Energy efficiency news.
Rebate updates, policy changes, and technology developments — aggregated from 50+ sources, AI-enriched, and scored for relevance.
The Fight for Environmental and Climate Protections Continues
Federal environmental rules are shifting on a few fronts, though none of this changes rebate programs or upgrade incentives directly. The Roadless Area Conservation Rule, in place since 2001, blocks new road construction in undeveloped national forest land to limit logging and protect wilderness. The Department of Agriculture is now moving to remove this rule, arguing it hinders wildfire response. Critics counter that more road access tends to bring more human-caused fires and fragments habitat for wildlife. Separately, the Environmental Protection Agency has said power plants that don't feed the public grid may be able to skip certain federal pollution limits, including rules from the Clean Air Act's Acid Rain Program, if they're supplying electricity to data centers. The stated goal is to speed up buildout of AI computing infrastructure. For homeowners, this doesn't affect home energy programs directly, but it signals looser pollution oversight for a fast-growing category of large electricity users, which could affect regional air quality and grid demand over time. On a more hopeful note, former staff from the National Oceanic and Atmospheric Administration have launched Climate.us, a replacement for the federal Climate.gov site, which stopped updating in June 2025 after a government order shut it down. The new site aims to keep climate data public and independent of political control, so it can't be taken down in future administration changes. None of these developments change any specific rebate, deadline, or program a homeowner can currently use, but they reflect broader rollbacks in environmental oversight worth watching.
Minnesota college to add zinc battery to extensive green energy portfolio
The University of Minnesota Morris is adding a large battery to its campus energy setup: a 1-megawatt, 6-megawatt-hour zinc battery from a company called Eos. The battery is expected to be up and running in 2027 and is paid for by a state grant from Minnesota's Legislative-Citizen Commission on Natural Resources. It's designed to handle cold northern winters without needing much extra heating or cooling equipment to keep it working. The local utility, Otter Tail Power, will own and run the battery, and it will connect directly to the utility's grid rather than just serving the campus alone. Minnesota's Public Utilities Commission approved the project in March 2026. Software from a company called OATI will control when the battery charges and discharges based on grid needs. The university plans to study the battery's performance over its expected 20-year life, using the campus as a kind of test community since it has steady, city-like electricity demand from nearly 1,500 people a day. This battery joins other energy projects already on campus, including a lithium-ion battery, thermal storage, wind turbines, solar panels, and a solar-plus-farming setup. For homeowners, this isn't a program you can sign up for, but it's a sign that utilities are testing longer-lasting battery technology that could eventually support grid reliability in small towns and communities beyond just this one campus.
Drones are the next big security challenge for critical infrastructure
This story is about grid security, not home energy upgrades, but it touches on the power system that serves your house. Utility companies increasingly use drones to inspect power lines and pipelines, but the same technology lets bad actors fly over substations, refineries, and other sensitive sites to scout for weaknesses, often undetected. A federal safety tracking system called Remote ID, which requires drones to broadcast their location like a digital license plate, only catches about 20% of flights, since operators can simply turn it off. The Federal Aviation Administration has proposed a rule, called Section 2209, that would let certain critical facilities request no-fly zones around their sites. Utilities are also being pushed, after a security exercise called GridEx VIII, to get better at spotting and tracking drone activity near their equipment, using tools like radio-frequency detection that can find a drone regardless of whether it broadcasts its location. None of this changes anything a homeowner needs to do. It is about how utilities protect the power plants, substations, and pipelines that keep electricity flowing to your home, not about home security or equipment. If new flight restrictions or detection systems get put in place near infrastructure in your area, it would show up as a utility or regulatory matter, not something that affects your household budget or upgrade plans.
Delaware Governor Signs First-of-its-Kind Bill to Power Data Centers with Clean Energy
Delaware Governor Matt Meyer has signed a set of laws aimed at keeping the cost of new AI data centers off homeowners' electric bills. The main bill requires data centers built in the state to power themselves with clean energy, pay their full share of electricity costs, and help fund upgrades to the electricity grid that their operations require. A separate law gives the Delaware Public Service Commission, the state agency that oversees utilities, more power to limit rate increases and demand more transparency from utility companies about their finances. The push comes as energy costs have been climbing in Delaware, driven partly by natural gas prices more than doubling and partly by the surging power demand from data centers. Supporters say the new rules make Delaware the first state to require data centers to bring their own clean energy, the first to lock in an agreement guaranteeing utilities aren't stuck covering data center costs, and the first to let utilities decline to supply power to these large operations if doing so would harm regular customers. For homeowners, this is really about who pays when a data center moves into the neighborhood. Historically, the costs of expanding grid capacity for these massive power users can get spread across all utility customers through rate hikes. Delaware's new laws are designed to shift that cost burden onto the data center companies instead. If you live in Delaware, this could mean some protection from bill increases tied to data center growth, though the article does not detail how soon customers might see any difference.
Kia EV3 To Give Americans A Cheap Electric Car Option
Kia is bringing a new small electric car, the EV3, to the US market, giving buyers a rare low-cost option at a time when few new EVs are launching here. The base model starts at $31,385 and comes with about 220 miles of range. Every trim above the base offers 321 miles of range instead, and prices climb from there, topping out at $47,385 for the highest trim, the all-wheel-drive GT version. The EV3's starting price is higher than the Chevrolet Bolt's, but the Bolt is expected to leave the market soon, which could eventually make the EV3 the cheapest new electric car sold in the US. For a homeowner thinking about home charging, this matters mainly if you're weighing whether an EV fits your budget alongside other electric upgrades to your house, like a heat pump or added home charging equipment. A sub-$32,000 starting price is notable in a market where most new EVs skew toward premium pricing. The car's price and range options are set for now, but broader EV incentives have been shrinking, so it's worth checking what federal or state support, if any, still applies before you buy.
The hidden water liability of AI data centers
A new report puts a number on something most people never think about: the water used to make the electricity that powers AI data centers. Most of that water isn't for cooling the buildings themselves, but for generating the power that runs them, especially from fossil fuel, nuclear, and hydroelectric plants. In Virginia, electricity for data centers used an estimated 21 times as much water in 2024 as the entire city of Washington, D.C. The report, from the nonprofit Ceres, looked at seven states with more than half the country's data centers. California topped the list at nearly 1.4 trillion gallons, largely because it relies heavily on hydropower. Ohio, Georgia, and Virginia drew most of their water use from natural gas, coal, and nuclear plants. Texas used less water overall thanks to its mix of wind and solar. Arizona and Illinois stood out as the states most vulnerable to water stress and drought, raising questions about whether that risk is being weighed when companies decide where to build new data centers. None of this changes anything about your own home directly, but it's a reminder that the electricity grid, its water needs, and its strain in different regions are getting more attention as AI computing demand grows. Researchers say water use tied to data center power is doubling every year and could make up most of the industry's water footprint by 2030, and they're pushing companies to disclose more about it since clear standards for measuring the impact don't yet exist.
New rules let PepsiCo integrate emissions certificates into its carbon accounts
This is corporate climate news with no direct connection to home energy upgrades, but here's what happened: PepsiCo has started using a new accounting method to lower the emissions numbers in its sustainability reports, thanks to rule changes from two organizations that set climate-tracking standards for big companies. The company can now use "environmental attribute certificates," a kind of credit that lets a company fund emissions-cutting projects at its suppliers and count the savings toward its own targets, even without proving a direct link to those suppliers. PepsiCo used this approach to fund regenerative farming projects and to help packaging suppliers switch to renewable energy, shaving roughly 840,000 metric tons of carbon dioxide equivalent off its reported supply-chain emissions. Separately, new accounting rules for farm and land-related emissions let PepsiCo count about 320,000 metric tons of carbon removal on its books. PepsiCo is on track to hit two of its three 2030 climate goals, covering its own operations and its farming and land emissions, but is still behind on cutting emissions tied to electricity and industrial activity across its supply chain, which is its biggest source of emissions. The company plans to keep leaning on these credit-based tools, including a deal to buy certificates tied to low-carbon fertilizer production in Iowa. None of this changes anything about home energy programs, rebates, or equipment. It is a look at how large companies are adjusting their own carbon bookkeeping rather than a development that affects household upgrades or costs.
Solar carport + battery to save California county $21 million in energy costs
Ventura County, California, is finishing a large solar and battery project at its County Government Center. A solar canopy over parking areas will generate 5.8 megawatts of power, paired with a 1.9-megawatt battery to store it. The company building and running the system, ForeFront Power, says the setup will save the county more than $21 million in energy costs over 20 years. The county isn't paying anything upfront. Instead, it signed a power purchase agreement, or PPA, meaning ForeFront Power owns, builds, and maintains the solar and battery system, and the county buys the electricity it produces at a set, predictable price for two decades. The county had already been buying renewable electricity through a community program, but generating and storing power on-site is expected to be cheaper and also gives it more backup power in case of outages. This is a public project, not something homeowners can sign up for directly. But it's a real-world example of how solar-plus-battery systems paired with a PPA work: someone else covers the installation cost and upkeep, and the property owner locks in lower, steadier energy bills for years. The same basic arrangement — no upfront cost, fixed long-term pricing — is available to some homeowners through residential solar leases and PPAs, though terms and availability vary by state and provider.
Chemical Spill at Duke Energy Plant in Florida Highlights Risks of Fossil Fuel Infrastructure
On August 20, Duke Energy told Florida regulators about a chemical spill at its Anclote Power Plant in Holiday, Florida. About 3,200 gallons of sodium bisulfite, a chemical that can strongly irritate skin and tissue, leaked onto soil and asphalt around the plant. Duke and the Florida Department of Environmental Protection say the spill did not reach the nearby Anclote River. The incident has drawn criticism from environmental groups. Sierra Club Florida's chapter director said people living near the plant shouldn't have to worry about spills threatening their health, and called for transparency about what caused the leak, its full environmental impact, and what Duke plans to do to prevent it from happening again. The CLEO Institute's policy vice president pointed out that 90% of Duke Energy Florida's power comes from fossil fuels, arguing the spill is another reason to shift toward cleaner energy sources. For homeowners, this spill is a reminder that the power plants supplying electricity carry their own environmental and safety risks, separate from anything happening inside your house. It doesn't come with a rebate program or a deadline to act on. But if you're weighing energy upgrades like a heat pump (an electric heating and cooling system) or rooftop solar, incidents like this are part of the broader case some advocates make for relying less on fossil-fuel power plants and more on cleaner alternatives at the source.
Save up to $701 on Bluetti power station + alternator charger bundles, Lectric 24-hour e-bike pet accessory 25% off flash sale, more
This roundup covers a batch of gadget and yard-equipment sales, mostly geared toward backup power and outdoor gear rather than home energy upgrades. Bluetti has a 72-hour flash sale on power station and alternator charger bundles, with savings up to $701 and bundles starting at $629, plus a separate deal on its 288Wh Elite 30 V2 portable power station for $219. These portable stations can serve as backup power for small appliances or outages, though they are not a substitute for whole-home backup systems. Lectric is running a 24-hour flash sale with 25% off pet accessories for its e-bikes, starting at $44, alongside its ongoing Labor Day e-bike sale. On the yard-equipment side, there is a Greenworks 60V 21-inch cordless self-propelled mower bundled with two batteries for $440, a fluctuating discount on an EGO 26-inch hedge trimmer, and deals on a dual-chamber compost tumbler and an outdoor HomeKit-compatible smart plug (a plug that lets you control outdoor outlets from your phone or a smart-home app). The piece also flags leftover deals from the past two days, including an EcoFlow Labor Day sale on power stations with discounts up to 58%, starting at $169. None of these are tied to rebates or energy-efficiency programs — they're straightforward retail discounts on portable power, e-bike accessories, and lawn equipment that may interest homeowners looking to save on backup power or outdoor tools.
Photovoltaic Windows Have Been Heating Water in a Bucharest Apartment for Two Years
A two-year test in a Bucharest apartment offers a look at a different way to use solar power if you don't have roof access. Instead of a typical balcony solar panel setup that sends electricity into the apartment's wiring, this system uses semi-transparent solar glass built into windows to send power directly, as DC current, into a regular electric water heater. There's no battery and no inverter. The water tank itself acts as storage: solar power collected over several hours gets converted straight to heat and held as hot water for later use. When the sun isn't providing enough, the same heater switches over to normal grid power to finish heating. Over two one-year test periods, the window system covered about 44-47% of the hot water needs for a household of four. The setup, with roughly 845 watts of panel capacity built into 11 window sections, worked well with the water heater's electrical demands in a way that a couple of standard balcony panels typically would not, according to the testers. Beyond the water heating, the same glass also cut down heat coming through the windows, which the study estimated could reduce summer air-conditioning use by several hundred kilowatt-hours. Producing hot water locally, right at the point of use, also cut down on the water wasted while waiting for it to run hot from a shared building system. This is an early pilot project, not a widely available product yet, but it points to one option for apartment dwellers who want to tap solar power without roof access, using window or balcony glass instead.
The great American road trip is in peril
A journalist recounts a five-week, 9,000-mile family road trip across 14 national parks, made in June and July 2026, that turned into a firsthand look at how climate change is reshaping the country's landscapes. In Utah, more than a dozen wildfires forced the family to reroute around blazes like the Cottonwood Fire (94,000 acres) and the fast-growing Babylon Fire, which jumped from 300 to 16,000 acres overnight. Farther along, they saw shrinking reservoirs in Arizona, a Great Salt Lake that has lost an estimated 73 percent of its water, dead trees from bark beetles in the Sierra Nevada, extreme heat in Wyoming (110 degrees Fahrenheit in Worland), flood damage in Yellowstone, and a Glacier National Park exhibit showing the drop from 150 glaciers in 1850 to just 26 today. The piece notes that billion-dollar weather disasters in the U.S. have jumped from an average of 3.3 a year in the 1980s to about 19 a year over the past decade, with 23 in 2025 alone. In Sequoia National Park, a felled tree's growth rings showed roughly one fire every 28 years over its 2,200-year life, but more than 85 percent of giant sequoia grove acreage burned between 2015 and 2021 alone, killing thousands of large trees. For homeowners, the story is not about specific programs or rebates. It is a reminder that the wildfire, drought, and heat trends affecting public lands are the same forces driving local risk and insurance conversations at home, and that checking your own area's exposure to fire, drought, or extreme heat is worth doing before planning any trip or upgrade.
Eight petroleum liquids pipeline projects have been completed since the start of 2025
This news is about oil and gas infrastructure, not home energy upgrades, but here's what it covers. Federal energy data shows that between January 2025 and June 2026, eight pipeline projects for crude oil and related liquid fuels were finished across the country, mostly in Texas. These include new and expanded pipelines carrying crude oil, natural gas liquids (byproducts of oil and gas production used for fuel and chemicals), and refined products like gasoline, diesel, and jet fuel. Projects included a new 550-mile pipeline in West Texas, expansions of existing lines near Corpus Christi and in the Permian Basin, a restart of two idle pipelines in California, and conversions of existing pipelines from one fuel type to another. Fourteen more pipeline projects have been announced for the future, including expansions in Texas, Louisiana, Wyoming, and elsewhere, along with work on Enbridge's mainline system and a new connector project in Illinois. None of this directly affects home energy costs or efficiency programs. It reflects ongoing buildout of the pipeline network that moves crude oil and fuel products around the country, tracked in a federal database that has followed more than 280 such projects since 2010. For a homeowner, this is background context on the broader energy system rather than something that changes rebates, incentives, or upgrade options for your own house.
Tesla owners are now filming themselves breaking the law on FSD — and posting it for clout
This is a story about how Tesla owners use Full Self-Driving, not a home energy topic, so there is no upgrade or rebate angle here for your house. Briefly, though: social media has filled up with Tesla drivers filming themselves sleeping, gaming, watching TV, or working on a laptop while FSD drives, and bragging about it. Some post tricks for beating the system's driver-monitoring camera, like hanging a folded bill over it, or use apps and add-ons sold specifically to unlock video playback while the car is moving. Tesla markets the feature as "FSD (Supervised)" and says plainly that it requires an attentive driver and does not make the car autonomous. Doing any of these things behind the wheel counts as distracted or careless driving, which is illegal everywhere in the US. Tesla faces billions of dollars in related lawsuits, a $243 million court judgment over a fatal Autopilot crash, and a federal safety investigation covering 3.2 million vehicles, while its own crash data has hit record monthly highs for Autopilot and FSD incidents. None of this changes anything about home energy upgrades, solar, or rebates. If you're weighing a heat pump, insulation, or solar for your house, this news doesn't affect those plans one way or another.
New electric Flyer promises 15 minute service from Chicago to O’Hare
A group of Chicago business leaders has announced plans for the O'Hare Flyer, an electric train that would run non-stop between downtown Chicago's West Loop and O'Hare's Terminal 2. The route would use existing freight rail lines owned by CSX, Canadian National, and Union Pacific, stitched together to create the express service. Organizers have signed a letter of intent with CSX and say talks with the other railroads are underway. The trip is planned to take 15 minutes, with trains departing every 15 minutes. A Chicago Tribune editorial estimates fares around $25 to $35 per rider, well above the $2.50 fare on the existing CTA Blue Line, which is slower and makes more stops. This is a privately funded project, and organizers say they are not seeking public transit subsidies that could otherwise support agencies like the CTA or Metra. The group also has an agreement with local building trades unions and expects the project to create union construction jobs. For homeowners, this isn't an energy-efficiency program or rebate opportunity, so there's nothing to act on for your own house. It's mainly relevant if you live in the Chicago area and care about transportation options or nearby development. The first trains aren't expected to run until around 2030, and the group is still in early talks with public officials, businesses, and community groups to move the plan forward.
Hyundai is about to shake things up with 100 new vehicles by 2030: Here’s what’s coming
This is car industry news, not home energy news, but here's what it means if you're car shopping alongside any home upgrades. Hyundai says it will launch more than 100 new or updated vehicles worldwide by 2030, with 58 of those coming to North America. The lineup includes new gas and hybrid models like the Elantra and Tucson, but the notable shift is toward electrified options. The company's first extended-range EV (EREV), the Santa Fe, arrives in the first half of 2027, built at Hyundai's plant in Alabama. An EREV runs mainly on a battery like a regular EV but carries a small gas engine that acts as a generator to recharge the battery when it runs low, rather than powering the wheels directly. Hyundai expects it to go over 600 miles on a full tank and charge combined. Hyundai also plans 10 new hybrid vehicles for North America by 2030, starting with the Genesis GV80 Hybrid this September, along with new battery cells that the company says cut charging time by 40 percent and lower costs on upcoming EVs by about 30 percent. None of this changes home electrification or rebate programs directly. But if you're weighing a home EV charger purchase or thinking about how an electric or plug-in vehicle fits into your household energy plans, it's worth knowing more EREV and hybrid options are headed to US dealers over the next few years, alongside straight battery EVs.
Tesla denies rumors it’s abandoning ‘Full Self-Driving’ push in China
This is a story about Tesla's car software, not something that touches home energy upgrades, but here's the gist: Tesla is pushing back on rumors that it shut down its "Full Self-Driving" effort in China. Chinese social media claimed Tesla had vacated a Shanghai data center set up for the driver-assist system and pulled its team out. Tesla says the data center is running normally, hiring is actually picking up, and it has reported the rumors to police. The bigger issue is that China still isn't on Tesla's list of markets where people can subscribe to FSD, even though Tesla's US website oddly still lists China as a place where the system is "available for use." Tesla announced FSD for China back in May 2026 and renamed it "Tesla Assisted Driving" there, but it has never given pricing or a rollout timeline. Regulatory approval from Beijing appears to be the holdup, not a lack of technical readiness. Meanwhile, Chinese automakers like Xiaomi, Huawei, and Xpeng are already rolling out their own driver-assist features for city streets, the same capability Tesla is still waiting to launch. None of this affects home energy programs or rebates — it's purely about the status of Tesla's car software in the Chinese market.
Bafang’s new electric bike motors produce 8x your own pedaling power
This news is about e-bike motors, not home energy upgrades, so it doesn't affect your house or any rebate program. Still, here's what happened: Bafang, a maker of electric bike motors, unveiled two new high-powered motors for electric mountain bikes, the M510RS and M560RS. They're built for off-road riding on steep, technical trails, not commuter bikes or bike lanes. The numbers are big. The M560RS can hit 1,700 watts of peak power and 150 Newton-meters of torque (a measure of turning force), with a temporary "boost" mode that lets the motor contribute up to eight times the rider's own pedaling effort. For comparison, typical commuter e-bikes use motors around 350 to 500 watts. The motors use motion sensors and pedaling-force sensors to adjust power output in real time, and Bafang says they react faster and cut power more precisely than its older motors. Both new motors fit the same bike frames as Bafang's existing models, so bike makers won't need new designs to use them. These motors are far above the power limits allowed for regular electric bicycles on public roads or bike lanes in most countries. They're intended specifically for off-road mountain biking, where the extra power helps riders climb steep, loose terrain. The motors are expected to appear on production bikes later this year, following their debut at a bike show in Italy in September.
Range Rover’s next EV breaks cover, and it’s not an SUV [Images]
This news is about a car, not a home upgrade, so there's nothing here that affects your house or an energy retrofit project. Still, here's what happened: Range Rover has shown a new electric vehicle called the GT, and unlike the rest of its lineup, it's not an SUV. It's a low, sleek "grand tourer" style car, and it will be the brand's first vehicle built on a new platform called EMA. It will launch as a battery-electric vehicle, with a hybrid version added later. The GT is expected to use a 100 kWh battery, which could give it close to 500 miles of range, more than the flagship Range Rover Electric SUV's 373 miles. Production is set to start in the first half of 2027 in the UK. Pricing is expected to be around £75,000 (about $100,000) in the UK, and around $90,000 in the US, with an EPA-estimated range of at least 300 miles. None of this involves rebates, incentives, or anything tied to home energy programs. It's simply a look at a new luxury electric car from a well-known automaker, aimed at buyers shopping in a very different category than home energy upgrades.
Genesis is no longer a dark horse in the luxury space, and the GV90 proves it
This one is outside the scope of home energy upgrades — it's about a new electric luxury SUV, not something that affects your house or rebates. For what it's worth: Genesis, Hyundai's luxury brand, unveiled its new flagship electric SUV, the GV90, in San Francisco. It's a large, high-end vehicle with features like coach doors that open on their own, swiveling front seats, a big pop-up entertainment screen, and a built-in refrigerator. It runs on a 123.5 kWh battery with an expected range around 310 miles and can fast-charge from 10% to 80% in about 22 minutes. The dual-motor all-wheel-drive system puts out 657 horsepower. Genesis hasn't announced pricing, but expects the standard GV90 to start around $100,000, with the coach-door Neolun version likely starting near $150,000 or more. The company also plans a hybrid version of another model, the GV80, and a longer-range electric vehicle (one that also carries a small gas engine to extend range) launching in early 2027 with over 640 miles of combined range. None of this ties into home energy efficiency, rebates, or weatherization programs, so there's nothing here that affects decisions about upgrading your house.
10 AI Lessons from Driving 200+ Million Fully Autonomous Miles
This one isn't about home energy upgrades. It's a rundown from Waymo, the self-driving car company, on what it has learned from driving more than 200 million miles with no human at the wheel. The company shares ten technical lessons, including why it uses multiple types of sensors (cameras, lidar, and radar) instead of relying on cameras alone, why it relies on detailed digital maps to help its cars navigate, and why it builds in a separate safety-check system that reviews every move the car's main computer proposes before it acts. The rest of the piece covers how Waymo tests its cars in computer simulations that react to the car's choices, how it uses an AI "critic" to review driving behavior, and how newer AI models help the car reason through unusual situations, like a police officer directing traffic with hand signals. Waymo argues that real-world driving without a human backup is the only way to fully mature a self-driving system, since simulations and human-supervised testing can miss situations that only show up when the software is fully in charge. None of this touches home energy costs, rebates, or upgrades. It is industry news about how one company builds and tests its self-driving technology, not something that changes anything about your house, your utility bills, or any weatherization or heat-pump programs you might be looking into.
What Tesla “Full Self Driving” V14 Still Can’t Do
This is a car story, not a home energy story, so there is not much here for planning upgrades to your house. It is a driver's report on Tesla's "Full Self Driving" software, version 14, written by a longtime owner after three months of daily use in northern Wisconsin. The writer says V14 is a big step up from the last version he used. The car centers itself well in the lane, handles roundabouts, stops for deer and pedestrians, and can now handle both the start and end of a trip on its own — backing out of a garage, driving the whole route, and finding a parking spot at the destination. A speed setting lets the driver choose how far over the speed limit the car will go, from holding to the limit up to 20 mph over. He also lists what still trips it up: it won't always find the closest parking spot or his own driveway, it won't back into a garage, and a bike rack on the back blocks the rear camera so the car won't back up with a bike loaded. In one case it ignored a turn-only lane marking because the digital map didn't include it — the same mapping gaps also mean stores can be missing from the map entirely. His conclusion is that until maps get far more detailed and current, fully unsupervised driving isn't realistic yet. None of this involves rebates, dollar costs to homeowners, or upgrade programs for houses.
Massachusetts Is Taking Steps to Lower Energy Costs. Let’s Get the Details Right.
Massachusetts lawmakers are working on energy bills meant to lower electricity costs. The House and Senate have each passed versions that would make it easier to install rooftop solar and battery storage, including simpler permitting rules. A committee is now reconciling the two bills before sending a final version to Governor Maura Healey. One part of the proposal worth knowing about: a mandate for new "fixed charges" on electric bills, meaning a flat fee every customer pays regardless of how much power they use. According to a review of Eversource and National Grid data, this would raise bills for homes and small businesses that use less electricity, while lowering bills for the biggest users. At Eversource, the lowest-use quarter of residential customers would see bills rise more than 10 percent, while the highest-use quarter would see bills fall about 2.5 percent. National Grid's smallest residential users would see bills climb nearly 14 percent. Fixed charges would also shrink the savings homeowners get from having rooftop solar, a battery, or efficiency upgrades, since less of the bill would depend on how much electricity is actually used. The state's Department of Public Utilities is already reviewing how utility bills are structured and has said it wants to study the fixed-charge question carefully before deciding anything. A range of consumer groups, low-income advocates, businesses, and clean energy companies have raised concerns about locking in fixed charges before that review finishes. If you're in Massachusetts and considering solar, storage, or efficiency upgrades, this fixed-charge debate could affect how much those investments end up saving you on your bill.
US-Canada trade war threatens electricity imports, prices
A trade dispute between the U.S. and Canada is raising questions about electricity supplies and prices in New England, a region that imports power from Canada. Canada is expected to announce retaliatory tariffs on U.S. goods after President Trump's 50% tariffs on about $20 billion in Canadian goods took effect over the weekend. Ontario Premier Doug Ford said "everything is on the table," including halting the province's electricity exports entirely, and reportedly discussed a 25% tariff on power sent to the U.S. A similar tariff happened in 2025 during an earlier dispute, but it was dropped a day after taking effect. New England's grid operator, ISO New England, said that if Canada cuts back on power exports, it does not expect reliability problems under normal weather. In extreme heat or cold, supplies could get tight, though that depends on many hard-to-predict factors. The bigger and more likely effect, the grid operator said, would be financial: higher wholesale electricity prices and increased regional emissions, since less low-carbon Canadian hydropower would be flowing in. For most homeowners, this is not an immediate reason to act, but it is worth watching if you live in New England or New York, where ties to Canadian power have grown. A new underground transmission line, the Champlain-Hudson Power Express, began delivering Canadian hydropower to New York City in June and is expected to supply up to 20% of the city's electricity needs. If trade tensions disrupt that supply, it could show up as higher electric bills rather than outages.
This New Lending Tool Lets Homeowners Make Energy Upgrades with No Money Down
A mortgage lender has rolled out a new tool that factors utility costs into how much house you can afford to buy, then uses the difference to help pay for solar power and battery storage with no extra money down. The tool, called Lowtility, comes from Primary Residential Mortgage, Inc. (PRMI), a national lender based in Utah. It's built around a new way of looking at mortgage math. Instead of just principal, interest, taxes, and insurance (the usual "PITI" that makes up a monthly payment), Lowtility adds a "U" for utilities. The idea: a home with lower monthly power costs is worth more, financially, than one with high utility bills, even if the purchase price is the same. The lender's argument is similar to comparing an electric car to a gas car — the electric car may cost more upfront, but savings on fuel can make up the difference within a year or so. In practice, this means a buyer could take out a somewhat larger loan than usual, with the extra amount going toward solar panels and battery storage rather than a bigger house. The lender says this approach could put idle "buying power" to use, since utility bills already eat into what people can afford each month, whether or not that shows up in the loan itself. PRMI developed the tool after fielding calls from homeowners frustrated with confusing or inconsistent solar financing options. Availability and terms would depend on working with this specific lender.
PacifiCorp to suspend California energy efficiency programs under proposed settlement
If you get power from Pacific Power in Northern California, your utility's rebate and incentive programs for energy efficiency upgrades are going away. PacifiCorp, which serves about 46,000 customers in the state, has agreed to a settlement with California regulators to shut down all of its ratepayer-funded efficiency programs by January 1. The state's Public Advocates Office pushed for this, arguing the programs cost more than they save customers and have been getting worse: savings from the Wattsmart Business program dropped about 75% between 2022 and 2024, and total program savings fell 40% in 2024 alone. Pacific Power says its California territory is too rural and sparse, with few large business projects to help spread out costs. The upside for all Pacific Power customers is a small rate cut, about 0.7%, since the charge that funds these programs will shrink. If you already have an incentive approved or pending through Wattsmart Homes or Wattsmart Business, PacifiCorp says it will still honor that commitment. Going forward, though, the utility won't be offering these rebates itself. Instead, over the next year Pacific Power is required to point customers toward other efficiency, weatherization, and electrification programs and services funded by the state or federal government, not run by the utility. The settlement leaves the door open for PacifiCorp to bring its programs back later if they become cost-effective, but for now, homeowners in its California service area will need to look to state and federal programs for help with insulation, heat pumps, and other upgrades.
Bathroom fan exhaust near fresh air intake
A homeowner asked whether it's fine to run a bathroom fan's exhaust duct right next to the intake for a home's fresh-air system, figuring the bathroom fan runs so rarely it shouldn't matter. The answer from building science pros: no, spacing rules apply regardless of how often the fan runs. Building codes set specific distances for this. The International Mechanical Code requires at least 10 feet between an exhaust outlet and an air intake, and at least 3 feet between an exhaust outlet and any operable opening, like a window that can be opened. These rules exist because even occasional bursts of moist, odorous bathroom air getting pulled back into the house through an intake defeats the purpose of bringing in fresh air. It doesn't matter that the fan only runs sometimes — the two vents still have to be kept apart to meet code. For someone dealing with this in their own house, one workaround suggested is routing the bathroom fan duct out through the roof instead of the wall, which can make it easier to keep the required distance from the intake without cutting a new hole. Whether the intake in question feeds combustion air for a gas furnace or fresh air for general house ventilation also matters, since the setup and consequences differ. If you're placing or troubleshooting bath fan and intake vents on an addition, remodel, or new ventilation system, it's worth checking these clearance rules before finalizing duct routing.
New Jersey seeks 150 MW of behind-the-meter storage to support VPP
New Jersey regulators have proposed a new incentive for homeowners who install battery storage alongside their electric service. Customers of the state's four electric utilities — Atlantic City Electric, Jersey Central Power & Light, Public Service Electric & Gas, and Rockland Electric — could get up to $200 per kilowatt of battery capacity each year for 10 years if they let their utility draw on that stored power during periods of high grid stress. The plan targets up to 150 megawatts of home and small-business battery capacity statewide. This is the first phase of a larger effort called the Garden State Energy Storage Program, which aims to add 2 gigawatts of storage in New Jersey by 2030. It also feeds into a planned "virtual power plant" system, where home batteries and other small-scale energy resources are coordinated together like a single power plant to help the grid during peak demand. That broader VPP program is expected to start next year, run for two years, and then shift to a different payment structure in 2029. For now, this is a proposal, not a final program — the state utility board is holding a public meeting on September 3 to gather feedback before moving forward. If you already have, or are considering, a home battery in New Jersey, this incentive could eventually apply to you, though the exact enrollment process and start date have not been set yet. Homeowners in other states can check what battery or demand-response incentives their own utility offers, since programs like this vary widely by state.
PG&E expands bi-direction EV pilot program with new hardware and software partners
PG&E has widened its bidirectional EV charging pilot, a program that lets homeowners use their electric car as a backup battery for the house, and even sell power back to the grid. The utility added two new charger makers, dcbel and Wallbox, to a lineup that already includes Tesla, General Motors, and Ford/Sunrun equipment. New vehicle pairings include the Nissan Leaf (2018-2025), Volvo EX90 (2025), and Polestar 3 (2025) with the dcbel Ara charger, and the Kia EV9 (2024+) and Kia EV6 (2025+) with the Wallbox Quasar 2. If you're a PG&E customer with standard 240-volt home electrical service and one of these vehicle-and-charger combinations, you may qualify for incentives: $2,500 off installation costs ($3,000 in designated Disadvantaged Communities), plus an extra $1,500 for the first 250 people who sign up. The new hardware can also tap into a separate California Energy Commission grant of up to $13,000, potentially covering the entire installation cost — though a program representative said fewer than 50 of those grant spots remain. The pilot dates back to a 2019 state law directing regulators to develop rules for connecting EVs to the grid, and PG&E launched enrollment in late 2023. Progress was slow at first — as of last September, only three residential customers had signed up. But the utility says that number has grown to 51 households connected to the grid as of this July. PG&E's next report to regulators on the program's progress is due by the end of September 2026.
Need a panel upgrade for an EV charger? Schneider may have a workaround
A new home EV charger from Schneider Electric may help some homeowners avoid one of the most expensive surprises of going electric: finding out your electrical panel or service needs an upgrade before you can charge at Level 2 speeds (the faster home charging rate). Schneider says those upgrades typically run $2,000 to $6,500 or more, depending on the house. The charger, called Schneider Charge, uses sensors to track how much electricity your home is using in real time. If a big appliance like an electric dryer or oven kicks on and pulls extra power, the charger automatically slows down to stay within your home's existing electrical capacity, then speeds back up when demand drops. This load-balancing keeps working even if your wifi goes out. The charger delivers up to 11.5 kW (48 amps), comes with a 25-foot cable, and works with either connector type used by EVs. An app lets you monitor charging and schedule it for cheaper electricity rates, and the charger is built to potentially support utility programs in the future, though none are confirmed yet. Whether this actually lets you skip a panel upgrade depends on your specific home and whether your local electrical inspector accepts this kind of load-managed installation in place of a traditional upgrade. An electrician would still need to check your home's wiring and capacity. The charger is now available in the US and Canada through Schneider's distributors, with a plug-in version coming in early 2027. Pricing hasn't been announced.
1:12 Unvented Roofing
This is a homeowner's question posted on a building-science forum, not a news story, so there's no new program, product, or deadline to report. A homeowner with a flat-ish roof (a 1:12 slope, meaning it rises just 1 inch for every 12 inches across) and no attic venting is asking how to build the roof so it doesn't trap moisture. Their plan is 3 inches of rigid foam insulation (polyiso) on top of the roof deck, plus fiberglass batts between the rafters below, and they're weighing three roofing surfaces: roll roofing, rubber (EPDM) membrane in two thickness options, or metal standing-seam. No one had answered the question yet at the time this was posted, so there's no verdict on which roofing choice or seam detail is best, and no specific product recommendation to pass along. For homeowners with a similar low-slope, unvented roof, the underlying issue is worth knowing about: these roofs need careful attention to how moisture escapes, since there's no attic airflow to dry out any dampness that gets trapped in the rafter bays. If you're planning a re-roof or renovation on a flat or nearly flat roof, this is the kind of detail worth raising with whoever designs the job, since getting the insulation layers, roofing membrane, and ceiling seal wrong can lead to hidden moisture problems later. But this particular post doesn't offer a specific answer or new information you can act on yet.
Offshore wind power projects are flailing, just when the East Coast needs them most
Offshore wind power along the East Coast is stalling out, right as the region's electric grid needs new sources of clean power. The Trump administration has paid wind developers roughly $4 billion to give up their rights to build in federal waters, canceling an estimated 21 gigawatts of potential power, enough to supply more than 15 million homes. Projects have also faced permit revocations and stop-work orders, some later blocked by courts. A few large developers, including Orsted and Avangrid, still hold undeveloped leases, but more buyouts may come. This matters because the East Coast has few other ways to add large amounts of clean power. Land there is densely developed, and wind and solar conditions are weaker than in places like Texas or Colorado. At the same time, demand for electricity is climbing fast because of data centers, electrification, and new manufacturing, and grid operators expect supply to fall short of demand within the next decade. States like Massachusetts, New York, and Maryland had built offshore wind into their climate plans, and experts say there is no clear substitute if it doesn't get built. None of this requires homeowners to do anything right now, but it could shape how much your electricity costs and how clean your power supply is in the coming years, especially if you live in a state that was counting on offshore wind. Some industry advocates are already drafting policy plans for a future administration, hoping the slowdown is temporary rather than permanent.
US companies are on the cusp of big climate solutions. Thank the government.
A federal program called ARPA-E, which funds risky, early-stage clean energy technology, is showing strong results, according to a new report from the National Academies of Science requested by Congress. Over 15 years, the Department of Energy program has put more than $4 billion into universities and startups, helping them raise over $20 billion in additional funding and generate more than 1,400 patents. The report found that projects backed by ARPA-E were far more likely to attract further investment and patents than similar projects that were turned down. The report says ARPA-E no longer needs to focus on solar panels and lithium-ion batteries, since those technologies have already gotten much cheaper. Instead, it recommends shifting money toward harder problems, like power that runs around the clock without fossil fuels. One notable success is Fervo, a geothermal energy company that got early ARPA-E support and is now working with Google to power data centers in Nevada. Other grantees include Form Energy, which makes batteries that store energy for days at a time, and X-energy, which builds small nuclear reactors. Future priorities could include nuclear fusion, long-term storage for solar and wind power, and cleaner ways to make steel and cement. None of this involves a program homeowners apply to directly — it funds research and startups, not home upgrades. But it matters for the technologies that may eventually show up in your utility bill or on the grid. The Trump administration has proposed cutting ARPA-E's budget by nearly half, even as it continues issuing some new grants, and separate policy shifts have already cooled private investment in things like electric vehicle batteries.
EV charging sites with more plugs get more use, Kempower finds
A new analysis from charger maker Kempower looked at public EV charging stations across North America and found that the number of plugs at a site matters more than how much raw power it has installed. Sites with more plugs saw much higher use than sites with fewer, even when total power capacity was similar. In the data, eight-plug sites delivered more than twice the energy of four-plug sites. The reason has to do with how charging power gets shared. Some charging setups link several plugs to one shared power source and shift electricity between cars in real time, based on what each vehicle can actually accept at that moment. If one car's charging slows down, the system can redirect that unused power to another car instead of it going to waste. Sites using this approach saw notably higher use than sites where each plug has a fixed amount of power, whether a car needs it or not. For homeowners, this isn't about upgrades to your own house, but it does affect the public charging network an EV owner might rely on. Kempower's own paper doesn't say how many sites were studied or over what time period, so the results show a pattern rather than proof. Still, the practical idea is straightforward: more plugs, with power shared smartly between cars, may serve more drivers than fewer plugs with high-speed capability at each one.
Mixed foundation materials (Clay and Concrete blocks): how insulate for remodel?
A homeowner in Des Moines is renovating the basement of a 1924 brick house after finding mold behind old insulation that had been pressed directly against the foundation wall. The foundation itself is a mix of materials: clay brick on part of the wall and concrete block on the rest, joined by an uneven seam, likely from a past repair when a sump pump and drainage trench were added. A foundation company is now shoring up the walls and plans to add a vapor barrier sheet, but the remodeling contractor wants to frame over that with plain fiberglass insulation that has no backing. The homeowner is worried this setup will let warm indoor air pass through the fiberglass, hit the cool vapor barrier, and condense into moisture that soaks the insulation and grows mold again, just like before. The core problem is that the two foundation materials may need different insulation approaches, and the homeowner isn't sure how to bridge them, especially at the seam and at the drainage trench, or whether foam board can be used on the concrete section while something more breathable handles the clay brick. The contractor's team has said they can't use rigid mineral wool insulation without exterior waterproofing, and has otherwise deferred to unnamed "partners" for technical decisions. This is a homeowner's request for advice on a real, tricky renovation problem, not a policy or program announcement. There is no rebate, deadline, or general upgrade news here for other homeowners to act on. If you're facing similar mixed-material foundation walls in an older home, this thread is a reminder to think carefully about how vapor barriers and insulation types interact before finishing a basement.
Data centers can vanish from the grid in seconds; reliability rules need to catch up
On July 22, 2026, more than 3 gigawatts of power demand vanished from the grid in Northern Virginia in seconds, as data centers switched to backup power during a transmission disturbance. That's roughly 3% of the system's demand at the time. Grid operator PJM said the event caused no reliability problems, and Dominion Energy said the system stabilized within minutes. But it wasn't a one-off: similar sudden demand drops have hit Texas and Ireland in recent years, as data centers and other large industrial loads react to grid disturbances by shifting to backup systems, then reconnecting all at once. The concern is that as more data centers get built to power artificial intelligence, these sudden swings in demand could become more frequent and more disruptive, especially if many facilities in one area react to the same event simultaneously. Regulators are starting to respond: federal officials have directed the organization that sets U.S. grid reliability rules to develop new standards for these large "computational" loads, with proposals due by the end of 2026. Ireland's grid operators have already proposed rules requiring data centers to restore most of their power draw within half a second after a fault clears. For homeowners, this isn't about your own electric bill or equipment. It's a sign that grid operators are working to keep the system stable as data centers multiply near residential areas, since the reliability of your home's power ultimately depends on how well these large, fast-moving loads get managed.
Silver prices rebound as AI, data centers add to industrial demand
Silver prices have been on a wild ride and are climbing again. After hitting an all-time high above $120 an ounce in late January, prices reversed sharply, falling to around $57 an ounce by late June and $55.5 in mid-July. Since early August they've turned upward again, reaching $68.3 an ounce on August 25. Gold has also risen, from around $4,000 an ounce in late July to more than $4,600 in late August, as investors seek safe havens amid economic and political uncertainty. Analysts expect the gains to continue. One research firm told the industry it expects gold to reach $5,000 an ounce and silver to hit $80 by the end of the year, partly because they don't expect the Federal Reserve to raise interest rates this year. The Silver Institute says the market is tight: the industry is heading toward its sixth straight year of using more silver than is mined, with this year's shortfall expected to reach nearly 50 million ounces. Demand is being driven not just by solar panels, which use silver in their electrical components, but increasingly by artificial intelligence, data centers and electric vehicles, all of which rely on silver for wiring, circuit boards and power equipment. This matters for homeowners considering solar panels, since silver is a key material in panel manufacturing. Rising and volatile silver prices could affect solar equipment costs going forward, though the industry is also working on ways to use less silver per panel.
232 NTI Graduates Ready to Enter Houston Skilled Trades
A trade school in Houston just sent 232 new graduates into the local workforce, trained as HVAC (heating and cooling), plumbing, and electrical technicians. National Technical Institute's Northwest Campus graduated 204 students on August 8, and its Southeast Campus graduated 28 more on August 14. More than 40 of the Northwest graduates already had jobs lined up before finishing their coursework, and the school's career advisors are working to place the rest with local hiring partners. For a homeowner, this is mostly a sign of what is happening in the broader labor market rather than something that changes your plans directly. Houston has been short on skilled trades workers even as construction activity keeps growing, and national contractor surveys cited in the announcement show 70% to 80% of firms struggle to fill hourly trade positions. A larger pool of newly trained technicians in the Houston area could eventually mean more availability when you need someone to install, repair, or service a heating, cooling, plumbing, or electrical system in your home. The school itself runs short certificate programs, 12 to 16 weeks long, with new classes starting monthly and flexible daytime, evening, and Saturday scheduling. That detail matters less for your own house than the bigger picture: as more trained technicians enter the field in growing markets like Houston, it may become somewhat easier over time to find qualified help for home energy and system upgrades, though this particular graduation itself doesn't create any new program, rebate, or deadline for homeowners to act on.
Offshore wind power projects are flailing, just when the East Coast needs them most
Offshore wind power along the East Coast is losing ground at a time when the region's electricity prices are climbing and grids are under growing strain. The Trump administration has slowed projects with reviews, revoked permits, and stop-work orders, and by mid-August had paid developers roughly $4 billion to give up their rights to build in federal waters. That has wiped out an estimated 21 gigawatts of potential wind power, enough to supply more than 15 million average homes, and more buyouts may follow. A handful of companies, including Orsted and Avangrid, still hold undeveloped leases, but it's unclear how many will move forward. This matters because the East Coast has few other options for large-scale clean power. The region's land is too densely developed for the kind of big solar and wind farms built out West, and its wind and solar resources are weaker to begin with. Offshore wind can send power directly into crowded areas — the Empire Wind project already powers New York City, and a similar project supplies the data-center hub in northern Virginia. Without it, states like New York, Massachusetts, and Maryland, which built offshore wind into their climate plans, have no clear substitute for meeting rising electricity demand or their emissions goals. For now, most states haven't changed those plans, even as specific projects get delayed or canceled. Some advocates are hoping rising electricity prices will eventually make new offshore projects more attractive, and are already drafting policy plans for a future administration that might support the industry again.
As Ohio grapples with fake comments on clean energy, some want crackdown
Ohio regulators are facing questions about fake public comments used to sway decisions on energy projects. The most recent example involves Crossroads Solar Grazing Center, a proposed 94-megawatt solar farm in Morrow County that would have combined solar panels with sheep grazing. The developer presented evidence that dozens of comments opposing the project appeared to be fabricated, but the Ohio Power Siting Board still denied the permit, citing local opposition. The board did not ask the state attorney general to investigate the suspicious comments. This isn't the first time. In 2023, nearly 150 people said their names were used without permission on pro-fracking comments submitted to a different Ohio commission. An investigation found a contractor for a fossil-fuel-aligned group likely misled people into allowing their names to be used, but no charges were filed. Similar episodes have popped up elsewhere, including a flood of apparently fake emails opposing a pipeline in North Carolina and an AI-linked comment campaign in Southern California that may have influenced a vote on rules phasing out fossil-fueled heaters. For homeowners, this matters less as a direct action item and more as a reason to pay attention to how local energy decisions get made. Public comment periods on solar, wind, or gas projects near you are meant to reflect real community sentiment, but the process can be manipulated. Some advocates want Ohio to verify commenters' identities or refer fake submissions for prosecution, while other states are considering rules targeting AI-generated fake comments. Nothing has changed yet in Ohio.
Is Maine finally about to make wind power happen?
Maine utility regulators have taken a big step toward finally building large-scale wind power in the state's northern Aroostook County. On Tuesday, the state's Public Utilities Commission picked an 800-megawatt wind farm proposal from developer Clearway Energy, along with a 1.2-gigawatt transmission line from Avangrid, the parent company of Central Maine Power. The wind farm will only move forward if the transmission line gets built, since the region has long been too disconnected from the rest of New England's grid to make wind power there practical. Maine has been trying to build wind in this area since 2008, but past plans in 2016 and 2023 fell apart over the cost and difficulty of new transmission. This time, Connecticut, Massachusetts, Rhode Island, and Vermont agreed to share the cost of the line, so Maine customers will cover less than 11% of the total. Regulators say the projects could generate about $400 million in net benefits for Maine ratepayers, create over 2,500 construction jobs, and cut the amount of oil burned by New England power plants in winter by 10%. Still, this is not a done deal. The projects still need financing, permitting, and construction, and past transmission lines in Maine have faced public opposition that caused years of delay and added hundreds of millions in cost. The Trump administration has also cut tax credits for wind and tried to freeze wind permitting nationally, though courts have blocked some of those moves. For now, this affects the regional power supply rather than any individual home upgrade.
Maryland signs agreement for power produced on reclaimed coal mine
Maryland has signed a 20-year deal to buy solar power from a large project being built on a closed coal mine in the western part of the state. The state expects the agreement to save around $300 million over two decades, with estimates ranging from $298 million to $515 million depending on how electricity markets move. Starting in 2028, the state will buy about half the output of the 300 MW Jade Meadow III Solar Project, enough electricity to power more than 20,000 homes a year, making up close to 15% of the state's overall power portfolio. The project sits on nearly 6,000 acres of former mining land, with about 1,850 acres used for construction. It's currently being built and is expected to start operating in the second half of 2027, with the state's purchases beginning the following year. The developer, REV Renewables, says it's investing more than $500 million and expects to employ over 1,200 people at the peak of construction. This deal doesn't change anything for individual homeowners directly — it's a purchase between the state and a power developer for electricity used in state buildings and operations. But it does add a large chunk of solar power to Maryland's grid and supports the state's climate goals, which call for cutting greenhouse gas emissions 60% by 2031 and reaching carbon neutrality by 2045. It also builds on other state renewable energy contracts already in place, including solar and wind projects at Mount St. Mary's and the Roth Rock and Pinnacle wind farms.
Princeton NuEnergy secures $50 million DOE grant for Georgia battery recycling plant
The Department of Energy is putting $50 million toward a new battery recycling plant in Commerce, Georgia, run by Princeton NuEnergy. The company is adding $60 million of its own money, making the total project cost $110 million. This isn't directly tied to home energy upgrades, but it's part of a bigger push to build up domestic supply chains for batteries used in electric vehicles and home energy storage systems. The plant will process battery manufacturing scrap and turn it back into battery-grade material using a low-temperature process that repairs the material's structure rather than fully breaking it down into raw elements, the way older recycling methods do. This new approach is faster (about seven days) and cuts material costs by roughly 45 percent compared to using freshly mined metals. The output is a nickel-manganese-cobalt material used in battery manufacturing. The project is expected to create 70 permanent manufacturing jobs and 100 construction jobs in Georgia. Princeton NuEnergy plans to treat this plant as a model, eventually adding up to 10 more production lines to reach 30,000 tonnes of processing capacity per year by 2035. For homeowners, this doesn't come with a rebate or direct action to take. But if you're considering battery storage for solar power or an electric vehicle down the road, projects like this are aimed at making battery materials cheaper and more reliably sourced within the U.S., which could eventually affect the price and availability of that equipment.
What PG&E has learned in two years of flexible interconnection
Pacific Gas and Electric has spent two years running a program called Flex Connect, which lets large electricity users connect to the grid faster if they agree to cut back power use during peak hours. Instead of waiting for full grid upgrades to get a standard ("firm") connection, participants get a guaranteed baseline amount of power plus extra capacity when the grid has room. PG&E says sites on this program actually had access to extra power above their baseline 90% of the time over the two years. The program has grown more slowly than PG&E hoped — it aimed for 10 sites online by the end of 2025 but reached only five — though the utility says its waiting list has expanded to about 85 sites being evaluated, many from repeat customers. Most of these are electric vehicle charging stations, since chargers are a natural fit for flexible power limits, but PG&E is also seeing rising interest from data centers and manufacturing facilities. The first flexible data center project, sized at about five megawatts, is set to come online this fall in the Bay Area. None of this involves a program homeowners can sign up for directly — it applies to large commercial and industrial customers, not residential upgrades. But it points to how utilities like PG&E are trying to speed up grid connections generally, including for equipment that draws a lot of power, which could shape how quickly the grid can support things like EV charging infrastructure in your area over time.
Lexington-Fayette County Solar Zoning Amendment Critical to Achieving Climate Goals and Lowering Costs
Lexington's local council is set to consider a zoning change that would open up to one percent of Fayette County, Kentucky, including farmland, for large-scale solar projects. Any solar built under the new rule would have to be "agrivoltaic," meaning the land keeps working as a farm — through grazing or pollinator habitat, for example — while also hosting solar panels. Supporters say this lets farmers keep an income from their land while adding a new one from leasing space for solar. This is local policy news rather than something that changes your own options right away. It does not create a rebate or program for homeowners to sign up for. But it matters for the area's power supply: backers say solar built on that one percent of county land could generate as much electricity as more than 30,000 rooftop solar installations, at a time when over 90 percent of Kentucky's power still comes from fossil fuels. The change is tied to Lexington's "Race to Net Zero" plan, a city goal to cut emissions to net-zero by 2050. If the zoning change passes, it could mean more solar-generated power reaching the local grid over time, which in turn could affect electricity costs and availability in the area — though the article does not spell out timelines or specific project plans. For now, this is a vote to watch rather than a program to apply for.
Center for Rural Affairs publishes guide for renewable energy land leasing
The Center for Rural Affairs has put out a free fact sheet to help farmers and other landowners think through leasing their land to wind or solar developers. It walks through the whole process, from the first conversation with a developer, through site evaluation, lease negotiation, construction, operation, and eventually taking the equipment down when the project ends. The group notes that lower-producing farmland can be a good fit for these projects, since it can bring in steady payments for years from acres that aren't great for farming anyway. Some projects also use "dual-use" setups that let the land keep working for agriculture alongside the energy equipment, through grazing animals, growing crops between panels, or beekeeping. Before signing anything, whether it's an early lease option, a notice of intent, or a full long-term agreement, the guide encourages landowners to ask questions, get professional advice, and lean on outside organizations for support. A solid lease, the group says, should spell out not just how the project starts but how the land gets used, maintained, and restored once the project is over. This isn't tied to a specific state or deadline, and it doesn't apply to typical home energy upgrades like insulation or heat pumps. It's aimed at people who own farmland or larger rural properties and are weighing an offer, or thinking about approaching a developer, to host a wind or solar project on their land.
The cheapest new cars to own in America are THESE retro-styled EVs
A new study of 50 new cars found the Fiat 500e, a small electric car, is the cheapest to own and run in America, at $3,557 a year. That covers energy costs, maintenance, insurance, and fees and taxes combined. The next cheapest is the Honda Civic Hybrid at $4,833 a year, followed by gas models like the Hyundai Elantra and Nissan Versa. The surprise is second place among electric vehicles: the Dodge Charger Daytona, a retro-styled EV, costs $5,298 a year to own, beating the Tesla Model 3 and Hyundai Ioniq 6 by roughly $200 each, and coming in about $200 cheaper than a Honda Accord. Across all 50 vehicles studied, the average annual cost was $6,913, up $451 from a similar study two years ago. Hybrids as a group were the cheapest to own overall, at $5,734 a year on average, compared with $6,189 for electric vehicles and $7,025 for gas-only cars. At the other end, the Porsche 911 and Audi RS7 topped $10,000 a year, and the Lucid Air was the priciest electric vehicle to own, at $10,049 annually. For anyone weighing a new car purchase alongside home energy upgrades, the takeaway is that sticker price doesn't tell the whole story. Fuel or electricity costs, insurance, maintenance, and taxes all add up differently depending on the vehicle, and a cheap-to-buy EV or hybrid can end up saving real money each year compared with a pricier gas car.
LONGi energy strategy is not just “one plus one”
LONGi, one of the world's largest solar panel makers, is expanding into battery storage. The company's new strategy, called LONGi ONE, bundles solar panels with batteries and the software that manages them, rather than selling panels alone. The idea is that solar power increasingly needs batteries to store electricity generated during the day for use later, especially as more solar on the grid has led to periods of very cheap or even negative-priced electricity in some places. This is mainly industry and business news rather than something that changes what's available to homeowners right now. LONGi's push includes a plan to set up 30 regional service centers by 2028 to support battery maintenance and technical help, and it recently acquired a company called PotisEdge to gain battery-management technology. The company describes its goal as helping customers decide when to charge and discharge batteries and how to earn revenue from selling stored power back to the grid at the right times. For homeowners, the practical takeaway is that major solar manufacturers are betting heavily on pairing rooftop or utility solar with battery storage as the next phase of the industry, rather than treating panels as a stand-alone product. If you're considering solar for your own home, this points to batteries playing a bigger role going forward, both for backup power and for managing electricity costs. Specific rebates or programs for home battery systems vary by state, so it's worth checking what's offered where you live.
Investing in the Next Generation Through Scholarships
The Building Performance Association, a trade group for the home energy efficiency industry, has been offering scholarships to help newcomers attend its conferences. These events cover topics like home energy audits, insulation, and heat pumps, and bring together new workers, business owners, and experienced professionals in the field. Through the Mike Rogers Memorial Scholarship Fund, the group has awarded over $117,000 to more than 215 people so far, covering conference costs for those who couldn't otherwise afford to attend. This news is mostly about the industry itself rather than something that changes how you'd plan a home upgrade. But it's a sign of how the field that installs and inspects energy improvements — audits, insulation, heat pumps — is training its workforce. A more experienced, better-connected pool of energy auditors and contractors can mean more knowledgeable help when you're ready to look into upgrades or rebates for your own house. The group is currently accepting scholarship applications for its upcoming Alaska Home Performance Conference & Trade Show, with this being the last week to apply. This is aimed at people entering or working in the industry, not homeowners directly, but it's worth knowing the field is actively bringing in new talent as demand for home energy upgrades grows.
I tested this lithium-ion battery charging cabinet as the safest place to charge your e-bike batteries
If you charge e-bike or power tool batteries at home, a new type of storage cabinet is meant to make that safer. The Yolin lithium-ion battery charging cabinet looks like an ordinary steel shop cabinet but is built specifically for charging lithium batteries. Inside, it has built-in outlets for multiple chargers, a temperature-controlled fan that switches on only when needed, and its own smoke alarm so you would know quickly if something went wrong while you were in another room. The main safety feature is automatic fire suppression built into the cabinet, designed to trigger if it senses the extreme heat of a battery fire (called thermal runaway). Combined with double-wall steel construction, the goal is to contain a fire rather than let it spread through a garage or home. The maker says the design references European fire-resistance standards and is meant to hold up for up to 90 minutes. Yolin sells two sizes: a smaller "Urban" cabinet for $599, good for charging one or two batteries in an apartment or garage, and a larger "Workshop" model for $899 with more shelving and six outlets, aimed at people with several e-bikes, tools, or a small fleet of batteries. Both take up the same floor space, so the choice comes down to how much charging capacity you need. For someone with a single e-bike charged occasionally, normal charging habits are probably enough. For a household with multiple bikes or battery-powered tools, a cabinet like this offers an extra layer of protection, at a real cost.