sygnus Group, which operates in Jamaica, St Lucia, and Puerto Rico, will manage the fund. The CCRF will target seven key resilience sectors, including energy, transportation, blue economy, housing, finance, information and communications technology (ICT), and agriculture.

Jason Morris, co-founder and executive vice president of Sygnus Capital, clarified that while the CCRF’s primary goal was climate resilience, its other objectives included strengthening the infrastructure of Caribbean nations by giving access to capital for projects and businesses, giving investors in the Caribbean the chance to invest in impact investments, offering technical support for capacity building, providing catalytic capital for the region, and providing flexible, patient, risk-tolerant, concessionary, and impactful capital.

The chief investment officer continued that the investment horizon of the 10-year fund can be increased to two one-year periods.

Divided into two investment periods, the fund will have two portfolios: an equity portfolio which has an investment period of five years, and a debt portfolio which has an investment period of seven years.

The debt portfolio will have two closure dates: the first is on June 30 and the second is some time in February 2025.

Morris, who gave a breakdown of the fund, stated that the Caribbean Development Fund (CDF) as a sponsor and supporting as first loss capital made a commitment of US$15 million. Additionally, over US$1 million was from Sygnus and US$5 million from enhanced capacity building.

For his part, Jason Connor, chief executive officer of Sygnus Capital Puerto Rico, said that he was well aware of the region’s lack of access to capital and that the CCRF’s launch would help to raise the visibility of both the Caribbean and the sectors that the fund is targeting, which were both severely underdeveloped for capital on a large scale.

“Recently I read as part of the development of the fund, the document from USAID states that just in climate related resiliency there’s over US$20 billion worth of opportunities to be deployed, to be unleashed in the Caribbean,” he said. “That doesn’t include the non-climate related opportunities, so we’re talking anywhere from $10 to $15 billion dollars additional of opportunities that year after year go unsolved, unreleased.”

Connor went on to say that while banks are unable to bridge this gap, they nonetheless try their best, and this is true even in countries with larger economies.

He emphasised that the only area that differed substantially from the developed world was the non-banking sector. According to him, this industry really required expansion so that businesses who do not qualify access the capital through the banks and have options.

Gleaner

National Energy Solutions Ltd

A former public official at a now shuttered government-owned company that was smeared by allegations of financial impropriety was sent to prison yesterday after he was convicted on corruption-related charges.

Lawrence Pommels, a former acting chief engineer and operations engineer at the scandal-scarred National Energy Solutions Limited (NESOL), was sentenced to nine months in prison by a judge at the St Catherine Parish Court after he ended his criminal trial by entering a plea of guilty.

The trial commenced in 2022 after he pleaded not guilty.

NESOL, which was established in 2015 to take over the functions of the Rural Electrification Programme, was shuttered by the Andrew Holness-led Government in late 2019 and its functions subsumed under the energy ministry amid allegations of financial impropriety.

Pommels pleaded guilty to six counts of possession of criminal property, an offence under the Proceeds of Crime Act, and two breaches of the Corruption Prevention Act (CPA), court records revealed.

One of the CPA breaches related to a $20-million bribe he offered a police investigator at the time of his arrest. The bribe was secretly recorded.

The prison sentence was in keeping with a plea deal Pommels struck with prosecutors through his attorney, law enforcement sources disclosed.

The plea agreement also requires him to forfeit “over 80 per cent” of the total value of the four high-end luxury vehicles and $30 million in cash that were taken from him during his 2018 arrest and were restrained by a court order.

The vehicles include a BMW X6 and an Audi sport utility vehicle.

A forfeiture hearing is scheduled for June 20 in the St Catherine Circuit Court.

Calls to his attorney, Dwight Sibblies, yesterday went unanswered.

Pommels was first employed as operations engineer at NESOL amid questions about his qualification for the post and was later appointed to act as chief engineer after the incumbent went on extended leave.

Among the improprieties reported at NESOL was a 2018 disclosure before Parliament’s Public Administration and Appropriations Committee (PAAC) that he was allowed to sign NESOL-issued cheques for up to seven months after his stint as acting chief engineer ended in November 2017.

Some of the crimes for which he pleaded guilty were committed during his tenure as acting chief engineer.

In another instance, the PAAC was also told in September 2018 that a private firm, Peak Energy Solutions, was hired by NESOL without a contract in place and paid $12 million for services rendered.

The work was verified by Pommels in his capacity as operations engineer, committee members were told.

The former public official was arrested in New Harbour, St Catherine, during an operation led by the police Counter Terrorism and Organised Crime Division and the Financial Investigations Division.

Gleaner

 

Northvolt CEO Peter Carlsson speaks at the company’s office in Stockholm, Sweden, September 30, 2021. Picture taken September 30, 2021. REUTERS/Supantha Mukherjee/File Photo
Northvolt CEO Peter Carlsson speaks at the company’s office in Stockholm, Sweden, September 30, 2021. Picture taken September 30, 2021. REUTERS/Supantha Mukherjee/File Photo

 

The underlying shift towards electric vehicles is continuing despite a recent slowdown in the pace of growth, Northvolt’s CEO said while presenting the Swedish battery maker’s investment plans for a new plant in Germany on Monday.

The Northvolt 3 battery cell factory in Heide, in the northern state of Schleswig-Holstein, is expected to produce climate-friendly battery cells for 1 million cars a year once completed later this decade, the company has said.

“We’re seeing today some clouds on the sky, we are seeing a little bit of a decline of the electric vehicle trend overall, but I think that when you take a step back and look at the transition, the megatrend and the underlying change is there,” Northvolt CEO Peter Carlsson said at a groundbreaking ceremony for the new plant.

“The fact that we are going to go from (internal) combustion to electric is without a doubt going to happen,” he added.

High energy prices, soaring interest rates and a rise in the cost of raw materials had created “bumps in the road”, but the EV industry will continue to grow, the CEO said.

“We’re now seeing even stronger products coming out in the market, that will also be produced here at Northvolt 3, that will drive even stronger adoption of electric vehicles,” Carlsson said.

Attending the event, German Chancellor Olaf Scholz hailed the factory as a sign of his country’s industrial appeal.

“The production of good cars will remain the backbone of our industry beyond the combustion engine. For this we need battery cells made in Germany, made in Europe,” Scholz said.

“This is how we secure our technological sovereignty. This is how we secure value creation in Europe,” he added.

Cell assembly in the new factory is planned for 2026 and its final expansion is scheduled to be completed in 2029. The investment amounts to 4.5 billion euros ($4.86 billion) and around 3,000 new jobs will be created, Northvolt said.

The EU Commission in January approved state aid for the project. In total, there are subsidies amounting to 902 million euros – 700 million of which are grants and 202 million are guarantees.

OUR Today

Nissan Chief Executive Makoto Uchida, left, and Honda President Toshihiro Mibe attend a joint news conference in Tokyo, Friday, March 15, 2024.
Nissan Chief Executive Makoto Uchida, left, and Honda President Toshihiro Mibe attend a joint news conference in Tokyo, Friday, March 15, 2024.

Nissan and Honda announced that they will work together in developing electric vehicles and auto intelligence technology, sectors where Japanese automakers have fallen behind.

The chief executives of Nissan Motor Company and Honda Motor Company appeared together at a news conference in Tokyo to announce that Japan’s second and third biggest automakers will look into areas with a potential for collaboration.

The details of the non-binding agreement are still being worked out, both sides said. The executives said the companies will develop core technologies together, but their products will remain different.

Nissan Chief Executive Makoto Uchida stressed that speed is crucial for the companies in developing technological solutions.

“We don’t have time,” he said. “It is significant that we have reached this agreement based on a mutual understanding that Honda and Nissan face common challenges.”

Honda President Toshihiro Mibe said the companies share common values and could create “synergies” in facing their formidable rivals.

The world’s automakers are rapidly shifting toward electric vehicles, focusing on batteries and motors instead of gas engines, as concerns grow about emissions and climate change.

But Japanese automakers have fallen behind rivals such as Tesla of the United States and BYD of China in developing EVs, partly because they have historically been so successful with combustion engine vehicles.

Toyota Motor Corp, the world’s largest automaker, has often said the world is not ready for a complete shift to EVs, in part because of the lack of a charging infrastructure, and instead has pushed hybrids, which have a gas engine in addition to an electric motor.

But Toyota is also expected to aggressively deliver on an EV push in coming years.

Nissan is relatively ahead in EVs among Japanese automakers because it was among the first to come out with an EV with its Leaf, which went on sale in late 2010.

High expectations for the Nissan-Honda agreement were reflected in sharp increases in the stock prices of both companies on Thursday after a Japanese media report said such a deal might be in the works.

Their shares continued to rise Friday, with Nissan finishing 3.2 per cent higher Friday and Honda rising 1.7 per cent. The agreement was announced after trading closed in Tokyo.

The executives said no mutual capital ownership is involved in the agreement for now, but the companies may look into the possibility down the road.

“How we can raise our competitiveness is what we are determined to pursue,” Uchida said.

Gleaner

BYD-first-cargo-ship

Automakers are fiercely lobbying governments to water down already-compromised emissions rules, but doing so will only lead to their doom as market entrants that are serious about EVs will continue ramping them anyway.

The auto industry is electrifying, and all new cars will be electric in the relatively near future. This is not in dispute by any serious person – and any alternative scenario, where humans continue to pollute as much as we do today, will result in worse and worse results for humanity the longer we pollute as climate change becomes progressively worse.

It is necessary that we stop burning fossil fuels, and fast. This is not a matter of opinion, it’s a matter of physics, and physics does not care about your arguments to the contrary.

And yet, the auto industry – which is responsible for more pollution than any other sector, at least in rich countries – still lobbies to worsen emissions reduction targets, even when those targets were already pushed back to begin with.

Automakers beg governments to let them emit more poison

We saw it this week in both Europe and the US. BMW, VW and Renault asked European regulators to push back the 2035 gas car phase-out, despite that this timeline has already been loosened. And in the US, the EPA finalized rules, but softened them due to auto industry lobbying – and the president of the main auto industry lobbyist characterized the final rules as a “stretch goal,” suggesting that he thinks there should be further softening of the already-softened rule.

Even these softened EPA rules will upend the industry, as current automaker commitments are not enough to meet the targets. Either automakers need to up their game, or someone is going to have to fill the millions-vehicle gap between commitments and requirements. And if traditional automakers don’t fill that gap, then new entrants will.

The lobbying is reminiscent of what the industry did from 2017-2021, when it lobbied an ignorant reality TV host to torpedo well-reasoned regulations which would have resulted in significantly more regulatory certainty for the industry. It eventually recognized its error, but Pandora’s box was already opened.

Today, the exact same automaker lobby which originally lobbied to fracture US and CA regulations – the Alliance for Automotive Innovation, previously known as Global Automakers, led by John Bozzella both then and now – still routinely complains about the two regulatory regimes being different, despite being personally responsible for the current state of affairs.

The compulsion against regulation is pathological. Even in situations where it doesn’t make sense to lobby against regulation, businesses will often still do so.

But wait, maybe it’s not a compulsion against all regulation. Because at the same time that automakers are begging for the ability to continue the global-scale mass murder that they continually enable (via pollution that kills millions worldwide per year), they’re also begging governments to slow down other parts of the industry that are taking the EV transition seriously.

Namely: China.

Chinese EVs will grow, whether you like it or not

China is actually a little late to the EV party. Until a few years ago, EV market share in China lagged other leading regions, but uptake in recent years has been quite rapid. NEV (EV+PHEV) market share should crest 50% in China next quarter, ahead of basically everywhere except the Nordic countries.

But as often happens, China may not always be the first entrant into a market, but once it truly commits its effort to something, those efforts tend to bear fruit rapidly.

Chinese EV sales have started taking off overseas, particularly in Europe. While they still make up a relatively small percentage of the market – around 10% – that share has risen rapidly from less than 1% in 2019 (and it might be higher if Chinese automakers could find more ships, but they’re working on that).

In response to this rise in Chinese EV sales, instead of recognizing that they need to pick up their game, European automakers are… begging the EU to investigate the “flood” of Chinese EVs, even to the point of proposing retroactive tariffs. They contend that the Chinese government unfairly subsidizes its auto sector, making prices uncompetitively low. Nevermind that European governments also subsidize their auto sector (not to mention the massive worldwide subsidies for pollution), and that low prices are good for consumers (in fact, if EU consumers are benefitting from Chinese subsidies, that represents a transfer of wealth from China to the EU).

Sure, begging governments for help isn’t the only thing they’re doing, they’re also finally picking their pants up off the floor and considering building cheaper EVs, but both of these actions are in direct conflict to lobbying efforts to loosen emissions regulations. If you’re worried about competition undercutting you and taking control of the EV transition, the answer is not to cut production and pretend that EV sales are going down when they aren’t, it’s to move faster.

In the US, the anti-China lobbying has been more pre-emptive. There aren’t significant amounts of Chinese-built EVs in the US, and the country already has a number of protectionist tariffs against China.

The recent Inflation Reduction Act, which created hundreds of billions of dollars of incentives for EVs and green energy, does include provisions intended to advantage automakers who avoid using China as any part of their supply chain. And scaremongering about China is abundant throughout US political and economic discussions.

So it’s clear that Western automakers aren’t looking to compete on price or volume, they’re looking to change the rules of the game instead – in a way that ensures more pollution and more expensive vehicles for consumers. They don’t want to win the game, they want the ref to hand it to them. It’s gamesmanship – which the industry is well acquainted with.

Rising EV penetration isn’t due to regulatory minimums, it’s due to demand

But do we really think that will work? EV penetration has broadly exceeded the minimums set by emissions rules. The driver so far has not been regulatory minimums or targets set by government, it has been consumer demand – and consumer recognition that gas vehicles will soon become an albatross around the neck of anyone who makes the silly decision to buy a new one. We’ve seen it happen in Norway with well above 90% plug-in car sales in advance of its world’s-most-aggressive 2025 target, with China’s rapid rise in EV penetration which caught foreign automakers by surprise, and with California hitting ZEV goals years ahead of schedule.

So loosening the rules doesn’t seem likely to slow down consumer demand – and the public wants stronger rules anyway. Instead, it will just annoy customers who are frustrated that there aren’t enough options available (as has been the case for years – look at the excitement over the R3 and EX30 when so few other small EVs exist), and mollify laggard manufacturers into thinking they can take longer to join the party.

But if automakers (and countries with prominent auto industries, like Japan) want to survive the transition, they cannot be the last to the party. The longer they wait, the more trouble they’ll be in, and the more advantage they cede to their competition. Doing nothing didn’t work for Kodak in the shift to digital, and it won’t work for automakers during the shift to electric.

How do we know this? Because it’s already happened, in this very industry, just over the course of the trailing decade.

Big Auto let Tesla win

Over the course of the last ten years, we’ve seen plenty of efforts to regulate away Tesla’s sales model for example, and few for automakers to actually effectively compete against Tesla’s vehicle programs. We’ve also seen industry push, state by state, for abusive EV fees and other silly regulations in a desperate attempt to punish EVs for daring to be a superior choice.

All of this happened while Tesla gradually entered more segments, and gradually took over those segments. The first indication was around 2014-2015, when sales of large luxury vehicles fell for every manufacturer except Tesla. This happened again with the Model 3. And the Model Y is now the best-selling vehicle in the world. (As for trucks, well, maybe that’ll be a different story)

And yet, despite a decade of warning, it’s only recently that we’ve started seeing serious EV programs from other automakers start to spin up. But most automakers still only have a few EVs, and many of them still share platforms with gas cars. And due to Tesla’s head start, they’re the one company that has gotten scale and costs to the level that they can arbitrarily cut prices, starting an EV price war that they’re best positioned to deal with.

In refusing to act faster to accept the future that’s already here, automakers have already ceded ground. On top of the aforementioned points of market share ceded to Tesla, the industry also gave Tesla the whole concept of fueling stations.

Over the last decade, every automaker said that charging wasn’t their problem and that someone else would come along to solve it, while simultaneously saying that they can’t ramp EVs because there isn’t enough charging out there.

Tesla also said that there wasn’t enough charging out there… so it built chargers (without having to be forced into doing so). And now, as a result of automakers’ intransigence – and also thanks to President Biden’s infrastructure law, which influenced Tesla to finally open up its Supercharger network – every vehicle manufacturer is now using Tesla’s NACS plug, which means all of them will use its Supercharger network, and Tesla will be able to extract profits on fueling from basically every car on the road. “Tesla, you’re welcome”; signed – the auto industry.

Electrek

The Biden administration on Wednesday finalized one of the most significant pieces of its ambitious climate agenda: the strongest new tailpipe rules for passenger cars and trucks that will decisively push the US auto market toward electric vehicles and hybrids.

But in a concession to automakers and labor unions, the rules will be phased in more slowly than originally proposed and will give automakers more choices for how to comply.

Nearly a year ago, the Environmental Protection Agency proposed a fast ramp-up into EVs — a rule that would have ensured two-thirds of all vehicles sold were electric by the end of this decade. The EPA pumped the brakes on that plan Wednesday.

Instead of pushing automakers to sell more EVs to meet stringent pollution targets, the administration is allowing plug-in hybrids — vehicles that combine gas engines and EV-like batteries — to play a much bigger role in the electric transition.

In 2023, EVs made up just 7.6% of new car sales, according to Kelley Blue Book. The new rule is targeting 35% to 56% for EVs in 2032, and 13% to 36% for plug-in hybrids.

Transportation has an outsized climate impact, making up nearly a third of all US climate pollution, so even small steps can lead to significant change. Margo Oge, who previously headed the agency’s office of Transportation and Air Quality, called the new standard “the single most important climate regulation in the history of the country.”

In a statement Wednesday, President Joe Biden vowed the cars would be made by American workers. “US workers will lead the world on autos making clean cars and trucks, each stamped ‘Made in America,’” Biden said. “You have my word.”

Federal officials said the rule doesn’t favor electric vehicles over other types of vehicles, and will reduce nearly as much pollution as the original proposal — more than 7 billion metric tons of planet-warming emissions, along with other pollution that is detrimental to human health. By 2032, the new rule is expected to slash passenger car pollution nearly in half from 2026 levels.

“Within those ranges, we got to the same place” as the standard proposed last year, said Joe Goffman, who leads the agency’s Office of Air and Radiation.

Goffman said the agency considered different ways automakers could “mix and match” new vehicle models to meet the standard — by using more efficient gasoline engines, hybrids, plug-in hybrids and battery electric vehicles.

“By taking seriously the concerns of workers and communities, the EPA has created a more feasible emissions rule that protects workers building (traditional, gas-powered) vehicles, while providing a path forward for automakers to implement the full range of automotive technologies to reduce emissions,” the United Auto Workers union said in a statement.

White House national climate adviser Ali Zaidi said that “one of the really strong features” of the new rule was its flexibility.

“Different automakers are going to approach this in different ways,” Zaidi said. “You’ll have some automakers that maybe have a third of their fleet be plug-in hybrid electric vehicles.” Zaidi argued that would “translate into a lot of consumer choice.”

Carmakers get flexibility

Automakers like Toyota, who are favoring hybrids and plug-in hybrids and moving slowly on EVs, could be big benefactors of EPA’s new rule.

Toyota, the world’s largest automaker, is among the companies that aggressively pushed back against the Biden administration’s original proposal.

In a memo sent in the fall of 2023 to car dealers across the US, Toyota Motor North America group vice president of government affairs Stephen Ciccone described the EPA’s original EV proposal as a “mandate” and “draconian,” CNN recently reported. Ciccone wrote the proposal had caused an “existential crisis” in the industry and suggested an option giving automakers more choice.

“Toyota’s position is that the best way to reduce carbon is by giving consumers a choice of powertrain options, including hybrids, plug-in hybrids, fuel cells, fuel efficient ICE vehicles, and BEVs,” Ciccone wrote.

That flexibility is what the EPA finalized on Wednesday. But Toyota continued to characterize EPA’s rule as a “regulatory mandate” that will force it further into the EV game than it’s currently positioned.

The rule “requires a precipitous shift from around 8% market share of battery electric vehicles today to more than half by 2032 – an aggressive, sixfold increase over just eight years,” said Toyota spokesperson Edward Lewis in a statement. “Toyota will continue to lead the industry and comply with regulations, but serious challenges around affordability, charging infrastructure, and supply chain will need to be addressed before this mandate is realized.”

President Joe Biden has made the transition to EVs a signature issue of his presidency, stressing the economic impacts, in addition to the climate benefits, of cutting pollution. In August 2021, after the president announced an ambitious target that half of vehicles sold in the country by 2030 would be either battery electric, fuel-cell electric or plug-in hybrid, Biden test-drove a hybrid-electric Jeep on the White House grounds.

But political battle lines are being drawn around the EV transition. Former President Donald Trump, the Republican nominee for the 2024 presidential election, has railed against EVs in his speeches. He recently characterized EVs as “all” being made in China, even though Democrats’ Inflation Reduction Act has pushed a new EV manufacturing and assembly to the United States.

With the new standard giving automakers more flexibility, EPA administrator Michael Regan denounced the characterization that the agency was setting an EV “mandate.”

“When you look at the differences between the proposal and final, you will see that there is absolutely no mandate,” Regan told reporters, adding his agency was staying “well within the confines of the law.”

It’s not just Trump; the jump to EVs has some of Biden’s political allies worried, too. The United Auto Workers, a powerful union that has endorsed Biden, has also expressed concerns about what the shift to EVs could mean for their workers, who believe battery-powered cars require less labor to build.

But the demand for fully electric cars is growing in the US. The nation crossed a key threshold at the end of last year: 1.2 million electric vehicles were sold — a 46.3% jump from 2022.

EV adoption rates are likely to slow down this year, which is to be expected, said Trevor Houser, partner at the nonpartisan Rhodium Group. He’s looking for two main signs of EV success in the coming years: whether automakers can make a wide enough variety of the vehicles Americans want to drive, and whether the cost can come down to a more affordable range of $20,000 to $30,000.

“We won’t really know before (2025) how successfully we’re making that transition because the next generation of more affordable EVs won’t be on the market,” Houser told CNN.

Zaidi agreed it would take time to see whether more Americans move to fully electric cars.

“That’s something we’ll see over time,” Zaidi said. “But this rule is very flexible and allows for all of those pathways to emerge, and for (automakers) to pursue those in a manner that’s consistent with their strategies.”

Climate and health impacts

While the climate impact of the tailpipe rules have drawn the most attention, there is a big public-health component, as well.

Reducing pollution from cars and trucks could help Americans’ health on multiple levels, since the EPA’s multi-pollutant standards will tackle greenhouse gases that cause climate change, smog and particle emissions.

No amount of air pollution is safe, and according to the World Health Organization, it’s one of the greatest environmental risks to human health.

Vehicle exhaust is made up of all sorts of pollutants, including carbon monoxide, particulate matter, nitrogen oxides, sulfur dioxide and carbon emissions that contribute to a warming world, which is also itself a major threat to health.

Exposure to particle pollution ages and reduces lung function, and it can lead to cancer, stroke, heart problems, COPD and other lung and vascular issues. It can aggravate asthma and is linked to neurodegenerative diseases like Alzheimer’s, Parkinson’s and other types of dementia, studies have found. People exposed to higher amounts of this pollution for longer periods also have an increased risk of depression and anxiety. Exposure can even contribute to problems thinking clearly.

Particle pollution led to more than 107,000 premature deaths in the US in just one year, one 2019 study found. That’s more than the number of people killed each year in homicides and traffic accidents combined, researchers said.

“These standards really provide significant relief that communities across America need from vehicle exhaust,” said  Will Barrett, the American Lung Association’s senior director of advocacy for clean air. “It’s very much setting a strong direction to ensuring the auto industry cleans up harmful pollutants and communities are better protected from traffic emissions.”

CNN

In a new weekly update for pv magazine, Solcast, a DNV company, reports that persistent high pressure in the upper atmosphere led to irradiance as high as 30% above normal, and new records for solar generation and temperature in North America in mid-February.

A warm end to winter hit most of North America this February. In the west, during February mild air from the Pacific banked up clouds and depressed irradiance by 10-20%, according to analysis completed using the Solcast API. In the east, persistent high pressure in the upper atmosphere led to irradiance as high as 30% above normal, and new records for solar generation and temperature

A clear east/west divide is present in the irradiance anomaly this month. A strong low pressure system sat further east than normal over the Atlantic which brought calm, drier and sunny conditions to the Eastern U.S. and Mexico. Sunnier than normal conditions delivered 20-30% more irradiance than normal from Texas to New England. On the west coast however, high pressure was further west over the Pacific, so that coastal low pressure systems pulled moist air from equatorial regions, leading to increased clouds, blocking irradiance.

Clear skies and higher than normal irradiance will have benefited both large and small scale, solar producers. Residential ‘behind the meter’ solar performed strongly this February all over the East Coast. Solcast’s Grid Aggregation model for NYISO shows residential solar peaked at 3.52GW, and saw 23% more solar generation than last year after adjusting for capacity increases. By contrast, CAISO’s residential solar generation was down 12% on the long term capacity-adjusted average.

Utility scale generation in ERCOT also hit and surpassed their generation peak record, hitting 17.2GW on February 20th. A 50.1% increase in peak generation in February 2023, is mostly a function of capacity increases in the last year.

But it wasn’t just grid performance breaking recent records, temperature records were broken across the country, with the average temperature, more than 4 degrees above normal. Killeen in Texas saw a peak temperature of 38 C (100 F), and Jacaranda trees in Mexico City have been in full bloom all month, 6-8 weeks earlier than normal. Despite the heat further south, areas in Eastern Canada saw significant snowfall caused by a low pressure system stalling over the area, drawing in continuous cold air from the Atlantic. This caused one of the heaviest snowfall events in 20 years, blanketing parts of Nova Scotia with more than a meter of snow.

This extreme weather is reflective of an overall pattern being seen globally, as February 2024 was Earth’s warmest month on record for the 9th consecutive month.

PV Magazine

The American Clean Power Association (ACP) has released its Clean Power Annual Market Report, highlighting a landmark year for U.S. clean energy with more capacity installed in 2023 than in any previous year.

The industry added a total of 33.8 GW of new utility-scale clean energy projects, surpassing by 12.5% the previous annual installation record set in 2021. Solar and storage additions led the charge, breaking previous records for both technologies. Clean power accounted for most of the new power capacity installed. 

The U.S. now has 262 GW of clean energy powering its grid, and as a result, the nation now generates 16% of its electricity from wind and solar. Clean energy can be found in 93% of congressional districts and in all 50 states. The ACP says future development looks promising, with the report finding project pipelines are reaching historic levels. 

“Clean energy is fundamental to the American economy, accounting for more than 75% of all new power brought online last year. We are generating clean energy in every state and nearly every congressional district,” said ACP CEO Jason Grumet. “It has been a banner year for storage and solar, and there is real excitement over the 123 newly announced manufacturing facilities that will bring economic development to communities across the country. But despite these achievements, we need to make even greater strides to meet our shared energy security and net-zero goals. ACP will continue to advocate for improvements to siting, permitting, and planning processes to accelerate the deployment of clean energy.”  

Highlights from the Clean Power Annual Market Report 2023 include:

  • Solar, wind, and storage accounted for 77% of all new power capacity installed. 
  • Utility-scale solar installations soared to 19.6 GW, with utility-scale projects leading the expansion. 
  • Energy storage capacity nearly doubled as developers connected 7.9 GW to the grid. 
  • Investment in domestic clean energy manufacturing has grown significantly, spurred by federal tax incentives. 
  • The development pipeline is up over 25% year-over-year to 170 GW, indicating robust future clean power growth. 
  • Clean energy is found in 93% of congressional districts and in all 50 states.

Utility-scale solar energy — bolstered by favorable federal policies and decreasing costs — experienced nearly 20 GW installed across 44 states. Texas and California led the country in solar additions, bringing 5.9 GW and 2.3 GW of new solar online respectively. More than half of the 94 GW of solar in operation at the end of 2023 came online between 2020 and 2023. And more is on the way, with over 92 GW in the pipeline.

Battery storage demonstrated near-exponential growth by almost doubling installed capacity with around 8 GW installed. This brings the total operating capacity to 17 GW. California and Texas accounted for nearly three-quarters of the year’s storage additions, but a total of fifteen states added new storage capacity in 2023 (AZ, CA, CO, HI, MA, MN, NC, NJ, NM, NV, NY, OH, TX, VA, VT). The rapid growth of storage was supported by a new tax credit for standalone storage, the boom in solar power, the value storage delivers during peak demand and times of grid stress, and a decline in prices for key battery materials, ACP said.

The land-based and offshore wind sectors faced challenges in 2023, delivering 6.4 GW of wind power capacity—the slowest year for new wind installations in a decade. This slowdown was attributed largely to policy uncertainty, high costs of capital, long permitting processes, siting barriers, and a challenging environment for building new transmission, ACP said.

Corporate buyers are playing an important role in driving up clean energy demand by purchasing clean power for their operations. The top three commercial and industrial (C&I) buyers in 2023 were Amazon, Meta, and Google. Meta leads as the top buyer of operating clean power, while Amazon leads with the most total clean power capacity contracted.  

Renewable Energy World