Steel Makers Discover Solar Power, And It Ain’t All Sweetness And Light
Oh the irony, it burns! Solar power is supposed to open the door on a new era in which humans and their ecosystems exist in harmony, but for now the record is still stuck on fossil energy. Oil, gas, and coal producers continue to dig up carbon from underground and disburse it about the surface, and solar power is becoming an enabler, providing power to operate — and equip — drilling sites and mines.
More Solar Power For Fossil Fuels
The use of solar power in the fossil energy industry should come as no surprise. After all, extractive energy sites need energy to operate, and the expense of building new transmission lines or ferrying fuel to remote locations can be formidable.
Solar power became the solution after the first practical solar cell was introduced in 1954. Oil producers were the solar industry’s leading customer by 1980, with an emphasis on use at offshore drilling sites.
Those early solar devices were limited in scale, but that changed as solar technology improved. Drillers began installing the first large-scale solar arrays for oil and gas operations in the US as early as 2003.
Alongside a sharp drop in the cost of solar cells, the scale of solar activity at drilling sites and mines has picked up significantly in recent years.
Fossil energy stakeholders have begun leaning on solar power and other renewables to fend off critics with new pledges to reduce carbon emissions. However, when fossil energy stakeholders pledge to decarbonize, they mostly mean reducing carbon emissions from operations under their direct control. Once their product reaches the marketplace, it’s a different story.
In effect, renewable energy is giving fossil energy stakeholders license to keep pumping out more product, exploring more sites for extraction, and building new pipelines, leaving energy consumers to hold the carbon emissions bag.
More Solar Power For Sustainable Steel
That brings us to the latest news about solar power and steelmaking. Steel is one of those tough-to-decarbonize industries, and steel is also the material that makes pipelines and other fossil energy infrastructure. Fossil energy stakeholders could give themselves many brownie points for transitioning their infrastructure to steel made with renewable energy.
For example, last year CleanTechnica was among those to welcome plans for a new solar array at the longstanding Rocky Mountain steel mill in Pueblo, Colorado. The mill is currently owned by the North American branch of Russia’s leading steel and coal producer EVRAZ, and the project has been developed by Lightsource bp, a joint venture between bp and the solar firm Lightsource.
Aside from enabling the mill to offset about 90% of its electricity with solar power, the project also helps to hasten the closure of the nearby Comanche coal power plant.
Why Rain On The Solar Parade?
At the time, the steel mill’s ability to churn out a new generation of extended-length rails for railroads was so exciting that we totally forgot to take a look at its other branches of its business. Our friends over at Colorado Public Radio report that the mill is also known for producing well casings, mainly for oilfields in Texas and North Dakota, in addition to producing steel pipe for, you guessed it, pipelines.
The cat’s out of the media bag now. Earlier this week bp announced that the new solar array, dubbed Bighorn Solar, is now up and running,
According to bp, the new solar array will have the carbon-reducing effect of “removing 92,100 fuel-burning cars from the road,” which is fine if carbon emissions from the mill were the only emissions in question. The bigger problem is that millions of carbon-emitting cars still rule the global roadways, and millions of car buyers are switching over to bigger vehicles that burn more gas.
That’s a problem for bp and EVRAZ, both of which have taken the opportunity to burnish their green cred by touting “the world’s first steel mill to be powered largely by solar energy,” while continuing along with their fossil energy operations.
“It is the largest on-site solar facility in the US dedicated to a single customer, with more than 750,000 solar panels providing nearly all the plant’s annual electricity demand,” bp enthused in a press release earlier this week. “This will enable the mill to produce some of the world’s greenest steel and steel products.”
Dave Lawler, chairman and president of bp America, piled on with this comment:
“Bighorn Solar shows us what the future of American energy can look like. Renewable energy can create a more sustainable, competitive business. Projects like this can make companies more resilient and protect jobs through the energy transition. And it’s another example of how bp is working to help the US and the world reach net zero by 2050.”
Do tell! Just last summer, bp CEO Bernard Looney seemed to be anticipating that the oil and gas industry would continue to be a leading customer for steel products, if not from the Rocky Mountain mill then from others. In a widely circulated interview with Bloomberg News, Looney foresaw a strong, continuing recovery in demand globally.
It’s Time To Get Serious About Decarbonizing
Looney is not alone. OPEC is also anticipating that oil demand will beat pre-pandemic levels by next year, and demand for coal is practically through the roof.
In terms of promoting a nice, green public image, that is a problem for EVRAZ and bp. On its part, EVRAZ appears to be ready to resolve part of the problem. As of last January the company was reportedly mulling over the idea of spinning off its coal business to concentrate on steel making.
The sharp uptick in coal demand may have prompted EVRAZ to set those plans aside for now, but the idea could still be percolating. Vanadium is EVRAZ’s other main business branch, and that should help cushion the separation from coal, considering the growing market for vanadium in energy storage as well as steel making.
Last year, EVRAZ also launched a new vanadium R&D center in Switzerland, focusing on expanding its use in the steel industry. That still leaves the door open for fossil energy customers, but EVRAZ seems to have its eye on the growing demand for green steel by the auto industry, which is pivoting into battery electric cars as well as fuel cell electric trucks and other heavy-duty vehicles.
No such cushion is at hand for bp. The company is pretty much stuck tinkering around the edges of decarbonization while continuing to pump out oil and gas.
Still, cleantech investments by bp and several other fossil energy firms are not insignificant, and those that invest the big bucks on cleantech gain an important public relations edge over the others.
That could be the motivation behind two interesting solar power moves that bp made right in ExxonMobil’s backyard, the US. The biggest media play went to the company’s gigantic new 9-gigawatts solar acquisition in Texas, announced last June.
Less attention went to a 132-megawatt project in Arkansas, which bp also announced last summer. That sounds like peanuts compared to the Texas buy, and it is, but in the context of solar power growth in Arkansas it’s a huge step forward.
As of halfway through 2021, solar developers in Arkansas were drifting in the range of 12 megawatts or less. Activity finally began to scale up in 2019 after a sea change in the state’s solar policies. The Arkansas branch of Entergy was leading the way, and now bp has spotted an opportunity to stake its claim in a market ripe for rapid growth.
All else being equal, the surging cost of oil and gas for home heating should help juice solar activity in Arkansas and elsewhere, so stay tuned for more on that.
As for the Rocky Mountain steel mill, one day in the sparkling green future it will churn out less well casings and more parts for solar arrays, wind turbines and electric vehicles, but today is not that day.
Follow me on Twitter @TinaMCasey.
Photo: Solar power for Rocky Mountain steel mill courtesy of bp via prnewswire.
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Luxury is a tough concept to pin down, but being constantly connected to work, kids, and telemarketers ain’t it. Genesis gets it, and its latest ultra-luxe off-road concept ditches screens in favor of the view out the windshield – and it’s got enough off-road chops to promise two things about those views: they’re real, and they’re spectacular!
Genesis calls its new X Gran Equator concept an elegant overlander for the modern explorer that marries on-road sophistication with off-road resilience. Whatever they call it, the 4×4’s dashboard is delightfully free from sweeping touchscreens, mood lighting, and any hint of telephonic integration.
Indeed, the interior looked so much like something from the 90s that I double and triple-checked the date on the press release. But don’t take my word for it, check it for yourself.
It’s fantastic
If you zoom in, you can see screens in the instruments. High-definition roll and pitch displays, altimeters, and probably other outdoorsy, overland-y things that the sort of people who want to do that in what would surely be a very well-appointed six-figure SUV for a similarly very well-heeled buyer.
And that buyer? They wouldn’t miss the screen, because the screen doesn’t matter. The real show is out the front windshield – and if someone from the office calls to interrupt the vibe, you won’t even know. I know I’d pay extra for that … and I can’t imagine I’m alone.
This is how Genesis explains it:
Inside, the X Gran Equator Concept orchestrates contrast between analog architecture and digital technologies, crafting a space that feels both functional and evocative. At the center of the cabin is a four-circle display cluster on the center stack, inspired by the vintage camera dials. The interior design features contrasting colors and shapes, with a preference for geometric over organic elements. The dashboard’s linear architecture and absence of decorations focus the driver’s attention on the journey, while swiveling front seats and modular storage solutions enhance practicality.
Genesis didn’t provide pictures of those swiveling seats or modular storage compartments on this concept, but the X Gran Equator Concept will make its in-person debut April 18th at the Genesis booth during the 2025 New York International Auto Show.
After the show, the company will move the concept to a display at Genesis House New York in the Meatpacking District, where it will stay “in residence” until the end of July. If you’re out that way for either event, take a picture of it and tag Electrek on Instagram!
Genesis X Gran Equator photo gallery
SOURCE | IMAGES: Genesis.
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The new-for-2025 Honda P7 electric SUV officially went on sale earlier today with 469 hp and more than 650 km (403 miles) of range from its 89.8-kWh nickel manganese cobalt (NMC) battery … and you won’t believe the price!
First shown as a concept at the launch of Honda’s Ye brand a year ago, today. Ye is a joint venture between Honda and local automakers Dongfeng, who build the brand’s S7 model, and GAC, which helped develop the mechanically similar P7 that just went on sale.
And, by “similar,” I mean really, really similar. The AWD version of the new Honda P7 offers up to 620 km (385 miles) of CLTC-rated range, while the RWD can go 650 km (403 miles), which are identical figures to the S7. Even the crossover’s dimensions, at 4,750 mm long, 1,930 mm wide, and 1,625 mm tall with a 2,930 mm wheelbase, are identical.
Even the interiors – which are fantastic, by the way, with an innovative mix of screens, buttons, and super-slick sideview monitors – are tough to tell apart.
Honda Ye EV interior(s)
So, how can you tell the P7 apart from its S7 sibling? The P7 has C-shaped lighting elements that are distinctive from the S7’s X-shaped lights. The end result is a face that reads a bit more “Honda” to me, but that may or may not be a good thing in the Chinese market.
Pricing for the new Honda P7 starts at 199,900 yuan (about $27,200) for the two wheel drive variant, and is also offered with all-wheel drive for 249,900 yuan (about $34,000, as I type this), complete with the sort of advanced ADAS features you have to pay good money to supervise here in the US. That pricing makes both P7 models significantly less expensive that the what the company thought would be the vehicle’s main competitor, the Tesla Model Y.
The world has changed a lot since then however – and whether or not the Model Y is still considered a serious rival remains to be seen.
If you’re in the mood to check out an all-electric Honda in the US, click here to set up a test drive and explore local deals on a new Prologue. In the meantime, I invite you to take a look at some of the press photos of the new P7, below, then let us know what you think in the comments.
P7 image gallery
SOURCE | IMAGES: Honda; via Paul Tan.
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Kia just pulled the cover off its all-new 2026 EV4 today at the New York International Auto Show, marking the automaker’s first global all-electric sedan.
With a sleek design and practical features, Kia is clearly aiming to offer a compelling, affordable alternative to the flood of electric SUVs on the market.
The Kia EV4, set to hit US roads in early 2026, will be available in three trims – Light, Wind, and the sportier GT-Line.
Exterior and interior
Built on Kia’s 400V Electric Global Modular Platform (E-GMP), the EV4 sedan sports a distinctive low, aerodynamic profile with a sporty fastback roofline. The front showcases vertical LED headlights paired with Kia’s signature Star Map lighting and a modernized version of Kia’s Tiger Face grille.
Around back, vertical taillights and a two-piece spoiler emphasize the sedan’s sporty stance. Buyers can choose between standard 17-inch aero wheels or the 19-inch wheels exclusive to the GT-Line trim.
Inside, Kia’s EV4 emphasizes comfort, convenience, and spaciousness. A modern, open cockpit features high-quality materials, a two-spoke steering wheel, and an available 64-color ambient lighting system. With ample passenger room and cargo space, the EV4 balances practicality with a sleek, contemporary feel.
Powertrain and performance
The EV4 comes with two battery options: a 58.3 kWh pack delivering about 235 miles of range (standard on the Light trim), or a larger 81.4 kWh pack good for around 330 miles (Wind and GT-Line trims). Both models feature a 150 kW front-mounted electric motor.
Charging won’t slow you down: Kia estimates a 10-to-80% DC fast charge takes just 29 minutes for the smaller battery and 31 minutes for the larger. The EV4 comes with a standard NACS charging port and is on the front passenger side.
This Kia sedan has a drag coefficient as low as 0.23 Cd. Its updated i-Pedal 3.0 system offers smooth one-pedal driving, even in reverse and adaptive regenerative braking. Additionally, Vehicle-to-Load (V2L) capability means your EV4 can power everyday devices like laptops or camping gear.
A tech-loaded interior
The EV4 features nearly 30 inches of combined widescreen displays. Personalization is easy, including themed interfaces and standard wireless Apple CarPlay and Android Auto.
Kia’s Digital Key 2.0 lets drivers manage locks, start the climate control remotely, and access other vehicle functions via smartphone. And Kia’s built-in AI Assistant ensures natural, responsive interactions, adding another convenience layer.
Comfort isn’t an afterthought, either. Dual-zone automatic climate control, available heated and ventilated seats, a heated steering wheel, and acoustic windshield glass round out the premium feel.
Advanced driver-assist technology
The EV4 is equipped with Highway Driving Assist as standard, which automatically adjusts the vehicle’s set speed to match the posted speed limit (if initially set to the speed limit) and maintains distance from the vehicle in front.
Standard Hands-On Detection helps ensure drivers stay engaged by monitoring steering-wheel grip, enhancing safety on longer trips.
Other available features include Driver Attention Warning, Forward Collision Avoidance Assist, and Lane Following Assist. Optional Remote Smart Parking Assist simplifies parking in tight spots.
Look for the Kia EV4 sedan to reach US dealers in early 2026.
Read more: Kia EV Day 2025 recap: EV4 is coming to US, plus an up-close look at the EV2 and PV5 [Video]
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