Trump wants to kill ENERGY STAR – here’s how that impacts you
The Trump administration wants to pull the plug on ENERGY STAR, the federal program behind those familiar blue labels on energy-efficient appliances, homes, and buildings. Launched in 1992, ENERGY STAR has saved Americans more than $500 billion in energy costs while slashing greenhouse gas emissions.
To dig into what this means for everyday Americans, we spoke with Rebecca Foster, CEO of clean energy nonprofit Vermont Energy Investment Corporation (VEIC), which has spent decades working to make homes, schools, and businesses more energy efficient.
Electrek: What is the ENERGY STAR program, and what are the benefits for consumers?
Rebecca Foster: It’s simple: ENERGY STAR helps customers and businesses save energy and reduce costs. The program does this by clearly labeling which products are energy-efficient options. It’s a certification of confidence – it does not dictate efficiency standards. The program was created in 1992 by President George H.W. Bush and has enjoyed decades of bipartisan support.
The brand has become the backbone of energy efficiency across the country. ENERGY STAR is a recognized and reliable mark of efficient appliances and electronics that lower costs and improve indoor air quality. The ENERGY STAR label has also expanded to include efficiency standards for weatherizing homes and certifying when new buildings are constructed to high efficiency standards. Utilities benefit from ENERGY STAR, too – with more efficient appliances and systems plugged in, they are better able to manage the grid and decrease costs for customers.
The main benefit to consumers is significant savings through energy efficiency. A typical home can save around $450 a year on their energy bills by choosing ENERGY STAR-certified products, according to a Lawrence Berkeley National Laboratory estimate. Lower-income households spend a greater proportion of their budget on energy, so losing that savings will be felt especially hard by these families. Energy efficiency programs that VEIC administers, including Efficiency Vermont, Efficiency Smart, and the DC Sustainable Energy Utility, have incorporated ENERGY STAR certifications into their rebates and educational materials for decades. The ENERGY STAR certification is an easy way to let people know which products are eligible for rebates and encourage folks to choose the more efficient option by making it more affordable with incentives. Combined, these programs have delivered more than $694 million in customer incentives since 2000, resulting in over $5.6 billion in lifetime customer savings.
Evaluations of the ENERGY STAR program show it saves US households about $40 billion a year nationwide – and has delivered about $500 billion in savings since it began. All for a program that costs the government just $30 million annually. According to the Consortium for Energy Efficiency‘s 2022 survey, where I worked for over a decade prior to joining VEIC, nearly 90% of US households report recognizing the ENERGY STAR label and almost half (45%) report knowingly purchasing an ENERGY STAR-certified product or home within the last 12 months.
Electrek: How would ending the ENERGY STAR program hurt consumers at a national and regional level?
Rebecca Foster: Efficiency labels and education from ENERGY STAR leads to more affordable energy bills for customers. Ending the program means less clarity and guidance for how to choose the more efficient option, which means higher costs month after month. Households are increasingly opting for more efficient, all-electric clean technologies like cold climate heat pumps for heating/cooling and EVs for their transportation needs. That means efficiency will become even more important for households to maintain lower electricity use. So, losing ENERGY STAR now will really cost Americans more in the short and long term.
Regionally and on a local level, getting rid of ENERGY STAR could disrupt energy efficiency programs run by states, utilities, and third-party administrators that rely on the ENERGY STAR label for rebates. It could also hurt manufacturers, distributors, and contractors who have built their businesses around providing and installing more efficient equipment. Existing lists of qualified products will quickly become out of date as new models and new technology enter the market. We could see programs in different states or run by different entities come up with confusing or competing standards for their rebates, making it more difficult for people to save energy.
All of these impacts hurt consumers, especially at a time when families and businesses are already struggling to keep up with rising costs.
Electrek: What sort of impact would ending this program have on the grid?
Rebecca Foster: A stable electric grid is more important than ever as we see growing electricity demand due to data centers and AI and an increasing reliance on electricity to meet more of our daily needs. ENERGY STAR has been the backbone of energy efficiency across the country for decades, and it’s delivered the more efficient lighting, appliances, and heating systems that are in use today in countless homes. Efficiency is a major reason why US electricity demand has been flat for the last two decades, according to the EIA.
As we see the electrification of our transportation and heating sectors, we’re also going to see unprecedented growth in electricity demand – an 11% increase in New England alone over the next decade, according to ISO New England. That’s part of a 50% increase in demand nationally by 2050, according to the National Electrical Manufacturers Association.
Losing ENERGY STAR would slow down and complicate management of the grid because efficiency contributes to a stable and optimized grid. It also helps avoid the costly expansion of transmission projects by reducing demand without asking customers to make large behavioral changes.
A more efficient grid can also avoid investing in new fossil fuel power generation, like natural gas power plants, helping meet state and regional goals for clean energy and emissions reductions. ENERGY STAR is a great tool for realizing an efficient, electrified future. Ending the program will put a greater burden on grid operators and utilities by taking away one of the most effective tools in the toolbox for addressing rising energy demand: customer participation.
Rebecca Foster is VEIC’s CEO. Heading up the executive leadership team, Rebecca guides the nonprofit’s strategic planning, business development, and performance across its contracts nationwide. With nearly 25 years of experience in the clean energy industry, Rebecca is a seasoned leader dedicated to the organization’s mission of generating the energy solutions the world needs.
VEIC is a national clean energy nonprofit that delivers high-impact energy solutions focused on equity and innovation. Since 1986, VEIC has been recognized as a leader in decarbonization strategies, working with governments, utilities, foundations, and businesses to reduce GHG emissions and create a sustainable energy system that benefits everyone.
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Fortescue is marching towards zero emissions as it invests in new, zero-emission mining equipment options across its global operations. And that investment? It’s already paying off. One analyst says the company’s saving almost $400 million in fuel costs alone. Each year.
From massive, Liebherr-built electric haul trucks and excavators to more than $400 million in Chinese equipment from XCMG, Fortescue is putting its money where its mouth is and making real efforts to decarbonize its global mining operations.
“We’re moving rapidly to decarbonize our Pilbara iron ore operations and eliminate our Scope 1 and 2 terrestrial emissions by 2030. To achieve this target, we will need to swap out hundreds of pieces of diesel mining equipment at the end of their life with zero emissions alternatives,” said Fortescue Metals Chief Executive Officer, Dino Otranto, when the XCMG order was announced. “As the global mining industry continues to evolve, we’re proud to be at the forefront of driving innovation in value adding green technology and showing the world that industry can decarbonize.”
Those efforts aren’t just cutting back on air pollution. Electric equipment assets are helping to keep the company’s workers safe and healthy, too. What’s more, they’re saving the company money – they’re already seeing $300-400 million in fuel savings annually.
Liebherr T264 electric haul truck
The Liebherr T264 electric haul trucks now working for Fortescue defy common sense notions of size, scale, and power. Each truck tips the scales at 176 tonnes (194 tons) and can haul more than 240 tonnes (265 tons) of payload thanks to powerful electric motors and a big-as-a-house-sized 3.2 MWh battery that can be recharged in a little over 30 minutes by Liebherr’s proprietary 6 MW DC fast charger.
If you could keep the car from exploding, that 6 MW (that’s 6,000 kW to you and me) charger could zap a Tesla Model Y Long Range’s 75 kWh battery in some thirty (30) seconds.
“Fortescue has ordered 360 of (T264 battery electric haul trucks) as part of a $4 billion deal with Liebherr to electrify operations at its enormous iron ore mines,” says Gavin Mooney, general manager at Australian energy software platform, Kaluza. “Fuel and energy costs are Fortescue’s biggest operating costs as well as largest source of emissions. By electrifying operations like this it will be able to kill two birds with one stone.”
Battery electric vehicles have moved millions of tons of material at Fortescue mines over the last two years alone, and continue to keep the minerals moving with minimal less impact to the environment.
Electrek’s Take
With billions of dollars on the line and pressure to reduce carbon emissions coming from all sides, it should come as no surprise that the race is on to bring practical, electric, and autonomous heavy mining equipment to market. At CES 2024, electric equipment from Hyundai, Bobcat, Volvo CE, and Caterpillar garnered lots of attention with their innovative concepts, and analysts like IDTechEx estimate that a single 150-ton haul truck can use over $850,000 worth of fuel in a single year.
Meanwhile, big electric haul trucks like this 240 ton unit from Caterpillar can, in certain use cases with high amounts of regenerative braking, operate without any significant cost to recharge. At that point, the reduced maintenance and downtime of BEVs compared to diesel vehicles becomes icing on the TCO cake.
We spoke to Fortescue Zero executives a few months ago on a special interview episode of Quick Charge. Check it out (above) then let us know what you think of Fortescue’s fuel savings in the comments.
Sources links throughout; featured image by Fortescue Zero.
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This world’s first fully electric deconstruction site is being hailed as a landmark in sustainable urban development — and it’s powered by Siemens technology and Volvo Group’s battery-electric trucks and heavy equipment.
The deconstruction project (that’s kind of like a really careful demolition) marks the first full-scale electric deconstruction of its kind, and serves as important proof that with the right partners and the will to do it, urban construction projects like this can be carried out sustainably, today – and all without fossil fuels. It’s all part of Siemens’ €500 million technology campus redevelopment, the deconstruction site in Erlangen, Germany, and marks a pivotal step in advancing sustainable urban transformation and circular construction practices.
In collaboration with the demolition specialists at Metzner Recycling, Volvo CE deployed a fully electric fleet of equipment assets specially chosen to deliver quiet, precision demolition across the 25,000 cubic meter job site.
As well as deconstruction tasks, the electric machines helped sort and process approximately 12,800 tons of construction waste, with 96% recycled into raw materials for future use – supporting the shift towards circular materials management.
VOLVO CE
“At Siemens Real Estate, we are committed to pushing the boundaries of sustainable construction and demolition,” explains Christian Franz, Head of Sustainability at Siemens Real Estate. “This groundbreaking electric deconstruction project boasts an impressive 96% recycling rate and is a testament to our commitment to achieving excellence in sustainability … this project illustrates how partnerships and determination can create a lasting impact and help shape a more sustainable real estate industry.”
In addition the construction equipment was hauled into the site by Volvo Truck’s battery electric semi trucks, enabling emission-free operations from demolition, to crushing, materials processing, and transport.
Electrek’s Take
With a full line of electric wheel loaders, excavators, articulated haul trucks – even drum rollers and off-grid charging solutions to haul around with their electric semi trucks – Volvo is in a great position to take advantage of increasingly restrictive noise and emission regulations across Europe.
It’s too bad they’re suing California to be able to pollute more.
SOURCE | IMAGES: Volvo CE.
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Hyundai offered a first look at the hot hatch earlier this week after unveiling the Concept Three, its first compact EV under the IONIQ family. The new EV, set to arrive as the IONIQ 3, already has a sporty, hot hatch look, but that could be just the start.
Hyundai has a new EV hot hatch in the making
The Concept Three took the spotlight at IAA Mobility in Munich with a daring new look from Hyundai. Based on its new “Art of Steel” design, the concept is a stark contrast to the Hyundai vehicles on the road today.
Hyundai took the “Aero Hatch” design to the next level, deeming it “a new typology that reimagines the compact EV silhouette.” And that it does.
When it arrives in production form in mid-2026, it’s expected to take the IONIQ 3 name as a smaller, more affordable sibling to the IONIQ 5.
Hyundai is set to unveil the electric hatchback next spring with an official launch planned in Europe in September 2026. According to Hyundai’s European boss, Xavier Martinet, the IONIQ 3 could make for the perfect EV hot hatch.
Martinet hinted that the IONIQ 3 could receive the “N” treatment, telling Auto Express that “The concept is quite sporty, and obviously you have heritage with N brand.” Hyundai’s European boss added that “it’s a fair topic to consider.”
Although it doesn’t sound too convincing, Hyundai’s head of design, Simon Loasby, called it “an opportunity.” Loasby was quick to add, “We’re not calling it N, it’s not approved yet.”
“But I think everyone in the company is realising what Europe needs, and that’s compact hot hatches, so it’s a topic for discussion,” Hyundai’s design boss added.
The Concept Three is 4,287 mm long, 1,940 mm wide, and 1,428 mm tall, with a wheelbase of 2,722 mm, or about the size of the Kia EV3 and Volkswagen ID.3. Both of which are set for hot hatch variants.
If the IONIQ 3 N does come to life, it will be the third Hyundai EV to receive the high-performance upgrade, following the IONIQ 5 N and IONIQ 6 N.
The IONIQ 5 N “was just the first lap,” according to Joon Park, vice president of Hyundai’s N Brand Management Group. He told Auto Express that Hyundai is “at the starting line” and plans to apply what it learned from its first EV hot hatch to upcoming models.
If you’re looking for an affordable electric hot hatch, Hyundai already offers one. After Hyundai cut lease prices last month, the IONIQ 5 N is now listed at just $549 per month. That’s $150 less per month than in July.
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