Energy efficiency news.
Rebate updates, policy changes, and technology developments — aggregated from 50+ sources, AI-enriched, and scored for relevance.
Lucid launches ‘America’s most powerful 3-row SUV’ with over 1,000 hp [Images]
This is car news, not a home energy upgrade story, but here's what happened for anyone curious. Lucid unveiled a new high-performance version of its electric SUV, the Gravity GT-S, at Monterey Car Week. It pairs two motors for 1,070 combined horsepower and all-wheel drive, and Lucid says it can go 0 to 60 mph in 3.1 seconds, making it, by Lucid's claim, the most powerful three-row SUV sold in America. It also gets rear-wheel steering and an air suspension that lowers the vehicle at speed. The GT-S starts at $125,900 plus a $1,850 delivery fee, about $27,000 more than the standard Gravity Grand Touring, which starts at $98,900. It comes standard with five seats; a seven-seat layout costs $2,900 more. Buyers can pick from a few paint colors and leather upgrades for an extra $1,000 to $1,300. Lucid plans to sell it only in the United States, with deliveries starting in the fourth quarter of 2026. For comparison, Lucid points out the GT-S costs about $42,000 less than the 2026 Cadillac Escalade-V, which starts at $168,000 and has less power and a slower 0-60 time. None of this involves rebates, efficiency ratings, or home charging costs, so there's nothing here that changes what a homeowner might plan for an electric vehicle purchase or a home charger installation, beyond noting Lucid's lineup keeps growing.
Hyundai starts building the IONIQ 3, its affordable electric hatch
This is a car story, not a home energy upgrade story, but here's the gist for anyone curious. Hyundai has started building its new small electric hatchback, the IONIQ 3, at a plant in Turkey, with sales beginning in September and rolling out to more countries through the year. It's Hyundai's smallest electric model, sized between the Inster and Kona Electric. The car comes with two battery options: a smaller 42.2 kWh pack rated for up to 213 miles of range, and a larger 61 kWh pack rated for up to 308 miles. Both can charge from 10% to 80% in about 30 minutes on a fast charger. Prices already announced in the UK start around £22,245 (about $30,000) for the base version, rising to about £31,945 (about $42,700) for the sportier N-Line Evo trim. In the Netherlands, prices start around €27,995 (about $32,000). For a homeowner thinking about EV ownership alongside things like home solar or an EV charger, the relevant details are the charging times and range figures above, since those affect how often you'd need to charge at home versus on the road. Nothing in this news changes home energy rebates or programs — it's simply about a new electric car entering the European market, with no mention yet of US availability or pricing.
BYD launches the Qin Max EV for half the price of a Tesla Model 3
This is a car story, not a home energy upgrade story, so there's not much here for your house. BYD, the Chinese automaker, just launched a new electric sedan called the Qin Max in China, priced at 109,900 yuan (about $16,500) for the electric version and 99,900 yuan (about $15,000) for a plug-in hybrid version. That's roughly half the price of a Tesla Model 3 in China, which starts around $35,000 there. The Qin Max is about the size of a Model 3 and uses BYD's newer battery and fast-charging tech, letting it go from 10% to 70% charge in about five minutes. Range runs up to 391 miles depending on configuration, and it comes with driver-assist features that used to be reserved for pricier models. None of this is available in the US market, and prices and models don't carry over directly between countries. If you're weighing an EV purchase alongside home upgrades like a level 2 charger or solar, the relevant numbers are what's actually offered where you live, not the pricing in China. Worth keeping an eye on, though, since cheaper EVs entering any market can eventually shift what's available and how automakers price their US lineups.
Waymo wins California approval to expand robotaxis across 18 counties
California regulators have given Waymo approval to run paid, fully driverless robotaxi rides across 18 counties, covering nearly the entire Bay Area and Los Angeles, plus new markets in Sacramento and San Diego. The approval allows Waymo's cars to operate at any speed limit, on freeways and city streets, day or night, and in rain, fog, or hail, with only heavy snow or ice off-limits. This is mostly a story about robotaxi services expanding, not a home energy upgrade, but it does touch on electric vehicles: Waymo's entire fleet runs on electric power. For homeowners, the connection is charging costs. Electricity rates rose almost 10 percent last year and are expected to keep climbing, and charging an EV using your own rooftop solar remains one of the cheapest ways to fuel a vehicle. If you're weighing whether solar makes sense for your house, financing options like leases or power purchase agreements (PPAs) let you install panels with no money down. The bigger picture here is regulatory, not something that changes anything at your house today. Waymo's approval came after nearly seven months of review by the California Public Utilities Commission. For comparison, Tesla's "Robotaxi" service in the same region still requires a human safety driver and operates under a limousine-style permit rather than the stricter self-driving vehicle rules Waymo follows. None of this requires homeowners to do anything, but it's a sign that electric, self-driving vehicles are moving from testing toward everyday use in more places.
Waymo Partners with Las Vegas Raiders & Allegiant Stadium
This one isn't about home energy upgrades, but here's the news: Waymo, the self-driving car service, has become the official autonomous ride-hailing partner of the Las Vegas Raiders and Allegiant Stadium. It's the first partnership of its kind between a pro football team and a self-driving car company. Starting this season, fans heading to games, concerts, or other events at the stadium can use the Waymo app to book a ride in one of its driverless cars. The stadium will have a dedicated pickup and drop-off area with signage to guide riders. The companies are also adding some fan perks, including a VIP upgrade for one rider at every home game and a program letting local kids step onto the field. There's nothing here about home energy efficiency, insulation, heat pumps, or rebates. It's a transportation and entertainment announcement tied to sports and self-driving cars in Las Vegas, not a change to any energy program or incentive that would affect your house. If you're a Raiders fan curious about getting to Allegiant Stadium without driving yourself, this is worth knowing. If you're looking for ways to cut your home energy costs, this particular news doesn't apply.
Tesla Reportedly Cutting Production In China In January — Not Clear Why
Tesla plans to cut production at its Shanghai factory for much of January 2027, running the plant for just 17 days before shutting down electric vehicle output from January 20 to January 31 for an extended Chinese New Year break. That's a longer pause than Tesla typically takes for the holiday, according to an internal schedule reported by Reuters. The reduced schedule follows a similar cutback the company already started this month. The reason isn't clear. Tesla's sales in China were down 9% in the first half of the year, which could point to a company bracing for another slow start in 2027. But Tesla has also been shipping vehicles built in China to other countries, so a China-only sales slump doesn't fully explain a production cut. It's possible Tesla is simply expecting the broader Chinese auto market, which has been down significantly this year, to stay weak into next year. This is a story about Tesla's manufacturing plans in China, not something that changes any home energy program or rebate. If you're considering an electric vehicle purchase, it doesn't signal anything about vehicle availability, pricing, or incentives in the US. It's worth noting mainly as a sign of how carmakers are reading demand trends, not as something that affects your own plans right now.
Wowza — Joby Buys Defense Company For Half A Billion Dollars
Joby Aviation, a company building electric aircraft that take off and land vertically (eVTOL), is buying a defense technology firm called Resonant Sciences for about half a billion dollars. Resonant, based in Dayton, Ohio, builds radio-frequency and mission systems for U.S. national security customers, technology that helps aircraft see, communicate, and operate in tough conditions. Joby plans to fund the deal with roughly $450 million in cash and $50 million in stock, with the purchase expected to close in the first half of 2027. This has nothing to do with home energy upgrades or rebates. It is a business story about a company known for its air taxi ambitions shifting some of its focus and money toward military applications, as commercial flying-taxi service has taken longer to develop than expected and defense spending has grown due to wars overseas. Joby says its air taxi business will keep moving forward separately, while its defense work, including hybrid and self-flying aircraft projects, will move under the newly acquired Resonant Sciences. For homeowners, there is no direct impact here. No rebate program, appliance, or upgrade is affected. This is simply a corporate acquisition in the aviation and defense industry, worth noting only if you follow electric aviation or Joby as a company rather than anything related to home energy costs or improvements.
Aira EV Drives 68% of Wuling Orders at GIIAS 2026
This news comes from Indonesia, not the US, but it offers a look at how small electric vehicles are catching on for tight, urban driving. Wuling Motors, a Chinese automaker with a plant in Indonesia, took 3,290 vehicle orders at a recent auto show, and 68 percent of them were for its new Aira EV, a compact "micro car" built for congested city streets and tight parking. The Aira EV comes in two versions. The Standard Range model starts around $9,600 and covers up to 205 kilometers on a charge, while the Long Range version costs about $10,800 and reaches up to 301 kilometers. Charging at home on a regular outlet takes about 4.8 to 7.2 hours depending on battery size; a fast charger can refill the battery from 30 to 80 percent in 35 minutes. Buyers strongly preferred the Long Range version, which also comes with extra features like a touchscreen, keyless entry and a backup camera. For US homeowners, the direct takeaway is limited since this vehicle isn't sold here. But it's a sign of where EV demand is heading globally: smaller, cheaper electric cars designed for daily commuting rather than long road trips, with charging times built around plugging in overnight at home. If similar compact EVs eventually arrive in the US market, the charging math is the same one homeowners already weigh with any EV — how long a home charging setup takes to refill the battery you actually use each day.
XPENG Debuts L03 AI SUV Coupe in Indonesia As Vehicle Heads for the Phillippines
This is car industry news and doesn't have much to do with home energy upgrades. Chinese automaker XPENG showed off a new electric SUV coupe, the L03, at an auto show in Indonesia, marking its first appearance in Southeast Asia. The car comes in a fully electric version and a hybrid version that combines a battery with a gas-powered generator to extend range, with the hybrid claiming over 1,000 kilometers of combined driving range. The L03 is part of XPENG's push into right-hand-drive markets across Southeast Asia, including Indonesia and, soon, the Philippines. The company's local distributor in Indonesia is also expanding its sales and service network and has partnered with a charging company to install fast chargers capable of 480 kilowatts, matching the high-voltage electrical systems used in newer XPENG models. None of this affects rebates, incentives, or programs available to homeowners working on energy upgrades. It's a look at how one automaker is growing its footprint in a specific overseas market. If you're weighing an electric vehicle purchase and how it might connect to home charging or your utility's electric rates, that's a separate question from what's covered here, since this news is about a vehicle launch abroad rather than U.S. incentives or your home's electrical setup.
Wheel-E Podcast: Rivan bike coming, ‘free’ e-bikes, more
This is a podcast episode roundup covering electric bike and scooter news, and it doesn't touch on home energy upgrades or rebates, so there isn't much here for a homeowner weighing insulation, heat pumps, or weatherization work. Still, a few items are worth a passing note if you're curious about the broader electric vehicle world tied to transportation and home charging habits. Rivian's long-delayed ALSO e-bike is reportedly close to release, and new cargo e-bike options are entering the US market, including one from Urban Arrow aimed at families and haulers. On the policy side, New York City is cracking down on fast e-bikes, sending cease-and-desist letters to Amazon and Walmart over sales of noncompliant models, while Paris now requires electric scooter riders to wear high-visibility vests or pay fines. Colorado has its own stranger story involving a company offering "free" e-bikes with a catch. There's also a new $3,999 electric scooter from HMP positioned as an affordable, street-legal commuter option. None of this affects home energy costs, insulation, heating systems, or rebate programs directly. If you're mainly focused on planning upgrades for your house, this roundup is more about transportation trends and regulatory shifts in cities dealing with e-bike and scooter use than anything that changes what you'd do at home.
Ferrari CZ26: what if the Luce had a baby with a SF90
This one is car news, not a home energy story, so there is not much here that touches your own house directly. Ferrari showed off a one-off car called the CZ26 at Monterey, built through its Special Projects program, which designs a custom car for a single buyer over about two years. Underneath, it is mechanically the same as the SF90 Stradale, Ferrari's plug-in hybrid supercar: a twin-turbo gas engine paired with electric motors, a small 7.9 kWh battery, and about 25 km (roughly 15 miles) of electric-only driving range before the gas engine takes over. What changed is the styling. The CZ26 borrows design cues from the Luce, Ferrari's first fully electric car, which had a rocky debut earlier this year. Think a full-width lighting strip up front, a smooth "capsule" cabin look, and a two-box body shape, all wrapped around the SF90's V8 hardware instead of a battery-electric drivetrain. For a homeowner, the real takeaway buried in this story is more general: if you already own or plan to buy a plug-in hybrid like the SF90, or an EV, charging it from home solar can cut your fuel costs close to zero, which matters more given electricity rates rose almost 10% last year and are expected to keep climbing.
Tesla ‘flying’ Roadster demo could come this month, with no one inside
This is a Tesla news item with nothing to do with home energy upgrades or rebates, so there's no homeowner action here. Here's what happened, in plain terms. Tesla may show off its long-delayed new Roadster this month at SpaceX's rocket test site in Texas, with a stunt where the car lifts off the ground using cold gas thrusters built by SpaceX. No one will be inside during the demo, and spectators will stand hundreds of yards away because the thrusters are loud enough to damage hearing. The car will run by remote control. The limited-edition version being shown won't be street legal and could cost hundreds of thousands of dollars or more. Tesla has reportedly discussed selling a few to superfans under a program similar to Ferrari's track-only ownership model, but it isn't clear anyone will get a road-legal Roadster from this. People who put down deposits back in 2017 — $50,000 for the standard car, $250,000 for a "Founders Series" — are still waiting, and Tesla has pushed back timelines repeatedly since then. None of this connects to home energy costs, weatherization, heat pumps, or rebate programs. It's a preview of a specialty vehicle demo, not a product homeowners would buy or a development that changes EV charging, home solar, or electricity costs.
Podcast: Tesla Roadster is happening?, Kia EV3 in US, gas pumps replaced, and more
This is a roundup of electric vehicle and energy news rather than a home upgrade story, so there is not much here that touches your house directly. Still, a few items are worth knowing if you follow the EV and energy space. Kia has revealed pricing for its EV3, starting at $30,000, as it prepares to bring the electric SUV to the US. Ford's electric pickup is also nearing release, with more details expected on what it offers beyond an affordable price. Rivian's 2027 R1S is getting captain's chairs, a feature buyers had been asking for, along with new trims and pricing. On the charging side, an oil company has replaced gas pumps with BYD's high-power EV chargers, rated at 1,500 kilowatts, at one of its stations. This points to the ongoing shift of fueling infrastructure away from gasoline and toward fast EV charging, which could matter if you rely on public charging for an electric vehicle rather than charging at home. The rest of the roundup covers industry news with less direct relevance to homeowners: a possible demonstration of Tesla's Roadster, Tesla's labor dispute in Sweden, Lucid's new three-row electric SUV, and Jaguar's redesigned EV interior. None of these involve home energy upgrades, rebates, or equipment for your house.
Velotric Nomad 2 e-bike new 1,749 low, Greenworks 60V 54-inch MaximusZ mower bundle low, Anker SOLIX, Segway, more
A batch of home and yard equipment deals is out this week, worth a look if you've been eyeing an electric mower, e-bike, or backup power for your house. Greenworks has a bundle on its 60V 54-inch MaximusZ cordless zero-turn riding mower, which comes with six batteries and a wall charger, at a new low of $5,000. If you have a larger yard and have been considering a switch from gas to battery power, this is a notable price drop. For backup power, the Anker SOLIX F3000 portable power station (3072Wh capacity) is available at an exclusive price of $1,330. These stations can keep essentials like fridges, medical equipment, or a few lights running during an outage, and this one holds a fair amount of charge for its size. There's also a running Jackery power station sale from earlier this week with extra discount codes, if you want to compare options before deciding. On the transportation side, e-bike and e-scooter deals include Velotric's Nomad 2 Off-Road Fat Tire e-bike at a new low of $1,749, and Segway's Max G2 electric scooter down to $750 as part of a Back to School sale that's ending soon. A Gotrax e-bike has also returned to a previous low price. Smaller items rounding out the list include a Worx electric leaf mulcher back at its lowest price of the year and Eve's Aqua smart water controller, which works with Apple HomeKit, just a few dollars above its yearly low.
New BYD Seal 06 & Qin MAX Part 1: Competitive Sedans
This is car industry news out of China, not something tied to home energy upgrades, but here's the gist for anyone curious about EV trends. BYD launched two new mainstream sedans, the Seal 06 and Qin MAX, which turn out to be nearly identical cars under different badges. Both offer improved range and power, plus "flash charging," which can take a battery from 10% to 70% in about 5 minutes using BYD's newer battery technology. That fast-charging network is expanding quickly in China, with plans for over 20,000 stations by year's end. Plug-in hybrid versions are also available, with electric-only range enough for most daily driving plus a gas engine for longer trips. BYD claims a combined range up to 1,472 miles on these models, which the writer considers more than most drivers would ever need. Pricing for both cars runs from about $14,800 to $23,100 in China. None of these vehicles are sold in the US, and the news itself is really about BYD's internal strategy: why sell two nearly identical cars under different sub-brands aimed at slightly different buyers. For US homeowners, the relevant takeaway is broader context — battery costs and fast-charging technology keep improving fast in the EV market, even if this particular fast-charging network and these specific models aren't available here yet.
Chevy Equinox EV vs Kia EV3: Which is America’s most affordable 315+ mile range EV?
If you're weighing an electric vehicle for your household, two new entries are worth comparing on price and range. The 2027 Chevrolet Equinox EV starts at $34,995 for the base LT1 front-wheel-drive trim, with an EPA-estimated range up to 319 miles. Add the $1,800 destination fee and the real price comes to $36,795. Chevy still markets it as the most affordable EV with over 315 miles of range, but that claim was based on last year's model. The 2027 Kia EV3 now undercuts it. Kia's entry-level electric SUV starts at $29,890 for the base Light trim, though that version only goes 221 miles on a charge. The Wind FWD trim, which offers a comparable 321-mile range, starts at $34,990. With Kia's $1,495 destination fee included, that trim comes to $36,485 — about $310 less than the Equinox, with a couple extra miles of range. Beyond price and range, the two differ in size and features. The Equinox is the larger vehicle and offers slightly more cargo space (57.2 cubic feet versus 56.5). It also has a bigger single touchscreen, while the EV3 packs dual driver displays plus a separate climate-control screen. Both automakers offer multiple trims with higher prices for more range or all-wheel drive, so if you're shopping, it's worth checking the specific trim and range numbers rather than just the advertised starting price.
7 Numbers That Show How Inflation is Squeezing Sheet Metal Contractors
Metal prices are climbing fast, and that could show up in the cost of home projects that use ductwork, roofing, or metal siding. Industry data shows aluminum prices up 40.5% over the past year, steel up 22.5%, and copper up 18.4%. Aluminum and copper prices have now roughly doubled since before the pandemic, and steel is close behind. Finished sheet metal products, the kind used in ductwork and roofing, are up a more modest 5.2% over the year, and 63% since before the pandemic. That gap suggests contractors are absorbing some of the raw material cost rather than passing it all along, but it also means further price increases on finished goods are possible if metal costs keep rising faster than labor and other expenses. For comparison, construction wages rose just 3.5% over the same period, far behind metal costs. For homeowners, this matters most if you're planning a project that involves new ductwork, metal roofing, or other sheet metal work as part of a heat pump installation, weatherization job, or home renovation. Copper, used heavily in HVAC systems and electrical work, has been especially volatile, briefly hitting a record price in early August. None of this changes any rebate programs or deadlines, but it's a reason project quotes involving metal components may run higher or shift over time, and why locking in pricing sooner rather than later could matter if you're getting bids.
Longer Heat Waves, Bigger HVAC Challenges
Long stretches of triple-digit heat this summer, from June onward, have pushed home air conditioners harder than usual, and HVAC contractors say they're seeing more breakdowns as a result. Demand for cooling repairs, installs, and thermostat upgrades has jumped in cities like Atlanta, Austin, Washington D.C., Charlotte, and Baltimore, with places like Houston, Orlando, Raleigh, and Tampa seeing service requests rise more than 20% compared to last year. The core issue: problems that used to be minor, like a weak run capacitor, low refrigerant, a dirty condenser coil, or a worn motor, now cause systems to fail outright once they run nonstop for four or five days straight instead of just an afternoon. Contractors interviewed for this trend say the fix isn't only about the equipment itself. Leaky attic ductwork, poor insulation, and drafty walls or ceilings force your system to work harder than it should, and an air conditioner that seemed fine when installed may now be undersized simply because the climate around it has changed. Sealing up those weak points reduces the heat your system has to fight in the first place. None of this points to a specific rebate or deadline, but it's a reason to think about your own system's maintenance history if you've had a random breakdown this summer. Systems that get looked at every spring, before the heat sets in, tend to survive extended heat waves better than ones that only get attention after something already fails.
Federal ruling hands virtual power plants a win in PJM
Federal regulators just made it easier for homes to get paid for cutting energy use during high-demand periods, at least in the 13 states served by PJM, the country's largest power grid operator. These "demand response" programs pay households to lower power use when the grid is strained, and companies that run them, sometimes bundled with home batteries and solar as "virtual power plants," have long complained that PJM's data rules kept most homes shut out. The problem was proof: PJM wanted smart-meter data showing that participating homes actually cut power when asked. But most utilities in PJM's territory don't readily share that data, even though it comes from meters already installed at people's houses. The Federal Energy Regulatory Commission ruled this was unfair, since PJM already accepts statistical sampling as a backup method for homes without smart meters. The commission ordered PJM to allow this same method more broadly, saying it can be just as accurate when applied across large numbers of homes. The change isn't immediate. PJM has 45 days to start working out the details with companies and regulators. If you live in a PJM state and have a smart meter, this ruling doesn't sign you up for anything automatically, but it clears a major obstacle that had kept many demand-response and virtual-power-plant programs from operating in your area. Over the next few years, this could mean more options for homeowners to earn money by letting a program temporarily adjust things like air conditioning or a home battery during peak demand.
Energy storage moves toward next-gen lithium cells as price volatility drives interest in alternatives
This is mostly industry news, but it touches on costs behind home battery systems. Lithium prices peaked in May 2026 and are now falling, according to a price-tracking report, and are expected to keep dropping through 2027. That decline is large enough to offset rising costs for copper, another key battery material. The industry is also shifting toward a newer, larger battery cell format (587Ah), which packs more energy into less space and costs less per site than older equipment, pushing prices down further, especially in China. Even so, cheaper cells don't translate directly into much cheaper home battery systems. Battery cells make up less than 40% of the total cost of a large battery installation — the rest comes from other hardware and engineering work. In the U.S., battery equipment also costs more than in other countries because of labor, financing, and import tariffs. Federal tax credits from the Inflation Reduction Act can lower those costs, but new rules requiring batteries to avoid certain foreign suppliers (called Foreign Entity of Concern, or FEOC, rules) make those credits harder to qualify for, since manufacturers must prove a high share of domestic content, a requirement that rises over time. A few U.S. companies are expanding domestic battery cell production, which could eventually make American-made batteries more competitive. For now, tariffs and these domestic-content rules make U.S.-made cells the cheaper option, but that could change again by 2028 or 2029 if global prices keep falling and policies shift.
Where the Candidates Stand: Josh Tolbert on Climate & Energy
Josh Tolbert, a Republican candidate for the Georgia Public Service Commission's District 5 seat, has laid out his positions ahead of the November 3 election. Georgia voters statewide can vote in this race regardless of where they live. Tolbert, an engineer with experience across nuclear, coal, gas, and renewable power facilities, says he supports Georgians having access to distributed power like rooftop or plug-in solar, framing it as one way to bring down electricity prices through competition. On climate policy, Tolbert has said stricter environmental laws often cost jobs and raise prices, and he favors innovation and market solutions over new regulations. He does not view climate change as requiring urgent policy action. On energy costs, he has pledged to keep expenses tied to whoever causes them, rather than shifting costs from big users, like data centers, onto household ratepayers. He calls himself "pro-data center" for the economic benefits they bring, but has also warned regulators against building excess power infrastructure for data centers at residents' expense. On nuclear power, Tolbert says he likes the technology but thinks it's overregulated and too expensive, pointing to the high cost of Georgia's Plant Vogtle reactor project. He says he'd only back future nuclear projects if cost overruns fell on private investors, not utility customers. In the meantime, he considers natural gas the most reliable and affordable option for meeting rising electricity demand. His positions on electric vehicles and on energy costs burdening lower-income households were not available.
MRCool launches do-it-yourself monoblock heat pump without outdoor unit
MRCool has released a new heat pump that skips the outdoor unit altogether. Normally, ductless mini-split heat pumps (systems with an indoor unit connected to an outdoor condenser by refrigerant lines) need that outside component. This new "monoblock" version packs everything into one wall-mounted box, so there's no condenser to place outside and no refrigerant lines to run between indoors and out. The unit plugs into a standard 115-volt outlet, the kind already in most homes, so it likely won't require an electrical panel upgrade or special wiring. It's sized for smaller spaces — garages, home offices, accessory dwelling units, studios — with a cooling capacity of 10,000 Btu/h and heating capacity of 9,000 Btu/h (a little under 1 ton of cooling power). MRCool rates its efficiency at SEER2 15, EER2 9.9, and HSPF2 7.5, and says it runs at 32 to 46 decibels depending on speed. Like MRCool's existing mini-splits, this one is built for do-it-yourself installation, since the refrigerant components are sealed at the factory and there's no refrigerant to handle on-site. That means no licensed HVAC technician or vacuum pump is needed for setup. You'd still need to cut the required wall opening and follow local building and electrical codes, so some basic construction work is still involved. For homeowners with a small space that's hard to heat or cool — one where running ductwork or installing an outdoor condenser isn't practical — this offers another option, particularly for replacing a space heater or window unit with something more efficient.
Building Ω-Working Solo
This is a builder's story about Clay and Danielle, a couple building a two-story, 1,536-square-foot home on their own in rural Wauzeka, Wisconsin, aiming for net-zero energy use. The house sits in climate zone 5A, a designation that describes the region's cold winters and moderate humidity, which shapes what insulation and building choices make sense there. For the foundation, the couple used a system called Form-A-Drain: plastic channels that form the concrete footing and stay in place afterward, doubling as drainage and radon collection so there's no need to remove wooden forms later. Rather than following the standard deep, stepped footing common in that climate, they used a frost-protected shallow foundation approach, insulating around the footing with rigid foam board. This let them build a shorter foundation wall, just 18 inches, at the walkout portion of the basement, saving material and labor while still meeting code for frost protection. Beyond the foundation, the couple's broader project involves ICF (insulated concrete form) walls, careful air sealing to limit drafts, dense-packed cellulose insulation, and continuous exterior insulation, all aimed at building a highly efficient, low-energy home largely by themselves. For a homeowner planning their own upgrades, the specifics here are less about direct action and more a window into foundation and insulation techniques that can cut long-term energy costs and improve durability in cold climates.
Solar project execution requires early planning and adaptability
New federal rules are making it harder to qualify for solar tax credits, and that could affect what a home solar system costs and which equipment installers offer you. Under the One Big Beautiful Bill Act, solar systems now need to meet "foreign entity of concern" (FEOC) sourcing rules just to get the base 30% tax credit. Going further and using enough U.S.-made panels, inverters, and racking can qualify a system for an extra 10% "domestic content" credit. The catch: many popular panels and components on the market right now don't meet these thresholds, and the allowed share of parts from restricted countries shrinks every year. The law also ended the residential tax credit for systems bought with cash or a loan. This is pushing the market to split into compliant and non-compliant equipment, with non-compliant gear sold cheaper but without credit eligibility. If a system later turns out to use non-compliant parts, the IRS can claw back tax credits years afterward, which is a real risk to know about if you're financing or paying cash for a system. Because of this shift, third-party-owned systems — where a company owns the panels and typically claims the tax credit itself, often through a lease or power purchase agreement — are becoming more common, since they sidestep some of these headaches. That said, these deals aren't available everywhere; some states have few or no third-party options, leaving cash or loan purchases as the only route. One bright spot: battery storage tax credits are set to last through 2030, even as solar credits wind down, so batteries may remain a strong value even if panel credits get harder to claim.
Solar’s infrastructure obstacle
Solar power itself has gotten cheap and fast to build. What's slowing projects down now is the grid: getting new solar and battery projects connected to transmission lines, substations, and utility equipment. In Texas, demand from data centers, AI, and manufacturing has been so strong that grid operator ERCOT has fielded requests for hundreds of gigawatts of new electricity load. Developers now often check whether a site can actually connect to the grid before they buy land, reversing the old approach. Connecting a project to the grid (called interconnection) has become its own complicated process, involving utility reviews, financial deposits that can run into the millions of dollars, and long waits for specialized equipment like high-voltage transformers and breakers. In one case, a single approved 345-kilovolt breaker (a piece of switching equipment) became the item holding up a whole project's connection date. A solar farm can be built in under two years, but the transmission and utility work needed to hook it up can take much longer. None of this is specific to solar — it reflects a broader strain on the electric grid as data centers and industrial electrification drive up demand for power nationwide. For homeowners, the takeaway is indirect: rules and rebates for home upgrades usually don't hinge on these transmission bottlenecks, but the pace of grid buildout in your area can affect how reliable and how expensive electricity is over time. Checking what your own state and utility currently offer for home electrification remains a separate, more direct path to savings.
HARDI Backs Changes to U.S.-Mexico-Canada Trade Pact
A trade group for heating and cooling equipment distributors, HARDI, is backing efforts to revise the U.S.-Mexico-Canada Agreement (USMCA), the trade deal that governs how equipment, parts, and materials move between the three countries. HARDI says the rules matter to homeowners indirectly because they affect the supply chains distributors rely on, which can shape product availability, wait times, and prices for heating and cooling equipment. HARDI's concerns include stopping counterfeit or mislabeled refrigerants from entering the supply chain, and closing loopholes that let companies route parts or finished products through other countries to dodge USMCA rules. The group is aligning with an August 6 letter from U.S. Rep. Rudy Yakym and most House Republicans, sent to the U.S. Trade Representative, pushing for tougher terms when the deal comes up for its scheduled 2026 review. At a first review meeting on July 1, Mexico and Canada were willing to extend the agreement, but the U.S. was not. That means the USMCA stays in place through 2036 while negotiations continue. The Trump administration reportedly wants firm commitments from Mexico and Canada on market access and other issues before agreeing to renew the deal. None of this changes anything for your home right now. But because the agreement touches how equipment and refrigerants cross North American borders, the outcome of these talks could eventually influence pricing or supply for heating and cooling systems, something worth keeping an eye on if you're planning a future upgrade.
Access LEED v5 monthly office hours and additional resources
This news is about LEED, a certification system for green commercial buildings, and it doesn't have much bearing on individual homes. The update covers support resources being rolled out for LEED v5, the newest version of that rating system, which building owners and design teams use to certify offices, schools, and other large commercial and institutional projects. The organization behind LEED is offering monthly "office hours," which are hour-long question-and-answer sessions where project teams can ask staff about how to meet the new rating system's requirements. Sessions run twice each day (7 a.m. and 1 p.m. ET) on Aug. 18, Sept. 16, Oct. 14, Nov. 18, and Dec. 9. There's also an in-person conference, Greenbuild, happening Oct. 20–23 in New York City, along with reference guides, updated professional certification exams, and an online help center for technical questions. None of this applies to single-family homes or residential energy upgrades. LEED certification and these support resources are aimed at commercial and institutional construction projects, not home weatherization, insulation, or heat pump installations. If you're weighing upgrades for your own house, this particular program isn't the one to watch — it's worth keeping an eye out instead for residential-specific rebate programs or efficiency incentives in your state.
Tesla unveils zero-down Powerwall lease program with retail electric plan in Texas, touts global VPP potential
Tesla has a new offer for homeowners in deregulated parts of the Texas electricity market: two Powerwall 3 batteries (home battery backup units) installed at no upfront cost, paired with Tesla's own electricity plan. You pay a $35 monthly lease for the batteries plus a fixed electricity rate. That lease is lower than Tesla's standard $122 monthly rate because of an $87 credit, which Tesla covers by using your batteries to help balance the grid — charging and discharging based on real-time power prices and demand. Tesla guarantees at least 20% of battery capacity stays reserved for your own outages, and during storms it charges the batteries to full to help you ride out a longer blackout. Tesla handles the whole package itself, from installation to software to your electric bill. This puts Tesla alongside other companies, including Base Power, Solrite Energy, and Octopus/Lunar Energy, offering similar no-money-down battery and electricity bundles in Texas. Beyond Texas, Tesla says its network of home batteries acting together as a "virtual power plant" now totals more than 2 gigawatts of capacity across places like Australia, California, Puerto Rico, New England, and Texas. In Puerto Rico, Tesla says these batteries have been called on 25 times since June to prevent blackouts. Looking ahead, Tesla plans to let Cybertruck owners in California and Texas send power from their truck's battery back to the grid or their home, with the first such events in Texas expected later this year. For now, the lease deal itself applies only to eligible areas of Texas.
Pacific Northwest targets 14 GW clean energy buildout by 2032
Energy planners covering Idaho, Montana, Oregon, and Washington say the Pacific Northwest needs a big buildout of power sources by 2032 to keep up with demand from data centers, chip plants, and a more electrified economy. The Northwest Power and Conservation Council's draft plan calls for 9 gigawatts of new wind and solar, 5 gigawatts of battery storage, about 2 gigawatts of gas plants, and demand response programs (where users cut back power use at peak times). The estimated cost is about $2 billion a year. This is a shift from past plans that focused more on efficiency. It also asks data center developers to bring their own power resources, like batteries, and to meet strict efficiency rules, especially for cooling systems. Only the Bonneville Power Administration, a federal agency that supplies a third of the region's power, is legally bound to follow the plan, though other utilities generally aim for it too. Building new power lines remains a challenge: Bonneville controls most of the region's transmission but hasn't built new long-distance lines in years, despite announcing about $5 billion for upgrades since 2023. Even though Washington and Oregon have laws requiring 100% clean power by 2040 and 2045, some new gas plants are still planned, partly as backup for hydropower, which supplies about half the region's electricity but is becoming less predictable as climate change shifts snowmelt patterns. Most new gas plants would likely be built in Idaho and Montana, though some could still go up in Washington. The public can comment on the draft plan through October 16, with hearings planned across all four states. A final version is expected by early 2027.
Ask a Scientist: How Do We Track the Trump Administration’s Attacks on Science?
This is a policy story, not a home-upgrade one, but here's what it covers. The Union of Concerned Scientists, a nonprofit that has tracked political interference in federal science for more than 20 years, has built a new online tool called the Attacks on Science Tracker. As of August 1, 2026, it counts 594 instances of the Trump administration limiting scientists' ability to do research, share findings, or use evidence in government decisions since January 2025. For comparison, the group logged 207 such attacks during the first Trump term, 96 across both Bush terms, and 21 total during the Obama and Biden years combined. The tool sorts attacks into 11 types and seven topic areas, including climate science, and lets anyone search or filter the data for their own purposes, whether that is writing an op-ed, preparing talking points for a meeting with a member of Congress, or supporting research and legal cases. The group says the pattern that stood out most while building it was how often these attacks touch health and safety. The organization is also pointing to the tool as evidence for the Scientific Integrity Act, a bill with some bipartisan support now before Congress that would set consistent protections against political interference across all federal science agencies, rather than leaving it to each agency's own rules. For homeowners, this doesn't change any specific rebate, program deadline, or technology available today. It's a look at how federal science oversight is being tracked and debated, which could shape future policy on things like energy and environmental research down the line.
The world’s most efficient solar panel goes on sale later this year
A company called Tandem PV expects to start selling a new kind of solar panel later this year. The panel adds a thin perovskite layer (a light-absorbing crystal coating) on top of a standard silicon solar cell, boosting how much electricity the panel produces from the same amount of sunlight. Its record test panel reached 30.4% efficiency, well above the 22-24% typical of most panels sold today, and the company thinks it can push past 32% and eventually toward 37% within a few years through engineering improvements alone. For homeowners, this technology is not something you would buy right away. Tandem's first sales are aimed at utility-scale solar farms and independent power producers, not rooftop installers, and the company still needs 6 to 12 months of outdoor testing before lenders and buyers consider the panels proven. It plans a 30-year warranty with very low yearly power loss, and early testing has shown little to no measurable degradation after a year outdoors, which matters because perovskite materials have historically been shakier over time than plain silicon. The bigger picture: if this efficiency gain holds up in the field, it could eventually lower the cost of solar power generally, since higher-efficiency panels typically mean lower system costs. Tandem also expects its panels to qualify for U.S. domestic manufacturing tax credits and says recent tariffs on imported solar materials barely affect its costs. None of this changes what's available for home rooftop installs today, but it points to where panel technology may be headed in the next few years.
Why Some HVAC Contractors Are Rejecting Private Equity Offers
Private equity firms have been buying up HVAC (heating and cooling) companies at a fast pace — 202 deals in 2025 and 92 so far in 2026, according to industry data. Some independent contractors are turning down these offers, even though selling can mean a big payout and less financial risk for the owner. Owners who spoke about their decisions said they worry that private equity buyers often run a company for three to five years, standardize pricing and dispatch, then sell again. They believe that approach can hurt technician training, local reputation, and customer trust — things built up over years of family or local ownership. Staying independent lets owners make calls based on relationships rather than pure profit margins, like keeping valued employees even if it costs some profit. Owners also said customers and employees can reach them directly, something harder to preserve once a company is owned by an outside investor. Staying independent has real costs, too: less buying power with suppliers, slower growth, and difficulty matching the pay or scheduling perks bigger, investor-backed competitors can offer to attract technicians. For homeowners, this mostly shapes what kind of company might show up at your door — a locally run business or one owned by a larger investment-backed group. It does not point to any new program, rebate, or rule change affecting your home directly, but it may be worth knowing whether an HVAC company you're considering is independent or has been bought by a larger firm, since that can affect service style, technician turnover, and pricing.
How to fill finished concrete floor gaps along perimeter?
A homeowner building a slab-on-grade house is asking for advice before installing trim around the floor's edge. Their vapor barrier (a plastic sheet under the slab that blocks moisture from coming up through the concrete) was supposed to wrap up the foundation walls, but in some spots it slipped down during the concrete pour, leaving gaps between the slab and the wall. There are also gaps around pipes that come up through the floor near the walls, meant for future hydronic heaters (radiant heating systems that run hot water through pipes). Trim will hide most of these gaps, but not all of them, and the homeowner wants to seal what's left before covering it up. They're considering a concrete patch product for the general perimeter gaps and a flexible sealant made for concrete around the pipe openings, and asked whether that combination would work or if there's a better approach. This is a homeowner's question posted to a building-science forum, not a finished how-to guide. At the time this was written, no replies or expert answers had been posted yet. If you're dealing with a similar gap between a slab and foundation wall, or around pipe penetrations in a slab, it's a common enough issue that it's worth watching for responses on that same question, since the right fix depends on things like how wide the gaps are and whether the vapor barrier needs to stay continuous for moisture control.
Tesla’s new home energy offering comes with an affordability pitch
Tesla is rolling out a new home battery deal in Texas that pairs its Powerwall with its own electricity plan. Under the offer, you get two Powerwall battery units, totaling 27 kilowatt-hours of backup power, for $35 a month. That price comes from a $122 monthly lease minus an $87 credit for joining Tesla's virtual power plant (VPP) — a program where your battery can send power back to the grid during high-demand periods in exchange for bill credits. Tesla says the deal cuts the normal cost of a Powerwall lease by 74 percent over its 12-year term. The offer only applies to homes in Texas' competitive electricity market, where customers can choose their own retail power provider. Tesla already runs a similar bundled program in Massachusetts, though there the battery lease comes with a discount and automatic VPP enrollment while you keep your existing utility, such as National Grid or Eversource, rather than switching to Tesla for electricity. The move mirrors what a competitor, Base Power, has been doing: installing batteries, owning them, and using the combined fleet to buy and sell power on the grid. Tesla has installed more than a million Powerwalls worldwide, but as of last spring only about a quarter were enrolled in VPPs. This new pricing structure is meant to make backup power and VPP participation more affordable and appealing to more homeowners, particularly in states with growing electricity demand like Texas.
Texas homeowners can lease Tesla Powerwall batteries straight from company
Tesla now lets homeowners in parts of Texas lease home batteries directly, without needing solar panels first. Through its electricity provider, Tesla Electric, homeowners can lease two Powerwall units for $35 a month, with $0 installation cost, paired with a fixed electricity rate. The offer is available in areas of Texas with retail electric choice, meaning residents can pick their own power provider. The batteries aren't just for backup. Tesla Electric actively manages them as part of a virtual power plant, or VPP, a setup where many home batteries work together to store cheap electricity and sell it back to the grid when prices are high. The company says it will always keep at least 20% of each battery's storage in reserve, so homeowners still have backup power on hand even while the batteries are being used this way. The plan also includes Storm Watch, a feature that automatically charges the battery to full before severe weather arrives, so there's backup power ready if the outage hits. This is the first time Tesla has combined battery leasing with a retail power plan, though it isn't the only such offer around. Palmetto, another company, launched a similar no-solar-required battery leasing plan earlier this year. For now, Tesla's version is limited to certain parts of Texas, so homeowners elsewhere would need to look at what's available through their own local utility or provider.
SMART, Labor Allies Back U.S. Manufacturing Investment Plan
A group of unions, including the Sheet Metal, Air, Rail and Transportation Workers (SMART), the United Auto Workers, Teamsters, United Steelworkers, and others, is backing a new bill in Congress called the Build America Fund Act. Introduced by Rep. Chris Deluzio, D-Pa., in July, the bill would create a federal fund that invests directly in U.S. manufacturing, rather than just offering tax breaks or grants. The goal is to build up domestic production of materials, equipment, and components so the country relies less on foreign suppliers. The fund, called the Manufacturing Sovereign Wealth Fund, could take ownership stakes in manufacturing projects, make loans, and share in any profits, with funding starting at $5 billion and potentially growing to $100 billion a year. Money would also support training workers for these plants. The bill is one piece of a larger three-part plan that also covers trade schools and apprenticeships, and competing with heavily polluting imports from other countries. For homeowners, this is a proposal, not a law yet, and it would not change anything right away. If passed and successful, it could eventually mean a steadier, more domestic supply chain for heating and cooling equipment, appliances, and other materials used in home upgrades, potentially easing shortages or price swings down the road. But the bill targets manufacturers specifically, not homeowners or contractors, and how much of any benefit reaches everyday building projects would depend on how the fund is eventually run.
Where the Candidates Stand: Shelia Edwards on Climate & Energy
If you're a Georgia Power customer, this is worth knowing about. Shelia Edwards, the Democratic candidate for District 5 on the Georgia Public Service Commission, is running largely on the issue of high electric bills. The PSC sets rates for Georgia Power and other utilities in the state, so who holds these seats directly affects what you pay each month. Edwards says her 2022 campaign was sparked by getting a $500 electric bill and thinking about families who have to choose between paying it and covering housing, food, or medicine. On policy, Edwards has called for expanding Georgia Power's net metering program, which lets homeowners with solar panels get credit for extra power they send back to the grid. She's also been critical of rate increases tied to new gas plant construction, saying the commission should protect customers from what she calls "endless rate hikes." On data centers, a growing driver of electricity demand in the state, she wants them to pay their fair share of grid costs rather than shifting expenses onto households, along with more transparency in how utilities plan and price power. Her campaign hasn't laid out specific positions on climate change or electric vehicles. Election Day is November 3. The voter registration deadline is October 5, early voting runs October 13 through October 30, and the absentee ballot request deadline is October 23. Any eligible Georgia voter can vote in this race, regardless of where in the state they live.
Factcheck: How Nuclear, Gas, Wind, & Solar Power Are Affected During Heatwaves
This summer's heatwaves in Europe showed that every type of power plant loses some output when temperatures spike, not just wind and solar. In France, which gets about 70% of its electricity from nuclear power, several reactors shut down or cut output in July because the river water used to cool them got too warm or too scarce, and similar drought-driven shutdowns hit reactors in Hungary and Romania. Gas plants also lose efficiency in heat, and hot, thin air makes it harder for gas turbines to burn fuel efficiently. In the UK, low wind speeds during a June heatwave (wind fell to about 15% of the electricity mix, down from a typical 30%) forced the grid operator to pay steep prices to import emergency power. Solar tells a different story. Heat does reduce panel efficiency slightly, but heatwaves usually bring long, sunny days, so solar output actually rises overall. In the EU, solar hit record generation in June, and UK homes with panels got the equivalent of about five hours of free daily air conditioning during the same heatwave. The tricky stretch is early evening, when solar fades but demand for cooling stays high, often pushing gas plants (and prices) into overdrive. Battery storage is increasingly used to smooth this gap, storing daytime solar power for evening use, though batteries too lose some performance in extreme heat. None of this points to an action for your own home, but it explains why summer heatwaves can mean tighter grids and higher electricity prices no matter what powers your local utility.
Show me the money: A guide to financing options for solar businesses
This piece is about how solar installation companies get financing, not about loans for homeowners buying solar or other upgrades. It notes that lending to solar businesses hit $8.9 billion in the first quarter of 2026, the highest quarterly amount in more than a decade, meaning solar contractors have more access to capital right now. The financing options described are for the businesses themselves, covering things like trucks, equipment, warehouses, or bridging cash flow between a signed contract and final payment. These include government-backed SBA loans (up to $5 million for general business needs, or up to $5.5 million for real estate and equipment purchases) as well as conventional bank products like lines of credit, equipment loans, and term loans. Lenders typically want to see at least two years in business, decent credit, and steady revenue before offering the best rates. None of this changes rebates, tax credits, or costs for a homeowner installing solar or another energy upgrade. It's a look at the lending environment for the companies that do the installing. If it has any indirect effect on your own project, it might be that easier access to capital could help installers in your area stay staffed, stock equipment, or take on new jobs without long delays — but the article doesn't say anything about pricing or availability changing for customers.
intake roof venting
This one is a homeowner's question posted on a building forum, not a news story, so there is no finding to report yet. A homeowner with a ranch-style house asked whether installing an AirVent brand edge vent would still work if it gets buried in snow. Edge vents are a type of intake vent installed along the lower edge of the roof deck, used when a house lacks the usual soffit vents (the openings under the roof overhang that let outside air into the attic). Intake vents work with vents at the ridge or top of the roof to keep air moving through the attic, which helps control moisture and temperature. The homeowner's house is in climate zone 6, a cold region, with a low-slope roof pitch of 3-in-12 (the roof rises 3 inches for every 12 inches it runs). In snowy climates, any intake vent near the roof edge can get covered by snow buildup, which raises the question of whether it can still draw in air when that happens. No answers had been posted yet, so there is no verified guidance here about how edge vents perform under snow in this situation. If your own house lacks soffit vents and you are weighing an edge-vent product, it is worth keeping in mind that snow cover and roof pitch are both factors worth asking about directly with the manufacturer or someone familiar with your specific roof and climate.
As Montana warms, Missoula’s first heat map reveals hidden hotspots
Missoula County, Montana now has its first heat map, built last summer when volunteers drove around with sensors tracking temperature and humidity. A nonprofit called Climate Smart Missoula worked with the city and county on the project, using federal funding, and the results are now public online. The map found temperatures can swing by nearly 20 degrees Fahrenheit across the county depending on how much tree cover and green space a neighborhood has. Areas with big, mature trees, like the University District and the Rattlesnake neighborhood, stayed noticeably cooler than more built-up areas like downtown or the Northside and Westside. Empty, undeveloped lots also turned out to trap heat, especially when dry and overrun with weeds instead of native plants. This matters because Missoula's summers are getting hotter, with more 90-degree days each year, and the county's average temperature is projected to rise 4 to 5 degrees by 2050. Montana also has one of the lowest rates of home air conditioning in the country, so homes built for cooler weather may struggle to keep up. If you're in a neighborhood with little shade, your house may be running warmer than one just a few blocks away with more trees. The mapping project almost lost its funding this year when the Trump administration canceled the federal grant behind it, but local partners and volunteers kept the work going. Missoula was one of 11 U.S. communities that got this kind of heat mapping done in 2025, and it's the first such map for Montana and the surrounding region.
Software-based initiative could unlock up to 20% more bulk capacity: OATI
A company called OATI, which handles most of the buying and selling of power on the U.S. grid, wants federal funding to roll out software that could squeeze 10% to 20% more capacity out of existing transmission lines, without building any new power lines or towers. The idea is to use better software rather than new hardware: real-time coordination between grid operators in different regions, dynamic line ratings that reflect actual weather and load conditions instead of fixed conservative limits, and AI-based dispatch of flexible power resources. OATI applied this summer for a piece of the Department of Energy's $1.9 billion SPARK program, which funds projects that boost transmission capacity through upgraded wires and other advanced technology. Selection results are expected later this month, with formal awards starting in October. A coalition of grid operators and utilities, including the California and New York grid operators, the Southwest Power Pool, PacifiCorp, Duke Energy and Florida Power & Light, has signed on to help test the approach. This is a big-grid story, not something that changes anything on your own house or bill right away. But it points to how utilities are trying to find more power capacity as demand grows, especially from data centers, without necessarily building costly new infrastructure. If projects like this succeed, they could eventually help ease the kind of grid strain that drives up electricity costs or slows new hookups, including for home electrification projects like heat pumps or EV chargers.
Ford’s EV pickup is almost here, promising much more than an affordable price tag
Ford has set a starting price of $28,350 for its new electric pickup, the Fathom, with sales set to begin in early 2027. Production is on track to start in the first quarter of 2027 at Ford's Louisville Assembly Plant, which the company is converting from gas-vehicle manufacturing to electric vehicle production as part of a $5 billion investment. For homeowners weighing an electric vehicle purchase, a few details stand out. The Fathom will offer bidirectional charging with vehicle-to-load capability, meaning it can supply power to outside devices or equipment rather than only drawing power from an outlet. It will also have more interior passenger space than a Toyota RAV4, a large touchscreen, a digital key, standard Apple CarPlay and Android Auto, and built-in Apple Maps navigation with EV-specific routing. The truck is the first vehicle built on Ford's new manufacturing approach, which uses large single-piece aluminum castings instead of dozens of welded parts, cutting the part count for this section of the truck from 146 to two. Ford says this will let it assemble the Fathom 40 percent faster than other vehicles at the plant, with fewer opportunities for defects. None of this affects home energy upgrades directly, but if you're considering an EV that can also power equipment or serve as backup capability through vehicle-to-load, this is one to watch as more pricing and availability details emerge closer to its 2027 launch.
Citi refines $1 trillion ‘sustainable finance’ pledge
Citi has now put close to $650 billion toward its goal of directing $1 trillion into "sustainable finance" — loans and investments tied to clean energy, housing, and other environmental or social projects — by 2030. That's a bigger share of its target than rivals JPMorgan Chase or Bank of America have reached on their own pledges. For homeowners, this doesn't translate into a specific new loan or rebate program. It's more a sign of where big banks are steering money. In 2025, Citi put $18.4 billion into renewable energy and $10.3 billion into sustainable transportation, its two largest categories. The bank also updated its rules in December 2025 to count nuclear power and "nature-based" projects toward the goal, and folded in a new team financing energy-efficient data centers. Some of the total also covers affordable housing and community programs, not just climate projects. The bigger picture: Citi still put more than twice as much money into fossil fuels last year — $45.3 billion — as it counts toward its "low-carbon" ratio, and it hasn't reported recent progress on separate 2030 targets to cut the carbon intensity of financing in sectors like aviation, steel, and power. Outside groups, including the Sierra Club, say hitting a self-set sustainable-finance number doesn't necessarily mean a bank's overall lending is shifting away from fossil fuels. In short, this is bank strategy news, not a new program homeowners can tap directly — but it shows continued (if uneven) bank interest in financing clean energy and efficiency projects broadly.
Tesla Electric launches $35/month Powerwall whole-home backup lease
Tesla now offers a whole-home battery backup lease for about $35 a month, but only in parts of Texas that allow you to choose your own electricity provider. The setup requires leasing two Powerwalls (home battery units) and signing up for Tesla Electric, Tesla's own electricity retail service. The base lease actually runs about $122 a month in year one, with a 3% price increase each year after that. Signing up for Tesla Electric's Backup plan brings a monthly credit of $87, which is what brings the cost down to roughly $35 plus tax. There's also a one-time $100 order fee, though Tesla is marketing installation as free. The credit only starts once the system is installed and approved, and you have to stay enrolled in Tesla Electric to keep it. Leave that electricity plan, and the price jumps back to the full lease amount. This deal does not include solar panels, so it's strictly about battery backup paired with Tesla's electricity service. Homes needing electrical upgrades or special permits could face extra costs. In exchange for the discount, Tesla gets to draw on your stored battery power to help supply the Texas grid during high-demand periods, similar to programs it already runs elsewhere. For homeowners in eligible Texas areas already paying high electricity rates, this could make backup power much cheaper than buying a generator. But it works only as long as you stay locked into Tesla as your electricity provider, and the price still climbs a bit every year.
NC Groups Push Back on AI Leadership Council’s Strategic Plan
A group of North Carolina environmental organizations is pushing back on the state's AI Leadership Council's Strategic Roadmap, arguing it doesn't do enough to protect communities from the costs of data center growth. The Southern Alliance for Clean Energy (SACE) has joined this coalition, called the North Carolina Data Center Network, in a letter raising concerns about job loss, rising energy costs, and pollution tied to expanding AI infrastructure in the state. The core worry is that data centers use huge amounts of energy and water, and utilities across the Southeast have already proposed new fossil-fuel power plants or delayed retiring coal plants to meet this demand. That can mean higher electric bills and more pollution for regular customers, even though most residents see little direct benefit from the AI boom. The letter also flags that data center permits are often approved quickly with little public input, so nearby communities may not learn about a project's water use, noise, or emissions until after it's already been approved. The coalition wants the state to require new data centers to use on-site clean energy and disclose their energy and water needs upfront, and SACE has called for a statewide pause on new data center construction until stronger protections are in place. For homeowners, this isn't a program or rebate you can apply for. It's a policy fight over whether North Carolina's rules for data center growth will factor in impacts on local utility rates, air and water quality, and grid reliability before more of these facilities get built.
Is the utility-data center honeymoon over?
A dispute in Nevada points to a bigger fight over who pays for the power that data centers use, and that fight could affect electric bills for regular customers. Nevada's utility, NV Energy, is suing data center developer Tract, which had been building facilities in the state under a partnership announced back in 2023. NV Energy says Tract wants special treatment on power allocation and rates, and wants to settle the dispute through private arbitration instead of the state's Public Utilities Commission, where the public could see the details. Tract says it has already spent over $125 million on Nevada power infrastructure and committed another $1 billion, and argues NV Energy is the one failing to deliver the power it promised. Behind the lawsuit is a proposed new framework from NV Energy that would require large power users like data centers to commit to using at least 90% of their allotted power for 25 years, longer than any similar deal seen elsewhere. NV Energy says arrangements like Tract's could shift infrastructure and energy costs onto "Nevada families, small businesses, and existing customers" — the kind of language that matters if you're a utility customer in a state with heavy data center growth. This is the first time a utility has sued a data center developer directly, but tensions are building elsewhere too, including a separate case in Wisconsin over collateral rules for large power customers. For homeowners, the takeaway is that how these disputes get resolved could influence electricity rates in areas seeing rapid data center construction, and it's worth watching whether your state has similar large-load rate rules under review.
What can Tesla really make in a $10 billion solar factory?
Tesla is asking for property-tax breaks to build a $10.1 billion solar factory, called "Project Crystal Sun," near Richmond, Texas, outside Houston. The company is looking at land near an existing solar project and wants help through a state tax incentive program. Filings say construction could start this year, with the plant running by early 2029. It would make solar cells and finished panels, and the equipment list suggests Tesla wants to handle nearly every step of production, from raw silicon ingots and wafers through finished panels. The facility is expected to create roughly 9,700 permanent jobs plus over 1,000 construction jobs. This matters for solar shoppers because right now most U.S. solar panel makers only handle final assembly, importing the cells and other components from overseas. A fully domestic supply chain, like the one Tesla is proposing, could eventually mean more American-made panels available for home installs. Elon Musk has talked about wanting the U.S. to reach 100 gigawatts of solar cell production a year, but industry cost estimates suggest that scale of factory would take closer to $16 billion to build, not $10 billion. Qcells, the only other U.S. company attempting this same full production chain, has spent over $2.5 billion on a Georgia plant that makes far less than that. So while this is a notable step toward more U.S.-made solar equipment, it will not single-handedly deliver the huge production levels Musk has mentioned. There is nothing here that changes rebates, costs, or timing for homeowners considering solar right now.
IONNA just beat every major EV fast-charging network
A new report on public EV charging quality has some good news for drivers who rely on fast chargers away from home. IONNA, a charging network backed by BMW, GM, Honda, Hyundai, Kia, Mercedes-Benz, Stellantis, and Toyota, scored highest among major networks in JD Power's 2026 EV charging satisfaction survey, beating out the Mercedes-Benz Charging Network and the Rivian Adventure Network. IONNA has been running public chargers for under two years and now has 1,375 charging ports at 150 stations, often paired with amenities like restrooms, food, and lounges. More broadly, public fast-charging satisfaction improved this year, with gains in availability, safety, and cost. Failed charging attempts also dropped to the lowest level since the study began in 2021, though about 1 in 8 visits still doesn't result in a successful charge. That's an improvement, but it means public fast charging still isn't as reliable as filling up at a gas station. Not every type of charging got better, though. Satisfaction with public Level 2 chargers (the slower kind often found at workplaces or public parking) actually fell, mainly due to payment problems and trouble starting a charging session. The study also found that location matters: chargers at hotels, gas stations, and restaurants scored better than those at dealerships or in stand-alone parking lots and garages, suggesting that a comfortable place to wait matters almost as much as the charger itself for anyone driving an EV.
Overlap between basement waterproofing and above-grade stucco
A homeowner building a walkout basement with insulated concrete forms (ICFs, foam blocks filled with concrete) in interior Alaska asked for advice on a tricky wall detail: how to handle the spot where below-grade waterproofing meets above-grade wall finish. The waterproofing membrane on the basement wall extends 6 inches above the final grade line, and the stucco or synthetic stucco (EIFS) planned for above grade needs to extend 6 inches below grade, creating a foot of overlap. The homeowner is unsure how to attach the metal lath needed for stucco without puncturing the waterproofing membrane with screws in that overlap zone, and is weighing stucco versus EIFS, since EIFS bonds directly to the foam in the ICFs. The plan also calls for the poured concrete itself to serve as the air barrier, with the stucco or EIFS layer acting as the water barrier, both tied continuously into the wall sheathing above at the sill plate. This is not news with any rebate or program angle. It is a technical builder's forum question about a construction detail that matters mainly to people actively building or renovating with ICF walls and a stucco or EIFS exterior, particularly in a cold climate like interior Alaska where getting the water and air barriers right at the grade transition affects long-term durability. For most homeowners, it has no direct bearing on incentives, upgrades, or costs, though it illustrates the kind of detail work that goes into keeping a foundation wall dry where it meets the above-ground wall.