Energy efficiency news.
Rebate updates, policy changes, and technology developments — aggregated from 50+ sources, AI-enriched, and scored for relevance.
PG&E warns of more shutoffs as fire conditions continue threatening California grid
PG&E says more planned power shutoffs are likely starting Wednesday and continuing through Saturday, as hot, dry winds keep fire risk high across California. The utility is watching for another round of offshore winds and warns that fire weather conditions will affect much of its service area, which spans more than two dozen counties, mostly in northern and central California. These "public safety power shutoffs" are deliberate outages utilities use to keep power lines from sparking fires during dangerous wind and heat. This follows weeks of grid strain. A heat wave in early October pushed California power demand to around 46,000 megawatts, prompting the state grid operator to issue several alerts asking suppliers to keep plants and power lines available, though no emergency conservation requests went out to the public. San Diego Gas & Electric also shut off power to about 35,000 customers in early October due to extreme heat and wildfire danger, later giving an all-clear. PG&E has already cut power to around 12,200 customers across 17 counties and three tribal areas in separate rounds this month, restoring it each time once conditions eased. If you live in PG&E's or SDG&E's service area, especially in the counties named, it is worth expecting the possibility of a planned outage this week. These shutoffs are usually short and targeted to specific high-risk areas rather than utility-wide, but they can affect homes with medical equipment, refrigeration, or home heating and cooling systems that depend on steady power.
U.S. power prices fall with utility-scale solar, rise with rooftop
A new MIT study looking at electricity data from 1998 to 2023 found that big, utility-scale solar and wind farms are linked to lower residential power prices, not higher ones. State rules requiring utilities to use more renewable energy (called renewable portfolio standards) showed almost no effect on prices either way. The researchers think large solar plants help because they don't need fuel and may ease strain on the power grid. Rooftop solar told a different story: a 5-percentage-point rise in rooftop solar's share of generation was linked to electricity prices roughly 16% higher. The researchers point to two likely reasons. First, rate structures in some states shift fixed grid costs away from solar panel owners and onto other customers, meaning people without rooftop solar end up covering some of those costs. Second, the power grid was built for electricity flowing one way, from power plants to homes, and rooftop solar sends power back the other way too, which can raise maintenance costs for utilities. If you're weighing solar for your own roof, this doesn't mean rooftop solar is a bad investment for your household bill, but it does help explain why some states and utilities are rethinking how they charge solar and non-solar customers alike. This fits into a broader fight, especially in California, over how much rooftop solar costs or saves other ratepayers, with competing studies landing on very different numbers. If you're considering solar, it's worth checking how your state and utility structure rates for solar customers, since that can affect your actual savings.
Basement Slab Design
A homeowner building a new house in a cold northern climate (zone 7A, found in parts of the upper Midwest and similar regions) asked where to place a plastic vapor barrier in a basement floor that will have built-in radiant heating. The floor design stacks a concrete slab over two layers of rigid foam insulation (EPS, a common foam board), with a layer of crushed rock below for radon venting. The question was whether the plastic sheeting should go above or below that foam. A contributor with building science expertise answered that in this climate zone, a basement wall built with 2x6 framing needs roughly 3 inches of foam insulation to avoid condensation problems if there's no separate vapor barrier inside the wall. Using just 2 inches of foam, as this homeower's plan calls for, means a vapor retarder is still needed, either as a plastic sheet or as faced insulation batts. For the floor itself, the plastic generally belongs above the rigid foam, not below, so it does not float out of place during the concrete pour. Because this slab will have radiant heat tubing embedded in it, the response suggested using foam panels with built-in bumps for anchoring that tubing, since many of these come with a vapor barrier already attached, simplifying installation. For anyone planning a heated basement slab in a cold climate, this points to checking that wall foam thickness and vapor barrier placement meet recommended minimums for the local climate zone before pouring.
Looking for policy discussions at Greenbuild? We’ve got you covered
This is a preview of policy sessions at Greenbuild 2026, a large green building conference running October 21-23 in New York. It's aimed at industry professionals, architects, and policymakers rather than homeowners, but the topics touched on do connect to building energy rules that can eventually affect houses and apartments. Several sessions focus on building performance standards, which are local or state rules requiring large buildings to track and cut energy use and emissions over time. One session looks at how Massachusetts is using building performance data to shape its climate policy, and another examines New York City's Local Law 97, a rule requiring big buildings to meet emissions limits or face penalties. Other sessions cover decarbonizing building portfolios, reusing materials from demolished buildings instead of sending them to landfills, and how data centers affect the communities and power grids around them. None of this changes anything for homeowners right away. These sessions mostly involve commercial buildings, government agencies, and large property owners working out policy and financing details. But rules like these sometimes trickle down into state energy codes, utility programs, or future rebate rules, so it's worth keeping an eye on whether your state adopts similar performance standards or decarbonization policies down the road.
Trump’s Dirty Energy Double Whammy: Pay More for Fuel & Power—and Use More of It
Household electricity rates have risen 15 percent nationwide since the start of the Trump administration, from about 15.9 cents to 18.3 cents per kilowatt-hour, according to an analysis from the Natural Resources Defense Council. Some states have seen much bigger jumps: Ohio rates are up 25 percent, and Iowa's have risen by a third. The report points to several causes, including the growth of power-hungry data centers, rising natural gas prices, and new tariffs that have raised the cost of equipment used to build and upgrade the power grid. The administration has also pulled back incentives for wind, solar, and battery storage, which the report calls the cheapest and fastest way to add new electricity supply. Gasoline costs have also climbed, up nearly 50 percent since late February, adding more than $540 in fuel costs for a typical household over seven months. Separately, the repeal of federal fuel economy standards is projected to add $1,624 to the lifetime fuel cost of a new car, on average, and push national gasoline use up by about 40 percent compared with the old rules. The report also cites billions of dollars in canceled clean energy manufacturing and power projects, including solar, wind, and battery plants, and ties increased pollution from coal and gas plants to higher public health costs. If you're weighing an upgrade like a heat pump, solar panels, or an electric vehicle, these trends are worth watching, since rebates and incentives can vary by state and may shift as federal policy changes.
EcoFlow releases new 5-kWh energy storage system
EcoFlow has a new home battery system called the Titan Series, sold in three versions: 5000, 5000 Plus, and 5000 Classic. The top model, Titan 5000 Plus, stores 5 kWh of energy and can put out 7.2 kW of power, and the system can be expanded up to 30 kWh if you want more backup capacity. It's meant to work alongside solar panels you already have, rather than requiring a whole new setup. Paired with EcoFlow's companion device, the Smart Home Panel 10, the system can manage power to 10 circuits in your house without swapping out your main electrical panel, something that normally adds cost and time to a battery installation. It automatically chooses where your power comes from, using solar first, then stored battery power, and only pulling from the grid when needed. If the grid goes down, EcoFlow says the switch to battery power happens in under 20 milliseconds, fast enough that things like Wi-Fi and water pumps keep running without interruption. You can monitor and control the system through EcoFlow's phone app. EcoFlow also says it ships the system with breakers and cables already assembled and wired at the factory, which it claims cuts the on-site installation work by up to 80%. The idea is to make whole-home battery backup less expensive and less disruptive to install than older systems that required rewiring your home's electrical panel. No pricing or availability details were given.
Trump goes after an offshore wind farm that’s already up and running
The Trump administration is trying to unwind a key federal permit for Revolution Wind, an offshore wind farm off Connecticut and Rhode Island that is already running. The $6.2 billion project finished installing its 65th turbine in September and began generating power in March. Despite that, the Interior Department asked a federal court on October 9 for permission to send its 2023 approval of the project's construction and operations plan back for reevaluation. The move comes out of a lawsuit filed in January 2024 by Green Oceans, an anti-wind group, which claims the government cut corners and broke environmental law when it approved Revolution Wind and another Ørsted project, South Fork Wind, off New York. Interior's new filing essentially agrees with that challenge and asks the judge to close the case. Experts say this won't immediately stop the wind farm's operations, and the legal process could stretch into early next year. For homeowners in the Northeast, the stakes are practical. Once fully running, Revolution Wind is meant to supply enough power for more than 350,000 homes and help ease strain on the regional grid during heat waves and cold snaps, which can affect electricity reliability and prices. Advocates warn that reopening a permit this late adds uncertainty for a project the region is counting on. There's no immediate change to your electricity service, but the case is one more sign that offshore wind's role in the Northeast's power supply remains contested.
Apple Launches Smart Thermostats With LG, Schneider Electric
Apple is entering the smart thermostat market with two new models, made with LG Electronics and Schneider Electric, arriving in December as part of a new "Apple Home Collection" of smart home gear. Both thermostats work through Apple's Home app and use a feature called Adaptive Temperature, which relies on your iPhone to sense when someone's home, asleep, or away, and adjusts heating and cooling without you setting a schedule. Optional room sensors can feed in temperature and humidity readings from different parts of the house. The LG model has a round display and is built to work with furnaces, air conditioners, heat pumps, boilers, and fan coil units, plus add-ons like humidifiers. The Schneider Electric model is designed for most standard residential systems. Both are DIY-installable, set up by tapping an iPhone, and work with Matter and Thread, two connectivity standards also used by Google, Amazon, and Samsung smart home devices. A feature called Clean Energy Guidance can shift your heating and cooling to run when electricity is cleaner and cheaper, though it's only available in the contiguous U.S. and requires a compatible utility plan. The Home app will also show you energy use over time and peak versus off-peak rates if you link your utility account. Since heating and cooling make up roughly 40% of a typical home's energy use, this could matter more as utilities move toward pricing that charges different rates depending on time of day. The thermostats are also designed to work with other new Apple Home devices, like door locks and cameras, coordinating routines such as locking up and adjusting temperature automatically when you leave or return.
Battery system failures fell 98% in 7 years, but older systems need special care: report
Large battery storage systems, the kind utilities use to store power on the grid, are failing far less often than they used to. A new analysis from the Electric Power Research Institute found that failure rates for lithium-ion battery systems dropped 98% from 2018 to 2025, and 50% in the last year alone. Annual failure rates now run between 0.04% and 0.14%, similar to the failure rate for oil-filled electrical transformers that have been in use for decades. Most incidents, 93%, caused no injuries. The improvement mainly applies to newer systems built under stricter safety codes. Systems installed before 2021 make up only 3% of global storage capacity but tend to fail more often than newer ones. The most serious U.S. incident involved an older facility near Santa Cruz, California, where a 2020 battery installation caught fire in January 2025 and burned for days, though no one was hurt. Experts say older systems can benefit from safety reviews and sometimes retrofits, like adding gas detectors or improving ventilation, though some fixes are costly enough that replacing an aging system outright may make more sense than upgrading it. This news mostly concerns utility-scale battery installations, not the smaller battery systems some homeowners pair with rooftop solar. Still, it's a reminder that battery safety standards have moved quickly, and anyone considering a home battery system might ask when the equipment was designed and whether it meets current safety codes, since the industry itself expects older designs to carry higher risk.
Electric cars saved $20B in oil – and the US is falling behind
Electric cars are helping countries avoid oil costs during the current Middle East energy crisis, according to new analysis from the energy think tank Ember. Between March and August, EVs in oil-importing countries displaced an estimated 200 million barrels of crude, worth about $20 billion. China accounted for most of that savings, with the EU also benefiting, led by Germany and France. The US is falling behind other countries in EV adoption. Fully electric cars made up just 6% of new light-duty vehicle sales in the US in the first eight months of 2026, after federal EV tax credits ended in September 2025. Of 56 countries tracked, 49 now have a higher share of electric car sales than the US, and 15 of them, including India, Brazil, Italy, Malaysia, and New Zealand, passed the US for the first time this year. This measures the share of new cars sold that are electric, not total volume. Elsewhere, electric car sales are growing. Globally, fully electric sales rose 11% year over year, while gas-powered and plug-in hybrid sales fell. Outside of China and the US, sales jumped 45%. Countries that made EVs more affordable saw the biggest gains: France's leasing program pushed its electric share above 30% for the first time, Germany saw a boost from new subsidies, and Japan's sales doubled after a program to lower upfront costs. For US homeowners thinking about an EV purchase, the loss of the federal tax credit means it's worth checking what incentives, if any, your state still offers.
How small batteries are helping one NYC business cut energy costs
A food company in New York City, Wonder, has cut its energy costs by about $20,000 over six months by installing small plug-in batteries at 21 of its locations. The batteries, each about the size of a suitcase, were supplied for free by David Energy, a retail energy provider. Wonder says the savings amount to roughly 3% to 5% of its energy costs at those sites. The batteries work by storing power and releasing it during the times electricity costs the most, a process called peak shaving. Each unit holds 2 kilowatts of power and 6 kilowatt-hours of energy, and they're grouped into sets of three that plug into a dedicated circuit, similar to plugging in a large appliance. David Energy's software predicts when prices will spike and automatically discharges the batteries at those moments. The company also enrolls customers in utility demand-response programs, which pay businesses to reduce their grid use during periods of high demand, such as heat waves. This system was built for commercial buildings between 500 and 10,000 square feet, not homes, and David Energy says it isn't pursuing larger installations right now. Still, it points to a broader trend: battery storage that's small, relatively cheap to install, and doesn't require the permits or roof space that bigger systems need. The batteries use lithium iron phosphate chemistry, which carries lower fire risk than other lithium batteries. As this kind of plug-in storage becomes more common in commercial settings, similar compact options may eventually reach the residential market.
C&I storage the ‘sleeping giant waking up’, says WoodMac
This news is mostly about the big picture of energy storage worldwide, but a couple of details touch home batteries directly. A new report from Wood Mackenzie says the global market for battery storage is growing fast, and the mix of who's buying it is shifting. On the home front, Australia has passed Germany as the world's top market for residential batteries, helped by its Cheaper Home Batteries subsidy, which has backed more than half a million installations. The US home battery market, by contrast, is shrinking this year as tax credits become harder to get. Most of the growth, though, is happening in bigger systems: utility-scale batteries used by power companies, and a fast-growing category called commercial and industrial storage, used by businesses and factories. The report also notes that batteries are increasingly being paired with solar or wind farms rather than standing alone, especially in the US, where roughly half of new utility storage is paired with solar. One detail worth noting for anyone watching the broader market: older storage systems are starting to reach the end of their working life. The report expects aging batteries to begin getting replaced at scale after 2030, with the US, Japan, and Germany leading that replacement wave by 2035. For an individual homeowner, the direct takeaway is narrow: if you're considering a home battery, incentives vary a lot by country and state, and in the US, federal tax credit support for residential storage is becoming less available this year, so it's worth checking what's currently offered where you live.
Sales Of Used EVs Surge In US
Used electric vehicles are selling fast in the US, as high gas prices push buyers toward cars and trucks they once found too expensive new. The Ford F-150 Lightning, an electric pickup Ford stopped making, has become one of the hottest used vehicles in the country. Used ones now sell for about half to 60 percent of their original sticker price, and they're moving off lots in around 20 days, half the usual time for a used vehicle. One buyer in Colorado traded in his gas-powered F-150 for a used Lightning at $40,000, calling it both an upgrade and a bargain, and noting he can run an electric blanket off the truck's outlets while camping. Industry voices quoted in the report say the shift is pure economics, not environmental enthusiasm. With gas prices high, buyers are comparing total cost of ownership and finding used EVs now close in price to used gas cars, while often being newer with fewer miles. That combination has made used EVs the fastest-selling category of vehicle in the used market. New EV sales, meanwhile, are down for several models, including the Hyundai Ioniq 5, Chevy Bolt, and electric Cadillacs, partly because many buyers rushed to purchase before federal EV subsidies expired in September 2025. Automakers are responding with cheaper models, including new EVs priced at or below $45,000, and Ford has said it plans an all-new electric midsize pickup for 2027. For homeowners weighing an EV purchase, the used market may now offer more for the money than it did even a year ago.
Two High Courts Grapple With Climate Accountability
Two major court cases last week looked at who bears responsibility for climate damage, though neither points to a direct action for homeowners. Australia's highest court ruled on a coal mine expansion in New South Wales, finding that regulators can't approve a project without considering its full emissions impact, including "Scope 3" emissions — the pollution created later when the coal is actually burned, which made up 98% of this project's climate footprint. The court said officials can't just assume those emissions will be counted elsewhere under international climate agreements; they have to factor them in during approval. Meanwhile, the U.S. Supreme Court heard arguments in a case brought by Boulder County, Colorado, against the oil company Suncor. Local governments there want fossil fuel companies to help pay for the costs of climate impacts like wildfires, floods, and heat waves, arguing the companies misled the public about the risks of their products. The case centers on a narrower legal question — whether state courts even have the authority to hear this kind of fraud claim — and several justices seemed skeptical of the oil industry's push to block it. A ruling hasn't come yet. Neither case changes rebates, rules, or costs for home energy upgrades right now. But both are part of a broader trend of courts weighing whether fossil fuel companies or regulators should bear more financial responsibility for climate damage, which over time could affect energy policy and costs more broadly.
Anker Solix announces wheeled power station with 4.5 kW output
Anker has unveiled the Solix S5000, a portable power station built to run larger home loads during an outage or off-grid use. It stores 5,024 Wh of energy and puts out 4.5 kW, with battery capacity expandable up to 30 kWh if you add extra units. It uses lithium iron phosphate (LFP) batteries, a chemistry known for long life, and Anker rates it for up to 10,000 charge cycles with a five-year warranty. The unit supports both standard 120V and higher-power 240V appliances, and can take in up to 3 kW of solar power across two inputs. Anker says a full recharge takes about 99 minutes on a 240V supply, with 80 percent reached in 64 minutes. Plugging into a regular household 120V outlet caps charging speed at 1.8 kW, so that faster charging only applies if you have 240V service available. Outlets include four standard household plugs, an RV-style TT-30 connector, and an L14-30 outlet for 240V equipment, plus USB-C and USB-A ports for smaller devices. At 44 kg, or about 97 pounds, it comes with wheels and a telescoping handle, so it's meant to be rolled rather than carried. Anker is also highlighting low standby power draw, claiming 8.8 watts in 120V mode and 13.7 watts in 240V mode, which matters if you plan to leave it plugged in and ready rather than draining itself between uses. It's a step up from Anker's smaller S2000 model, aimed at households wanting more backup power and bigger appliance support in one unit.
If Elected, Florida HVAC Contractor Could Be Richest Member of Congress
Joe Strada, an HVAC contractor running as the Republican nominee for Florida's 11th Congressional District, could become the wealthiest member of Congress if elected, with an estimated net worth around $800 million. He built Strada Services, a company offering heating, cooling, electrical, plumbing, and security work, mostly for new home construction and homeowners. The business now employs more than 4,000 people across 13 states and brings in roughly $534 million a year, with over 211,000 systems installed and 485,000 repaired, according to the company. Strada started in the trades at 19 and earned state certifications in electrical, plumbing, air conditioning, and general contracting over the following decades. He co-founded what became Strada Services in 2003, took full ownership in 2016, and later landed a major HVAC contract with homebuilder Lennar that generated about $120 million in air-conditioning work within a year and a half. A private equity firm later bought a 55% stake in the company. For homeowners, this story is less about any upgrade or rebate and more about a trades background entering national politics. Strada's campaign emphasizes workforce development, apprenticeships, and technical education as alternatives to a four-year degree. He has Donald Trump's endorsement and is running to succeed retiring Rep. Daniel Webster, who also came from an HVAC family business. The seat is considered solidly Republican heading into the November election.
Why Google is paying to upgrade nuclear power plants
Georgia regulators have approved a deal that lets Google help pay for upgrades to four older nuclear reactors at Plant Vogtle and Plant Hatch. Starting in 2028, Google will pay a subscription fee on top of its electricity bill to help cover the cost. In return, the company gets credit toward its goal of running on carbon-free power by 2030, since nuclear plants don't burn fossil fuels and can generate electricity around the clock. Georgia Power says the upgrades will add about 96 megawatts of nuclear capacity and bring roughly $900 million in benefits to customers over the life of the reactors. Google is striking similar deals elsewhere, partnering with Constellation Energy to fund nuclear upgrades at plants in Illinois, New Jersey, and Pennsylvania, adding 890 megawatts for the regional grid operator PJM. Amazon has a similar arrangement with a Constellation plant in Maryland. These deals matter because data centers built to run artificial intelligence are driving a huge jump in electricity demand, and many utilities are responding by building new natural gas plants or keeping old coal plants running longer. Industry advocates say tech-funded nuclear upgrades offer a faster, cleaner alternative, since a new nuclear plant can take decades to build while upgrading an existing one takes around five years. For homeowners, this isn't a program you sign up for, but if you're a Georgia Power customer, the utility says the arrangement is meant to lower costs and add clean power to the grid you draw from.
Qcells aims to build a giant factory for next-gen tandem solar
Solar panel maker Qcells is working on a new kind of panel that could make rooftop and ground-mounted solar more efficient. The technology layers perovskites, a crystal material, on top of standard silicon solar cells. This "tandem" design has set efficiency records in labs, but until now no one has mass-produced and sold these panels with a standard warranty, because the perovskite layer tends to break down faster than regular solar panels. Qcells says it plans to open a large factory to build these tandem panels by 2029. The company has already tested full-size tandem panels in the field and says one version passed industry-standard quality testing, including simulated hail and years of accelerated wear, run by independent labs. Current top-performing panels convert about 24 percent of sunlight into electricity; Qcells has already hit 28.6 percent with a tandem cell in testing, though that number came from a lab, not a mass-produced panel on a roof. The location of the planned factory has not been finalized. For homeowners, this matters down the road more than today. If tandem panels reach the market with a normal warranty, they would produce more electricity in the same amount of roof space as current panels, or let installers use a smaller array to get the same output, which could lower costs for mounting hardware and wiring. But that is still a few years off, and Qcells is one of several companies, including some in China, racing toward the same goal. Nothing changes yet for anyone considering solar now.
Integrated Power Services acquires aftermarket solar inverter company Bold Renewables
A company called Integrated Power Services has bought Bold Renewables, a Colorado business that services older solar inverters (the devices that convert power from solar panels into electricity your home can use). The deal closed October 9th. Bold worked specifically on central inverters made by Advanced Energy under the brand names Solaron, NX, TX and PV Powered, handling repairs, spare parts, and routine maintenance. This matters mainly for owners of larger or commercial-style solar systems using those older inverter models, since Bold supports about 14,000 of them across more than 3,000 sites in the U.S. and Canada, representing over 4 gigawatts of capacity. Bold holds the original manufacturer's design drawings, blueprints, and firmware for these inverters, which is often what keeps aging equipment repairable instead of becoming unsupported. For most homeowners with a standard rooftop solar setup, this is a background business deal rather than something that changes your system directly. But if your home or property uses one of these older Advanced Energy inverter brands, the acquisition means service and parts support should continue, now under Integrated Power Services rather than Bold operating independently. Bold will keep its name and team, operating as part of IPS's renewable energy services group alongside two other companies IPS already owns, ENA Electronics and IPS Folcroft.
Tesla still leads US fast-charger growth – but it’s raised its prices
This is mostly about public EV charging infrastructure, not home energy upgrades, but it's worth noting if you own or are considering an electric vehicle. The US now has over 80,000 public fast-charging ports, and new stations are getting bigger, with more plugs per site and higher power ratings. That means less waiting for an open charger, especially in big cities. Reliability also improved, with most states scoring high marks for charger uptime and successful sessions. The cost picture is more mixed. Tesla's Supercharger network, still the biggest source of new chargers, raised its prices. Non-member drivers now pay about 57 cents per kilowatt-hour, up 15% from a year ago, while Tesla members pay around 40 cents, up 9%. Other charging networks have kept prices steady near 53 cents per kilowatt-hour for over a year. If you charge at times with higher demand, you'll likely pay more too, since peak-hour rates run roughly 20 cents higher per kilowatt-hour than off-peak rates at stations with that kind of pricing. None of this affects home charging equipment or rebates directly, but it matters if you're weighing whether to rely on public fast chargers versus charging an EV at home, where electricity costs are typically lower and more predictable. It's also a reminder that charging costs vary by network and time of day, something to factor in if public charging is part of your routine.
EVs cost less than a year ago, but September brought a setback
New electric vehicles cost less than they did a year ago, but September moved in the wrong direction month to month. The average price paid for a new EV rose to $55,879, up about 2.4% from August. Still, that's down 3% from September last year, as more affordable models have pulled the average lower over time. EVs now cost about 11% more on average than similar gas-powered models, down sharply from an 18% premium in 2025. Automakers also eased up on discounts. Incentives averaged 11% of the sale price in September, the lowest this year and down from 14.2% a year earlier, when the $7,500 federal tax credit was still available and dealers were pushing harder to move cars before it expired. On an average-priced EV, that works out to roughly $6,147 off, though actual deals vary a lot by model. The Polestar 4, for example, had a rebate of up to $25,000 off its roughly $56,000 to $58,000 sticker price, available through November 2. Tesla prices ticked up too, with its average sale price reaching $54,345, a slight increase from last year. Most Tesla sales were Model 3 and Model Y, averaging around $53,000 to $54,000, while the Cybertruck averaged just over $98,000. Overall, EVs remain closer in price to gas vehicles than they were last year, but anyone shopping right now may find smaller discounts than buyers saw a year ago.
What to say to Californians worried about grid batteries
California now has 21 gigawatts of large grid batteries, more than any state but Texas, and the state needs to more than double that by 2045 to meet its climate goals. These batteries store solar and wind power for use when the sun isn't shining or wind isn't blowing. But a string of fires, including repeated incidents at the Moss Landing facility and a smaller fire in La Verne that forced evacuations, has stirred public fear, and some California cities have moved to limit or ban new battery projects. Industry and state officials say the fear is outpacing the actual risk. New data cited at a recent conference found a 98% drop in battery failures worldwide between 2018 and 2025, putting grid batteries roughly on par with the transformers already found at electric substations. California also tightened its battery fire-safety rules last year. Even so, projects near populated areas remain a hard sell: one large proposal in San Diego County was dropped after neighbor pushback, while a project in Chino won approval only after the developer made specific safety commitments and the local fire chief said his department was well trained for battery emergencies. None of this requires anything from homeowners directly, since these are utility-scale installations, not home battery systems. But if a grid battery project gets proposed near you, the safety record and the specifics of a developer's fire-safety plan are what's actually driving whether neighbors end up for or against it.
Utility-scale project roundup: Texas joint ventures, Illinois commercial BESS, and cranberry bog agrivoltaics
This week's energy news is mostly about large, utility-scale projects rather than anything homeowners can tap into directly, but a few items are worth knowing about if you live in these states. In Illinois, a 200-megawatt solar project in Perry County has signed long-term contracts to sell power to Ameren Illinois and ComEd, among others, meaning it will eventually feed electricity into the grid that serves homes across the state. It's expected to start construction in 2027 and begin operating in 2028, generating enough power for about 37,000 households. Separately, ComEd is testing a battery storage system built with a local manufacturer in La Fox. For business or industrial property owners in ComEd territory, the utility's existing rebate program still offers up to $300 per kilowatt-hour for installed battery storage, part of the state's push to use local battery storage to ease strain on the grid during peak demand. In South Carolina, a developer closed $815 million in financing for five large solar farms, which will bring tax revenue to host counties but doesn't come with a homeowner incentive attached. In Massachusetts, two solar farms built over cranberry bogs in Plymouth and Kingston have completed their first harvests, combining crop growing with solar power and battery storage. These feed into community solar programs under the state's SMART program, which lets residents buy into local renewable energy projects even if they can't install panels on their own roof. Texas and Ohio also saw a large solar portfolio expansion, but that deal is aimed at commercial power buyers, not homeowners.
New UCS Analysis Shows Progress and Significant Gaps in Meaningful Engagement in State Air Permitting
A new report from the Union of Concerned Scientists looks at how well states let the public weigh in when polluting facilities like power plants, refineries, and incinerators apply for air permits under the Clean Air Act. These "Title V" permits set limits on how much pollution a facility can release, and federal law requires states to let people comment and request hearings before a permit is approved. The report graded states on how accessible and meaningful that process really is. Most states post permit notices online and allow comments, meeting the bare legal minimum. But the notices are often hard to read, written in technical language without explanation, and few states have a dedicated public-participation staff member. Even when people submit comments, it is often unclear whether or how those comments change the final permit. Only about half the states surveyed could point to a case where public input actually led to a change. Some states, like South Carolina, do better by posting full records of decisions, responses to comments, and the final permit online. For homeowners, this matters most if you live near an industrial facility applying for or renewing an air permit. The report suggests that commenting may do more to document your concerns for the record than to influence the outcome, depending on your state. At the same time, federal regulators have recently pushed to speed up permit reviews and weaken public-comment requirements for some facilities, including data centers, landfills, and asphalt plants, which could further limit opportunities for residents to weigh in on projects near their homes.
First cranberries harvested from bogs with solar panels overhead
Two cranberry bogs in Massachusetts have brought in their first harvests since solar panels went up overhead. The Black Cat Agrivoltaics Project in Plymouth and the Ring Road Agrivoltaics Project in Kingston pair solar panels with active cranberry growing, a setup known as agrivoltaics. Both bogs had sat unused for years because farming them alone no longer paid off. Adding solar power on top gives the landowner lease income from the energy company, while the farmer who manages the crops gets paid for that work on top of selling the cranberries themselves. The projects were built by Distributed Energy Infrastructure for developer Greenbacker Renewables, with close input from the farmer managing the land to make sure construction didn't harm the wetland. Black Cat generates 1 megawatt of power and stores energy in a 2.7-megawatt-hour battery. Ring Road is larger, at 4.4 megawatts with a 13.5-megawatt-hour battery. Both were finalists for the North American Agrivoltaics Awards. This isn't a program homeowners can sign up for, but it points to a broader trend: solar power and farming can share the same land, even in sensitive spots like wetland cranberry bogs. If you have farmland or marginal acreage that isn't paying its way, projects like these show one path other landowners have used to combine crop income with solar lease payments, though the specifics depend heavily on the land and local rules.
FERC approves Duke large load transmission rules despite cost-shift concerns
Federal regulators have approved new rules meant to keep data centers and other huge electricity users from quietly pushing costs onto everyday households. The Federal Energy Regulatory Commission voted 4-1 to approve a plan from Duke Energy Carolinas, which serves about 3 million customers in North and South Carolina. The rules apply when a very large electricity user, like a data center of 100 megawatts or more, needs new power lines or grid upgrades to connect. Under the plan, those large users must pay a significant share of the upgrade costs upfront and over time, rather than spreading the bill across all ratepayers, including homeowners. Several commissioners said the plan is a step forward but still leaves gaps. One commissioner noted that Duke's previous rules had no protections at all for residential and small-business customers from these cost shifts, and said consumer protections remain weak "across the country." Another commissioner dissented, arguing the plan still lacks strong financial guarantees and transparency, and could leave regular customers exposed if a large-load customer backs out or goes bankrupt before covering its share. For homeowners, this is mostly background news about how utilities and regulators are trying to prevent the costs of connecting data centers and similar big power users from landing on residential electric bills. It does not change anything on its own, but it signals that this cost-shifting issue is getting more attention from federal and state regulators, including in other states served by different utilities.
ADH Expands HVAC Distribution Footprint With Purchase of Badger Metals
A company that supplies heating and cooling equipment to contractors has gotten bigger. Advantage Distribution Holdings (ADH) has bought Badger Metals, a Wisconsin-based distributor that supplies HVAC equipment and parts to contractors from branches in Appleton, Fond du Lac, Madison, and Rhinelander. The deal brings ADH's total footprint to 17 locations across seven states. This is ADH's third such acquisition, following earlier purchases of CTC Supply and cfm Distributors. Badger Metals, founded in 1913 and led by father-son team Joe and Josh Welch, will keep its local leadership and brand under ADH's ownership. The Welches will become shareholders in ADH, and Badger's employees will get equity in the larger company, part of what ADH calls its "We All Win Together" approach to ownership. This is a distribution-industry deal, not a change to any specific product, price, or program. Distributors like Badger and ADH sell equipment to the contractors who install furnaces, air conditioners, and heat pumps (electric systems that both heat and cool a home) in houses, so this news doesn't directly change what's available to you or what anything costs. It's a sign of ongoing consolidation among the companies that supply the HVAC trade, but it doesn't affect rebates, incentives, or installation timelines for homeowners planning an upgrade.
To Save Nature, Countries Should Eliminate Subsidies That Harm Forests
A new analysis finds that European and UK governments are paying billions of euros a year to industries that harm forests, even as the same countries have signed on to global goals to cut this kind of funding. The report, commissioned by the environmental group NRDC, looked at Austria, Belgium, Denmark, Finland, France, Germany, Hungary, Ireland, Italy, Latvia, the Netherlands, Poland, Spain, Sweden, the UK, and the European Commission. It found these governments handed out 16 billion euros in 2024 to bioenergy and other forest-harming industries, with a similar 18 billion euros a year flowing out from 2023 through 2025, showing little sign of change. Much of the money subsidizes biomass power plants, which burn wood for electricity. Despite producing more emissions than fossil fuels, this wood burning is classified as renewable and carbon-free, letting the industry skip taxes it would otherwise owe on carbon markets. Billions more go to agriculture, logging, housing, and road building, activities tied to forest loss both in Europe and in the countries these nations import from, including deforestation in South America linked to growing soy for cattle feed. This story is about government policy in Europe and the UK, not a direct program homeowners can tap into. But if you rely on wood pellets, wood chips, or biomass heating, it's worth knowing that these fuels are treated as "carbon-neutral" under current rules, even though researchers and advocacy groups dispute that label on climate grounds.
Tesla’s China business is flipping: sales down 12%, exports double
This is really a story about Tesla's business in China, not something that changes what's available to you as a homeowner here. Tesla's car sales to Chinese buyers have fallen nearly 12% this year, while the number of cars it builds in Shanghai and ships to other countries has more than doubled. Almost half of everything Tesla makes in China now gets exported elsewhere, including to Canada under a new import arrangement, rather than sold to local buyers. The bigger development is that China's government is cutting a tax rebate automakers get on exported electric vehicles, dropping it from 13% to 9% starting April 2027. That rebate refunds tax paid on goods once they leave the country, so a smaller refund means a real cost increase per car for any manufacturer exporting from China, Tesla included. Estimates suggest this could add somewhere around $1,200 per vehicle in added cost for Tesla specifically. For American homeowners, there's no direct link to home energy upgrades or rebates here. If this does eventually affect Tesla vehicle prices in markets like Europe or Canada, it's not described as touching U.S. pricing or availability. It's worth knowing as background on how global EV manufacturing and trade policy are shifting, but it doesn't change anything about home electrification incentives, heat pumps, or weatherization programs available to you right now.
Is TOYO correct – the U.S. is done building modules?
A solar manufacturer, TOYO, recently marked the opening of an expanded factory in Humble, Texas, for making solar panels (called modules). At the same event, the company's leaders said something notable: U.S. factories can now make roughly twice as many solar panels as the country actually needs each year, based on a demand estimate of about 43 gigawatts annually through 2031. Their conclusion was that the U.S. does not need any more panel-making capacity built. That claim is being challenged. The argument against it is that simple capacity numbers do not tell the whole story. Demand for solar panels is expected to climb sharply over the next decade, driven largely by huge solar farms built to supply power-hungry data centers and artificial intelligence computing. A better way to judge whether the U.S. needs more factories, the counter-argument goes, is to look at the actual contracted orders held by domestic panel makers, not just their theoretical maximum output. For a homeowner, this is less about your next project and more about the bigger picture of where American solar panels come from. As U.S. factories ramp up, it affects pricing, supply, and incentives tied to domestically made equipment, including rules around existing manufacturing tax credits. The debate over how much capacity the country truly needs will shape how much money flows into new U.S. panel and cell production over the next several years, which can in turn affect the cost and availability of panels for home solar installations down the road.
EcoFlow early-bird TITAN series whole-home backup system deal, Mars 3.0 e-bike at new $1,099 low, Anker solar wall light cam, more
EcoFlow is offering an early-bird deal on its new TITAN Series Whole-Home Backup System, a setup meant to keep your whole house running during a power outage. For a $50 deposit, you can lock in a spot before the system officially launches in November. EcoFlow also has a separate 48-hour flash sale running, including a DELTA Pro Power Station bundled with a 400-watt solar panel for $2,279, plus other power station deals starting at $689. For homeowners looking at smaller upgrades, Anker's eufy Solar Wall Light Cam S4, a security camera with a built-in light powered by solar, is on sale starting at $200. Greenworks also has a 40-volt, 12-inch cordless electric snow shovel kit at a new low price of $240, useful if you're looking to swap out gas-powered yard equipment for battery-powered tools ahead of winter. A few other deals round things out: Heybike's Mars 3.0 folding e-bike, which has full suspension, dropped to a new low of $1,099. Segway's GT3 electric scooter is also at its lowest price yet, and Anker has an exclusive deal on its SOLIX F3000 power station bundle, expanded to 6,144 watt-hours of storage. These are all limited-time sales, so prices and availability could change.
U.S. battery developer to test Australian vanadium
An Australian mining company, AVL, has agreed to supply vanadium for testing by a U.S. battery developer, Tyfast Energy. The two have signed a preliminary, non-binding agreement to evaluate whether AVL's vanadium oxide can be used in Tyfast's lithium vanadium oxide battery technology, with an eye toward a future supply deal. Tyfast's batteries are built for fast charging and durability rather than typical home use. The company reports charging to over 80 percent in under six minutes at room temperature, and in under 11 minutes even at -20°C, in small test cells. It has also shown the batteries can handle more than 10,000 charge cycles and work across a wide temperature range, from -40°C to 70°C. These traits point toward heavy-duty uses like defense equipment, construction machinery, and large trucks, where long charging times and extreme conditions can wear out conventional batteries faster. The agreement covers testing vanadium samples, running lab and pilot-scale trials, and possibly testing the batteries in real equipment like mine vehicles or fleets. If that goes well, the companies could move toward larger demonstration projects and eventually a longer-term supply contract. This is early-stage industry news about battery materials and heavy-duty equipment, not a product or technology aimed at houses. It does not involve home batteries, solar storage, or any rebate program, so there is nothing here that changes options for home energy upgrades right now.
Jackery steps into RVs with built-in 2 kW solar and 45 kWh storage
Jackery, known for portable power stations and home backup batteries, is moving into the travel trailer market. The company has partnered with Pebble, a California trailer maker, to offer a solar add-on for the upcoming 2027 Pebble Flow, an electric travel trailer. The option adds four 500-watt solar panels, cables, and a connection kit that plug into the Pebble Flow's built-in power system. That system already includes a 45 kilowatt-hour battery (using lithium iron phosphate, or LFP, cells known for durability) and can take in up to 4 kW of solar power total. With Jackery's panels deployed, the trailer gets about 2 kW of added solar charging while parked. The battery can also send up to 12 kW of power out, to a house, another RV, or an electric tow vehicle. This solar package is a $4,000 option on top of the Pebble Flow Founder Edition's $189,000 price tag. Jackery is not supplying the trailer's main battery, just the solar hardware. The hardware is expected to start shipping in December 2026. For most homeowners this is simply a sign that home battery and solar brands are expanding into vehicles built for off-grid living and power sharing, not a product tied to home energy upgrades or rebates. If you already use a Jackery power station or are curious about electric trailers that can back up your house during an outage, this is worth watching, but it does not affect current home weatherization or rebate programs.
A federal program to restore forests after disaster has gotten too many funding requests
A federal program that helps landowners restore forests after disasters has run out of money to pay new claims. The Emergency Forest Restoration Program, known as EFRP, covers up to 75 percent of the cost of clearing damaged trees, replanting, and managing invasive species after storms or other disasters. The USDA confirmed that requests for aid nationwide now exceed the funding available. This matters most to anyone with wooded property that has been hit by a recent disaster. In Michigan, landowners have been waiting since last year to find out if they'll get reimbursed for restoring forests damaged by a severe 2025 ice storm, which affected about 3 million acres across 12 counties. Similar backlogs are happening in Minnesota after a windstorm there. The USDA says landowners can start restoration work before getting approved, but they do so "at personal expense," since payment isn't guaranteed. For expensive work like replanting, which can cost hundreds of thousands of dollars, many are stuck waiting rather than risk paying out of pocket. Congress set aside $357 million for the program in 2024, meant to last until spent, but demand from hurricanes, flooding, pest infestations, and storms across several states has outpaced it. Congress passed a law this summer allowing advance payments to speed things up in the future, though it's unclear yet how that will affect pending applications. If you own forested land that's been damaged by a recent disaster, it's worth checking with your state's Farm Service Agency office on the status of funding and whether starting repairs now could affect your eligibility later.
Tesla pauses Model 3 orders in Canada amid China EV quota
This is Canada news, not US, but worth knowing if you're cross-border shopping or just tracking EV prices. Tesla has stopped taking orders for the Model 3 Premium in Canada, the lower-cost version built in Shanghai that had been priced at $39,490 CAD, roughly what a base Camry costs. Tesla says it used up its allotment of permits under Canada's import quota for Chinese-made EVs and doesn't expect to reopen orders until March 2027. Right now the only Model 3 you can order in Canada is the pricier Performance version. Canada's own tracking numbers tell a different story: of the 49,000 permits available for Chinese-made EVs this year, only about 16,000 have been used, leaving two-thirds of the quota untouched. One theory is that the government quietly set aside part of the quota for other automakers like BYD and Geely, who are still building out their Canadian networks, rather than letting Tesla claim it all. For homeowners thinking about an EV purchase, the takeaway is that the cheapest Model 3 option in Canada is on hold until spring at the earliest, and it's unclear whether that's a hard supply limit or a policy decision by the Canadian government. If you're in Canada and had been waiting for that lower price, you may want to watch for updates as the situation develops.
Europe Should Learn From South Korea’s Hydrogen Station Failure
Europe is requiring hydrogen fueling stations every 200 kilometers along major highways by 2030, part of a plan to get hydrogen-powered trucks on the road. Building this network is expected to cost around €2.1 billion. The idea is that trucking companies won't buy hydrogen vehicles without reliable places to refuel, but stations won't get built without customers to use them. South Korea tried the same approach years ago, and the results raise doubts. By last August, the country had built nearly 75 percent of its planned hydrogen stations, but hydrogen vehicle sales reached only 16 percent of the target number. Of 258 active stations, over 80 percent needed government help to cover operating losses, and some newer stations have already shut down. One station serving hydrogen buses did break even, but that worked because buses return on a predictable schedule and use a lot of fuel — very different from a highway station built just to satisfy a spacing rule. This is a policy and industry story rather than something that changes anything for your own home. Hydrogen refueling applies to trucks and buses, not household energy use, and nothing here affects home heating, electrical upgrades, or rebate programs. The broader lesson — that building infrastructure doesn't guarantee the market shows up to use it — is worth knowing if you follow energy news, but it has no bearing on decisions homeowners make about insulation, heat pumps, or electric upgrades.
40% of Volkswagen Group’s European Orders Were 100% Electrics Last Month
Volkswagen Group says electric vehicles now make up about 40 percent of its European order book, up sharply from earlier this year. In actual deliveries, one in five vehicles the company handed over in Europe in the past quarter was fully electric, and Volkswagen Group now accounts for nearly a quarter of all plug-in vehicle sales in Europe, well ahead of its nearest rival. The company points to high fuel prices and a new lineup of cheaper electric models as the main reasons buyers are switching. That cheaper lineup, called the Electric Urban Car Family, includes the VW ID. Polo, ID. Cross02, Škoda Epiq, and Cupra Raval. Together they have drawn nearly 150,000 orders since launch, and Volkswagen says electric order intake in Europe jumped more than 60 percent in the most recent quarter compared with a year earlier. For anyone shopping for a smaller, lower-cost electric car in Europe, this signals that more affordable models are now reaching dealers in volume, rather than staying stuck at the luxury end of the market. The picture is different elsewhere. Volkswagen's electric sales in China are recovering with new locally built models, but the overall China market is shrinking fast. In the United States, the company's electric vehicle deliveries fell 78 percent after federal subsidy programs expired and import tariffs stayed high. So while European buyers are seeing more and cheaper electric choices from Volkswagen, American buyers are facing a thinner, pricier lineup for now, shaped by the loss of those earlier purchase incentives.
DIY Weekend Projects That Make a Noticeable Difference
This roundup of weekend DIY ideas isn't about energy upgrades, but a few projects touch areas that matter for home efficiency and upkeep. Refreshing the silicone sealant around a sink can keep water from reaching vulnerable joints, though the piece is clear that active leaks, damp, or recurring mould need a real fix, not a cosmetic one. Wall storage and shelving projects call for checking what's hidden in the wall, like cables and pipes, before drilling, which is worth remembering if you're ever tempted to mount something near wiring or plumbing. The bigger point for homeowners is about scope: these are cosmetic, low-cost jobs meant to take a few hours to a day, things like painting an accent wall, swapping cabinet handles, organizing a drawer, or setting up better lighting with plug-in fixtures. None of it involves rewiring, gas lines, structural changes, roofing, or serious waterproofing. The guidance is blunt that those jobs carry real safety and insurance risks and need a qualified professional to look at them first, especially if hidden wiring or load-bearing structure is involved. If you're weighing a weekend project list against actual home performance work, like air sealing, insulation, or a heat pump, this piece isn't the source for that. It's aimed at making a room look better and function better day to day, with a reminder to budget for the full cost of materials, check lease or building rules before altering anything, and know where cosmetic work ends and a professional job begins.
Lectric launches lighter, lower-cost version of its bestselling urban e-bike: Lectric XPress Lite
This one's off-topic for home energy upgrades, but here's the news: Lectric eBikes has released a new commuter e-bike, the XPress Lite, priced at $1,099. It's a lighter, cheaper version of the company's popular XPress2 model, aimed at city riders who want something easy to carry up stairs or lift into a car. The bike weighs 45.6 pounds with the battery removed. The XPress Lite runs on a 500-watt rear hub motor, an eight-speed Shimano drivetrain, and hydraulic disc brakes. It has a torque sensor (which adjusts power based on how hard you pedal) and lets riders switch to a cadence sensor (which adds power based on pedaling speed rather than effort) — useful for anyone who wants an easier ride or has limited pedaling strength. The tires come pre-filled with a sealant that helps prevent flats from punctures. The battery holds 375 watt-hours and is rated for up to 45 miles of pedal-assist range, though actual range depends on terrain, rider weight, and assist level used. It can be set up for Class 1, 2, or 3 e-bike operation depending on local rules. The bike comes in four colors and uses a step-through frame design that makes it easier to get on and off. It's part of Lectric's broader strategy of offering lower-cost, lower-weight options alongside its higher-powered models, giving riders who mainly want an affordable commuter bike a lighter, cheaper alternative to full-featured urban e-bikes.
BMW’s new iX1 looks like a baby iX3 [Images]
This is a car industry story, not a home energy upgrade. It covers BMW's redesign of its small electric SUV, the iX1, which was spotted testing with styling that borrows from the larger iX3. The car will move to BMW's new "Neue Klasse" electric platform, which the automaker says brings better driving range, efficiency, and faster charging compared to the current model. The interior is also getting an overhaul with bigger screens and updated technology. None of this applies to US homeowners directly, since BMW has no plans to sell the iX1 here. The company's electric models already on sale in the US under this new platform are the iX3 and i3, both starting at $61,500. BMW has also said it plans to launch a smaller, more affordable electric model, likely called the i1, in 2028. For anyone tracking electric vehicles as part of a broader home energy plan, such as pairing an EV with home charging or solar, this is simply a preview of upcoming BMW models overseas rather than something that changes what is available to buy or charge at home right now. There is no new rebate, charging incentive, or program mentioned here. If you are weighing an EV purchase alongside home charging equipment, the relevant facts for now are the existing iX3 and i3 prices, not the iX1, which will not be sold in the US.
Chevy hikes Blazer EV prices, pushing it over $45,000
Chevy has raised prices on its electric Blazer for the 2027 model year. The base Blazer EV LT now starts at $45,000, up $300 from last year, or $46,795 once you add the $1,795 destination fee. The sportier RS trim also went up $300, to $52,595, while the top SS trim holds steady at $62,495. Adding all-wheel drive costs another $3,000 on the LT and RS; the SS already comes with it standard. On range, the LT and RS use an 85 kWh battery good for up to 312 miles with front-wheel drive, or 283 miles with all-wheel drive. The SS uses a bigger 102 kWh battery rated at up to 302 miles. All 2027 Blazer EVs now have a built-in NACS charging port, so they can plug into Tesla Superchargers without an adapter, and an upgraded Bose sound system is now optional on the LT and RS, not just the SS. Even with these updates, the Blazer EV costs more than rivals like the Tesla Model Y, Toyota bZ, and Hyundai IONIQ 5, though it offers more interior space. Sales have also dropped sharply, down nearly 80 percent this year, since the federal $7,500 EV tax credit expired. If you're shopping for an electric Blazer, the better deals right now are likely on the outgoing 2026 models rather than the newly priced 2027 lineup.
Reinforcing the ETS SMAP to Guarantee Long-term Shipping Decarbonisation
This news is about European Union policy on shipping fuel, not something that touches home energy upgrades. A group called Transport & Environment is pushing the European Commission to strengthen a funding mechanism known as SMAP, which sits inside the EU's carbon market for ships (the ETS). The plan would direct around €15 billion between 2028 and 2040 to help shipping companies switch from fossil fuels to cleaner "e-fuels," synthetic fuels made using renewable electricity. The group argues the current proposal leans too heavily toward covering the price gap between e-fuels and other alternative fuels, but doesn't do enough to get e-fuel production projects actually built. Because e-fuel plants are expensive to build, producers need long-term contracts with shipping companies to justify the investment, and the group says the current rules won't deliver that. They're asking EU negotiators to set aside a larger share of SMAP funding specifically for e-fuels and to add a "book-in-advance" option, a way for shipping companies to commit to future fuel purchases, that would make these projects easier to finance. This is a policy debate about ocean shipping, not home energy systems, heat pumps, or insulation. It has no bearing on rebates, upgrade costs, or anything happening at a homeowner's house. If you're tracking EU climate and energy policy generally, it's worth knowing the shipping industry's path to cleaner fuel is still being worked out in Brussels, but it doesn't affect residential energy programs.
BYD launches luxury Han EV with more than 1,000 km of range, starting at $35,000
This is car news, not a home energy story, but here is the gist. BYD, the Chinese automaker, just launched a new electric sedan called the Great Han in China, starting at roughly $35,000. It's a luxury flagship model with a battery that can take it over 1,000 kilometers (about 626 miles) on a single charge in its base version, using Chinese test standards that tend to run higher than US ones. The car comes with a large battery pack, fast-charging tech that BYD says can take it from 10% to 70% charge in 5 minutes, and extras like adjustable air suspension and rear-wheel steering. It's roughly the size of a Mercedes S-Class and sits alongside BYD's other flagship SUV in its luxury lineup. For now, this is a China-market release with no mention of US availability, pricing, or timeline. BYD vehicles are not currently sold in the US, so this does not affect what electric vehicle options, chargers, or incentives are available to American homeowners today. If you're weighing a home EV charger or solar setup against your own driving needs, this news does not change anything about your options or your utility bill. It's more a sign of how competitive and fast-moving the EV market is in China, where battery range and charging speed are advancing quickly.
Volkswagen’s new ID. Buzz will be more affordable, and it’s bringing ‘lots of secret sauce’
This isn't really a home energy-efficiency story, but here's what it covers for anyone tracking electric vehicles: Volkswagen says it's developing a cheaper version of its electric minibus, the ID. Buzz. The current model starts around $60,000 and only goes up to 234 miles on a charge. VW's brand CEO said the vehicle is "in the wrong cost base" and confirmed the next version will cost less. The new ID. Buzz will be built on Volkswagen's upcoming Scalable Systems Platform, a shared design meant to cut costs across its EV lineup. It should bring longer driving range, faster charging, and updated software, along with the return of physical buttons inside (replacing some touch controls). VW also hinted the cheaper price could come from switching to lithium iron phosphate (LFP) batteries, a battery chemistry that's generally less expensive than the type used now, though sometimes with a tradeoff in range. VW's design chief said the redesigned van will keep a distinctive look rather than fading into a generic van shape. No launch date has been set. Volkswagen's SSP platform, originally expected in 2026, is now targeted for "the end of the decade," and the new ID. Buzz would follow after that. In the US, the current ID. Buzz has already been pushed back to the 2028 model year, and sales have dropped sharply, with Volkswagen selling 432 units in the third quarter, down from nearly 2,500 a year earlier. The company says it is not canceling the model for the US market.
The Citroen 2 CV Is Back And Ready For The 21st Century
This one is not about home energy upgrades, but about a car, so here is the short version for anyone curious. Citroen has revealed a concept version of its classic 2 CV, this time as a battery electric car. The original 2 CV was a cheap, simple car built after World War II in France, and more than 5 million were sold between 1949 and 1990. The new concept, shown at the Paris Motor Show, is small (about 12 feet 4 inches long), designed to be light and affordable, with a cloth roof and a stripped-down interior meant to keep weight and cost down. Less weight means the car can use a smaller, cheaper battery. The production version is still at least two years away and is expected to cost around 15,000 euros. It will be built to meet a future European standard for small electric cars called M1E. No battery range, charging, or power details have been released yet. Citroen describes it as a short-range, low-cost city car rather than something for long road trips. None of this affects home energy upgrades, rebates, or weatherization programs. If you are weighing an electric vehicle purchase, this is a preview of a future European model, not something available to buy yet, and there is no word on whether or when it might come to the United States.
Rivian’s Mind Robotics snags Doug Field, ex-Tesla and Ford EV chief
This is corporate and tech news, not directly about home energy upgrades. Rivian, the electric vehicle maker, has brought on Doug Field, an engineer who previously ran Tesla's Model 3 program and later led Ford's electric vehicle division, to serve as president of Mind Robotics. Mind Robotics is a startup spun out of Rivian that builds AI and robot hardware for factory work, and it has raised over $1 billion in funding in less than a year from investors including Eclipse, Accel, Andreessen Horowitz, and Kleiner Perkins. Field will oversee product, engineering, and operations alongside Rivian's CEO. The company plans to test its robots in Rivian's own vehicle plant in Normal, Illinois, where the R2 model is currently ramping up production. Mind Robotics has not shown a product publicly and hasn't said whether its robots will look humanoid, unlike Tesla's competing Optimus robot program, which has faced repeated delays. For a homeowner, this story has no direct bearing on energy-efficiency upgrades, utility bills, or home rebate programs. It's worth knowing mainly as a sign of how much money and talent is flowing into robotics and automation tied to electric vehicle manufacturing, which could eventually affect how EVs and other products are built, but it doesn't change anything about home heating, cooling, insulation, or available incentives right now.
The BMW i3 is nearly $80 less a month to lease than the new iX3, but it’s the same price
This is about new electric vehicles, not home energy upgrades, so it doesn't bear on your house or heating and cooling costs. Still, here's what's happening for anyone cross-shopping an EV. BMW has opened orders for its 2027 i3 sedan, which joins the iX3 SUV already on sale. Both are built on BMW's new Neue Klasse electric platform and share the same 108.7 kWh battery, an 800-volt electrical system, and a NACS charging port (the same plug used by Tesla's network). They can fast-charge from 10% to 80% in about 21 minutes. The i3 gets up to 468 miles of range, a bit more than the iX3's 434 miles, likely because the sedan is lower and more aerodynamic than the SUV. Both models start at the same price, $61,500, but leasing them costs differently. BMW's online payment estimator lists the i3 at $784 a month and the iX3 at $862 a month, both for a 36-month lease with $4,999 due at signing. The gap comes down to dealer contributions and credits baked into BMW's estimate, not the sticker price. The iX3 currently comes with a 4.99% financing rate for 60 months plus a possible $500 loyalty discount; the i3, having just gone on sale, doesn't have special lease or financing offers yet, though those may show up soon. If you're considering either car, lease and loan terms can shift quickly, so current pricing is worth checking directly rather than assuming it will hold.
A new gas line or cash to electrify? California lets households choose.
California has a new law that changes what happens when your gas utility needs to replace the pipe that runs from the street to your house. Right now, utilities just dig up the yard and install a new line, often costing $20,000 to $30,000, a cost spread across all gas customers' bills. Under the Home Energy Choice Act, utilities will instead have to offer households facing a line replacement a choice: get the new gas line, or take a cash incentive, potentially worth several thousand dollars, to switch to electric equipment instead, such as a heat pump, induction stove, or heat-pump water heater. The incentive is meant to cost less than a new pipe, with the difference saved by all gas customers. The law caps these programs at 1% of a utility's customers and is set to expire in 2035 unless renewed. Incentive amounts, and extra money for households in disadvantaged communities, still need to be worked out by the California Public Utilities Commission, with utilities required to get their programs approved by January 1, 2028. It's also not yet decided how much advance notice homeowners will get before a scheduled line replacement, which matters since that's the window to request the payout instead. California is the first state to require this approach, though a New York City utility and a Colorado utility already offer similar deals, and other states, including Illinois, Maryland, Minnesota, Oregon, and Washington, are considering their own versions. If you're in California and your gas line is due for replacement in the next couple of years, this program may eventually affect what options your utility offers you.
With scaled-back plans, green banks navigate Trump’s funding freeze
Green banks — organizations that use public money to make clean energy loans more affordable, especially for borrowers that regular banks consider too risky — have kept lending despite losing much of their federal funding under the Trump administration. A coalition called the Green Bank 50, covering 48 green banks nationwide, says its members put $1.4 billion of their own money plus $11 billion in private capital into more than 40,000 projects in 2024 and 2025. That included things like low-interest loans for home solar, heat pumps, and efficiency upgrades. The bigger federal programs behind much of this work have been in limbo. The Greenhouse Gas Reduction Fund, created by the 2022 Inflation Reduction Act, had offered $20 billion in green bank grants and $7 billion more through Solar for All. The Trump administration canceled both last year. Federal judges have since ruled those cancellations unlawful, but the money hasn't been released, and the administration is expected to appeal. Without it, green banks have had to lean more on private lenders, credit unions, and philanthropic funders, and take on fewer high-risk projects. One example that kept moving: Montgomery County Green Bank in Maryland launched a $4 million program in March 2026 offering homeowners loans for rooftop solar, heat pumps, and other upgrades, with solar loans at a subsidized 2.99% rate for the first 15 years. Programs like this vary by state, so what's available near you depends on whether your state or county runs a similar green bank.
Cooling Equipment Shipment Growth Hits 7-Month Streak
Manufacturers shipped more cooling equipment again in August, continuing a run of growth that's lasted seven months straight. Combined shipments of central air conditioners and heat pumps hit 756,739 units nationwide, up 11.4% from the same month last year. Air conditioners alone grew faster than heat pumps this time, up 17.2%, while heat pumps rose a more modest 5%. Still, heat pumps now make up 44.7% of all cooling equipment shipped, a share that's climbed steadily from 31% a decade ago. That shift matters for homeowners because it shows the equipment industry is building and stocking more heat pumps than ever, a trend that makes them easier to find and increasingly treated as standard cooling equipment, not just a winter heating option. On the heating side, gas furnace shipments dipped slightly while oil furnaces kept up a recent rebound, rising 27% from last August even though they remain a small slice of the market compared with gas. Water heater shipments slipped too, with both gas and electric storage models down slightly from last year, though electric units still outsell gas ones overall. None of this changes what any one household needs to do about their own aging furnace or water heater. But the broader pattern, more heat pumps shipped every month this year, suggests continued availability and manufacturer investment in that technology, which is worth keeping in mind if you're weighing a heat pump for your next cooling or heating upgrade.