Energy efficiency news.
Rebate updates, policy changes, and technology developments — aggregated from 50+ sources, AI-enriched, and scored for relevance.
Boynton Beach Uses Charging Smart to Build a Roadmap for EV Preparedness
Boynton Beach, Florida became the first city in the state to join Charging Smart, a program that helps local governments plan for electric vehicle charging, similar to how the SolSmart program helps with solar. The city already had 12 public charging ports through Florida Power & Light, but officials found they had little control over maintenance and repairs. One charger sat broken for nearly three months. Charging Smart offered free technical help and a step-by-step way to fix gaps like this. Working through the program, the city discovered it already had a permitting process for home and business EV chargers, but the information was hard to find online. Staff published clearer permitting checklists and guidance on the city's website, and updated older EV-related rules that hadn't kept up with changes in technology. By September 2025, Boynton Beach earned Bronze certification, the first tier in the program. It's now working toward Silver, which involves more planning around city vehicle fleets and public charging. For homeowners, this mainly means the permitting rules for installing an EV charger at home should now be easier to find and use, since the city organized that information online. It also signals that public charging in the area may keep expanding, and that the city is paying closer attention to how well existing chargers are maintained. Other Florida cities, including Jacksonville, are now looking at joining the same program.
A New Way to Uncover How Science Is Under Attack
This news is not directly about home energy upgrades, so it does not change any rebate or program you might be using. But it touches on the federal science that underlies climate and health information homeowners rely on. The Union of Concerned Scientists has launched a tracker documenting attacks on federal science under the current Trump administration. Between January 20, 2025 and June 29, 2026, the group counted 576 attacks on science and 188 potential violations of scientific integrity — the principle that keeps federal research free from political interference. These include altering study results, censoring federal scientists' communications, removing public data (including climate-change information EPA had posted online), stopping data collection (such as a canceled hunger survey and paused pipeline-safety research), and blocking scientists from attending conferences or training events. The group argues that passing the Scientific Integrity Act, now before Congress, could have prevented about a third of these incidents. For homeowners, the practical relevance is indirect: much of the science behind climate risk, energy policy, and health guidance comes from these same federal agencies, so disruptions to their research and data can affect the information available to the public over time. The tracker itself does not change any current rebate, incentive, or program — it is a record of political interference in federal science, offered as a public resource and advocacy tool.
The power of LEED for Cities recertification
Two U.S. cities are getting attention for renewing their LEED for Cities certification, a system that grades a city's overall sustainability performance, similar to how LEED certifies individual buildings. Denver just earned LEED Platinum for the second time under the updated LEED v4.1 standard, making it the first city to hit that top rating twice. City officials point to work on clean energy, climate resilience, and equitable investment as the basis for the score. Plano, Texas, has now been certified three times over a decade, moving from an older rating system called STAR Communities to LEED Gold at the end of 2025. Plano's sustainability director says the real value isn't the award itself but what the assessment reveals: where the city is falling short of best practices, so staff and funding can be redirected to the areas with the biggest impact. The city is already using its latest results to explore adding a green building code with its inspections department. None of this creates a new program or rebate for individual homeowners. It's a signal of direction: cities that pursue this kind of certification tend to be actively investing in things like clean energy programs, resilience projects, and building codes that eventually shape what upgrades are required or incentivized for local buildings. If you live in Denver or Plano, it's worth knowing your city has committed, on record, to tracking and improving energy and climate performance citywide, which can shape future local rules and incentives.
California’s choice: Cleaner air for schools or money for utilities
California lawmakers are deciding what to do with $194 million that's been frozen since 2024, money originally meant to help public schools fix aging heating, cooling, and plumbing systems through a program called CalSHAPE. The program was funded by fees collected from customers of the state's three big utilities — PG&E, Southern California Edison, and San Diego Gas & Electric — between 2020 and 2023. Unless lawmakers act by year's end, the leftover funds revert to those utilities, which could pass the money back to customers as a small bill credit: about $2 a month for a year for SDG&E customers, $1.25 for SoCal Edison customers, and 20 cents for PG&E customers. Advocates argue that's too little to justify losing money that could instead replace old air conditioning, add air filtration, and swap gas heaters for electric heat pumps (which both heat and cool) in schools serving roughly 120,000 students. The money isn't guaranteed to even reach customers as bill relief — utilities aren't required to pass unspent funds back to ratepayers, and some advocates worry it could simply become utility profit through accounting shifts. Supporters of keeping the funding for schools point to health and academic benefits from better indoor air quality and temperature control, along with reduced strain on the power grid during heat waves. This is a state budget fight, not something homeowners can act on directly, but it reflects a broader pattern: several states are weighing whether to trim energy-efficiency programs to offer small, short-term relief on utility bills. If your state runs similar efficiency or electrification programs, it's worth checking whether current funding is stable or under similar debate.
Your guide to LEED v5: Creating today’s high-performance buildings
This news is about LEED, the certification system used mainly for commercial and large multifamily buildings, not single-family homes. The group behind it, USGBC, has rolled out a new version, LEED v5, aimed at pushing buildings toward lower carbon emissions and better health and resilience standards. Along with the update, it pushed back the deadline for registering projects under the older LEED v4 and v4.1 standards, giving building teams until June 30, 2027, instead of June 30, 2026, to start those projects. For homeowners, this doesn't change anything directly. LEED certification applies to commercial buildings, offices, and building operations and maintenance, along with credentials for industry professionals. It is not a program homeowners can apply to for their own house, and it does not come with rebates or tax credits for individual homes. Where it might matter indirectly: if you live in or near a large apartment building, office, or public building that pursues LEED certification, this update affects the timeline and standards that building owner might follow. It could eventually influence things like energy efficiency requirements or decarbonization goals in commercial and multifamily construction, which shapes the broader building industry over time. But there is no new homeowner program, incentive, or deadline here to act on.
Stylish, Character-Defining Windows
This piece is about matching windows to the style and age of a house, mainly for people replacing or restoring windows rather than upgrading energy performance. The main point is that window size, shape, and pane pattern (called muntins, the strips that divide glass into smaller lights) are what make a house read as Colonial, Victorian, Craftsman, or mid-century Ranch. Getting proportions wrong, like putting a wide, short-paned replacement window where a tall, narrow one used to be, can make a house's front look off, even if the new window fits the opening. For homeowners with an older house, the advice is that original windows are usually the best fit, but restoration is a real option: wood sash and steel casements can be repaired and weatherstripped, and adding storm windows or interior inserts (secondary glazing) improves comfort and efficiency without replacing the originals. If replacement is unavoidable, window makers can now match old proportions, muntin depth, and moulding profiles fairly closely, and can build custom shapes like bow windows or fanlights. The article also runs through a basic guide to window types, casement, hopper, double-hung, awning, jalousie, and eyebrow, and how each style era (Colonial, Victorian, Craftsman, Ranch) tends to use particular window shapes, groupings, and trim. There's no rebate or program news here; it's a design and restoration reference for anyone weighing whether to repair, add storm glazing, or replace windows on an older home.
Electric Futures Raleigh Engages Community at Juneteenth Celebration
On June 20, the Southern Alliance for Clean Energy and EVHybridNoire joined local groups Southeast Raleigh Promise and Partners for Environmental Justice at a Juneteenth celebration at the Southeast Raleigh YMCA. Alongside the food, fitness, and entertainment, project staff talked with residents about electric vehicles and gathered input for a survey on EV needs and transportation barriers in the community. The event is part of Electric Futures Raleigh, a two-year effort launched last year to shape how Raleigh's transportation goes electric, with residents having a direct say in the plan. Through surveys, focus groups, and town halls, organizers are collecting input on electric vehicles, charging access, and job opportunities in the EV field. That feedback is meant to guide the city's own electrification plans, which matter because transportation makes up about 52% of Raleigh's greenhouse gas emissions. The city has a goal of cutting emissions 80% by 2050. For homeowners, this is mostly a heads-up that Raleigh's approach to EV charging and clean transportation is still being shaped with community input, rather than a change you need to act on now. If you live in the area and want a voice in decisions about charging stations, workforce programs, or other EV infrastructure, this initiative is the kind of effort where that input is being collected. The broader context: North Carolina already ranks ninth nationally in clean energy jobs, and a $13.9 billion Toyota battery plant is coming to nearby Randolph County, signs that EV infrastructure and support in the region may keep expanding.
U.S. refining capacity decreased during 2025
U.S. oil refining capacity dropped about 1% over the past year, according to new federal data. As of January 1, 2026, the country had 18.2 million barrels per day of refining capacity, down more than 250,000 barrels from a year earlier. Two refineries closed: LyondellBasell's plant in Houston shut down in March 2025, and Phillips 66 closed its Los Angeles refinery in October 2025. A third refinery, Valero's Benicia plant in California, was still counted as operating on paper but had actually stopped refining by March 2026. This matters most for homeowners on the West Coast. The Los Angeles closure cut regional refining capacity by 5%, and there's little pipeline connection between West Coast refineries and the larger refining hubs on the Gulf Coast. That means the West Coast has less cushion if fuel supplies get tight, which can show up as higher or more volatile gasoline and heating oil prices in that region. The Gulf Coast, by contrast, produces more fuel than it uses, so losing the Houston refinery had a smaller effect there. This is a fuel-supply story, not a home energy-efficiency one. It does not affect heat pump rebates, weatherization programs, or other home upgrade incentives. It's mainly a signal of how much oil the country can refine into gasoline and other fuels, and where supply might be more sensitive to disruption. Homeowners who rely heavily on gasoline or heating oil, especially on the West Coast, may want to keep an eye on regional fuel price trends given this tighter supply picture.
A year after US Steel was sold, communities push for clean investment
A year after Japan's Nippon Steel bought U.S. Steel for $14 billion, communities in northwest Indiana are still waiting to see the investment pay off in cleaner, more modern steel mills. The region's mills, some running since 1908, make steel for cars, appliances, and other goods, but rely on coal-fueled furnaces that pollute the air and water while the workforce has shrunk from about 65,000 jobs in the 1970s to roughly 9,000 today. Other foreign steelmakers are also moving into the U.S., partly because of tariffs on imported steel. Korea's Posco is in talks with Cleveland-Cliffs, which owns two other Indiana mills, and is investing in a new steel plant in Louisiana. U.S. Steel is spending $1.9 billion on a new iron-making plant in Arkansas that uses natural gas instead of coal, a method that cuts emissions roughly in half compared with traditional blast furnaces. An even cleaner option, making iron with renewable-powered hydrogen instead of gas, exists but hasn't been widely built yet anywhere. Local advocates want Nippon Steel and other companies to bring these lower-carbon methods to Indiana's aging coal furnaces, arguing it would cut pollution and keep the mills competitive as the industry shifts. Without that upgrade, a local advocacy group has warned the mills could become uncompetitive and close by the 2040s. For homeowners, this isn't about a specific rebate or upgrade, but about whether industrial pollution and jobs in steel regions like northwest Indiana change in the years ahead.
Heat pumps may soon outsell air conditioners in US
Heat pumps are close to outselling standard air conditioners in the U.S. for the first time. A heat pump is essentially an air conditioner that can run in reverse, so one unit both heats and cools a home. A decade ago, conventional ACs outsold them two to one. In 2025, sales were nearly even, and heat pumps actually beat ACs in September of that year. Through April of this year, heat pump sales are up about 1% compared with the same period last year, while AC sales are down almost 8%, according to industry trade group data. Heat pumps use two to four times less energy than fossil-fueled heating systems, and their cold-weather performance has improved enough that they're now catching on in colder states, not just milder ones like those in the South. Many states, cities, and utilities have pushed adoption through rebates, building codes that favor electric equipment, or lower electricity rates for heat pump owners. Maine, despite its cold winters, set an adoption target for heat pumps and has already surpassed it. One incentive that's no longer around: federal tax credits for heat pumps, which Congress and President Trump repealed last year. Depending on where you live, state or utility programs may still offer help with the cost of switching. If you're weighing a replacement for an aging furnace or air conditioner, it's worth checking what your state or utility currently offers, since incentives vary widely and change over time.
Metered electricity demand in the New York ISO falls midday because of small-scale solar
New York's electric grid is running differently than it used to, thanks to rooftop and other small solar systems under 1 megawatt. These systems aren't tracked by utilities the way big power plants are, but their growing output is clearly reshaping demand patterns, especially in early spring, when sunny days coincide with relatively low overall electricity use. Since 2018, New York has added 5.6 gigawatts of solar capacity, and about half of that is small-scale, the rooftop kind. As more of it comes online, midday demand on the utility grid has dropped, because homes and businesses are drawing more power from their own panels instead of the grid. But the effect reverses later in the day. Back in 2018, electricity demand rose by about 850 megawatts on average between 8 and 11 a.m., as people started their day. By 2026, demand in that window actually fell by about 923 megawatts, since solar output ramps up fast in the morning. Then in the evening, as the sun goes down and home solar production drops off, grid demand jumps sharply, rising by about 2,221 megawatts between 4 and 7 p.m., far more than the 681-megawatt increase seen in 2018. For homeowners, this shows how much rooftop solar is changing the shape of daily electricity use across the state, smoothing demand at midday while making evenings busier for the grid. It's a reminder that when your own solar panels stop producing at sunset, the rest of the system has to work harder to pick up the slack.
Disney World Goes Solar and 5 Other Exciting Signs of Progress in the Southeast
A roundup of clean energy developments in the Southeast includes a few items worth noting if you're weighing upgrades at home. Small plug-in solar panels, which plug directly into a standard wall outlet with no contractor needed, are reportedly saving renters and homeowners up to $400 a year on utility bills. They cost far less than a full rooftop solar system and typically pay for themselves in two to five years. On the electric vehicle side, Georgia drivers could save more than $2,000 a year by switching from gas to electric, according to AAA figures cited in the piece: gas averages $3.79 a gallon versus roughly $0.15 per kilowatt-hour for home charging, and EVs waste far less energy than gas engines. EV owners also reportedly pay about half as much for repairs and maintenance. The rest of the roundup covers broader regional trends rather than direct homeowner action: an electric school bus program in rural Tennessee saving one district about $650 a month on fuel, a South Carolina solar panel factory tied to thousands of manufacturing jobs, a Charlotte job-training program connecting people leaving the criminal justice system to green energy careers, and Walt Disney World's solar arrays now generating enough power to cover its parks' daytime needs. None of these directly affect a homeowner's own upgrade decisions, but they point to solar and EVs becoming a bigger part of everyday life across the region.
These states are the best for EV buyers and drivers
With federal tax credits for electric vehicles gone and charger buildout moving slowly, states are increasingly setting their own course on EVs. A new analysis from the Brookings Institution scores states on how ready they are for electric vehicles, looking at things like purchase incentives, charging networks, and registration fees. California and Massachusetts tied for the top spot, each earning 11 out of 13 possible points. Massachusetts, New York, and Connecticut stand out for offering three big perks to EV buyers: purchase rebates or tax credits, extras like toll credits or parking benefits, and no annual EV registration fee. Massachusetts and New York also lead on charging, with strong public charging networks, rebates for installing home chargers, and special utility rates for EV charging. No state is perfect, though. Massachusetts doesn't allow EV manufacturers to service vehicles there and has no real plan for expanding charging infrastructure, while California's annual EV registration fee and lack of special charging utility rates count against it. At the other end, six states — Indiana, Louisiana, Montana, Ohio, Nebraska, and South Dakota — have no EV-friendly policies at all, according to Brookings, and 19 more have only a handful. If you're weighing an EV purchase or a home charger, it's worth checking what your own state offers, since incentives, rebates, and charging perks vary widely depending on where you live.
A Bungalow in South Pasadena
A family in South Pasadena, California, turned a 1913 Craftsman bungalow's unused three-car garage into a family room and updated a dated 1970s kitchen, adding 675 square feet along the way. The addition includes a first-floor guest room and bath, a pantry, and a laundry room, connected to the kitchen and family room by a new hallway. Alongside the layout changes, the owners made several energy upgrades. They added solar panels to the roof and installed heat pumps, which use electricity to both heat and cool a home more efficiently than older furnace and air conditioner setups. They also swapped out gas appliances for electric ones, including an induction cooktop, moving the kitchen fully off gas. A built-in "tech closet" between the kitchen and family room houses smart-home electronics and networking equipment that control the systems. The rest of the renovation focused on matching the home's Arts and Crafts character: soapstone counters, custom tile work with personal touches, and cabinets built with pullout drawers instead of fixed shelves for easier access. The architect also had to solve a practical problem from converting the garage — plumbing lines running through the space from an upstairs bedroom suite, which she hid inside a new ceiling soffit rather than leaving exposed. For homeowners with older houses, this project is a reminder that efficiency upgrades like solar and heat pumps can be paired with historic-style renovations without one having to come at the expense of the other.
Washington coal plant produces no power but plenty of costs. Who pays?
The last coal-fired power plant in Washington, near Centralia, hasn't burned coal since December, but the Trump administration has ordered it to stay on standby, citing regional energy security. Energy Secretary Chris Wright has renewed that order twice, most recently through September 13, 2026. The plant's owner, TransAlta, says it's complying but wants reimbursement for the cost of keeping the facility and its workforce ready to run — nearly $20 million so far, with another $23 million possibly needed for repairs if the standby order continues into fall. The fight now is over who pays. TransAlta wants the costs split among regional grid managers and power authorities, including the Portland-based Bonneville Power Administration, which supplies wholesale power to more than 130 utilities across Washington, Oregon, Idaho, and western Montana. Those entities say they never asked for or received coal power from the plant and shouldn't be billed. If regulators side with TransAlta, the costs could eventually show up in electric bills across the Northwest, since utilities may pass them on to customers. The Federal Energy Regulatory Commission is reviewing the dispute, with no set timeline for a decision. Washington law now makes coal power increasingly uneconomical in the state — new sales taxes on coal deliveries, required carbon-emission fees, and a ban on utilities buying coal-derived electricity starting this year. TransAlta says it doesn't expect the plant to actually burn coal again and is instead pursuing a conversion to natural gas, with a final decision expected in 2027.
Massachusetts Senate preserves energy-efficiency funding in new bill
If you live in Massachusetts and have used Mass Save for rebates on insulation, weatherization, or efficient appliances, this fight in the Statehouse matters to you. Earlier this year, the House proposed cutting $1 billion from Mass Save, the state's efficiency program, out of its $4.5 billion three-year budget. Because of timing, that cut would have landed almost entirely in the program's final year, effectively stalling it. The Massachusetts Senate has now released its own energy bill, and it leaves that cut out entirely. The Senate bill still needs full debate, set for July 1, and then negotiators from the House and Senate will need to reconcile the two versions, so nothing is final yet. But the committee chair overseeing energy policy says there's little interest among senators in cutting Mass Save funding at all. Supporters of keeping the program point to data showing that from 2016 to 2024, Mass Save's roughly $8 billion in spending prevented about $16 billion in higher energy costs for ratepayers, including people who never used the program directly. The Senate bill also includes other provisions that could affect household bills over time: allowing cities to ban competitive electric suppliers, permitting plug-in solar systems, and phasing out a program that lets gas companies recover pipe-repair costs from customers faster, which currently adds fees to bills. None of this is settled law yet, but it signals that Mass Save rebates are likely to survive in something close to their current form.
FEMA Review Council Report, Like President Trump, Is Out of Touch with Reality
A White House council set up to review FEMA, the federal agency that handles disaster response and aid, has released recommendations that critics say would shrink federal disaster help rather than improve it. The report would push more training and response duties onto state and local governments, move toward privatizing federal flood insurance, and further reduce FEMA's staff, which has already dropped by about a third since last year. Most of these changes would need Congress to act, but the incoming FEMA administrator could implement some pieces on his own. For homeowners, the concern is that disaster aid could become harder to get and less generous, especially for lower-income households, while wealthier communities may fare better. The report also does not address the growing role climate change plays in disasters. This year alone, five weather disasters have each caused at least a billion dollars in damage. Past storms and heat waves, including Hurricane Erin and Hurricane Helene, were measurably worsened by climate change, and January 2025's Los Angeles wildfires were made more likely by warming as well. Critics argue the council ignored this evidence and misrepresented its own survey data, which actually showed public support for stronger FEMA funding and disaster prevention efforts. A separate bill in the House, the FEMA Act, would keep FEMA as a cabinet-level agency, extend how long disaster survivors can get help, and create a single application for disaster assistance. It has passed committee but has no Senate companion yet. For now, no changes have taken effect, but homeowners in disaster-prone areas may want to watch whether federal aid rules, flood insurance options, or state responsibilities shift in the coming months, particularly heading into hurricane season.
Best Window Features for Indiana’s Four-Season Climate
If you're thinking about new windows, Indiana's swing from freezing winters to hot, humid summers is worth keeping in mind when you compare features. Low-E (low-emissivity) coatings are a glass treatment that helps manage heat transfer, cutting heat loss in winter and blocking some solar heat in summer. Multi-pane windows, with two or three layers of glass and insulating gaps between them, tend to insulate better and cut drafts compared to older single-pane windows, which matters through both cold snaps and heat waves. Frame material is another choice to weigh. Wood, vinyl, fiberglass, and aluminum each differ in maintenance needs, durability, looks, and how well they hold up thermally, so it comes down to your own priorities. Given Indiana's rain, snow, wind, and storms, look for quality seals and weatherstripping that limit air leaks and moisture getting in. Installation quality matters just as much as the window itself; even a good window can underperform if it's put in wrong. Beyond energy performance, larger window designs can bring in more natural light without necessarily sacrificing efficiency, and multi-pane glass can also cut down on outdoor noise, which helps if you're near a busy road. When comparing options, it helps to look at glass type, frame material, energy-performance ratings, maintenance demands, and warranty terms together, rather than focusing on price alone, since these all affect how a window performs in Indiana's changing seasons.
Hyundai’s new steel mill sparks hopes and fears in Louisiana
Hyundai is building a nearly $6 billion steel mill in Donaldsonville, Louisiana, set to open in 2029. The plant will use newer, less-polluting technology than traditional coal-fired steel mills: a direct reduction furnace paired with electric arc furnaces, running on natural gas at first, with carbon capture to bury emissions underground. Hyundai has said it may eventually switch to hydrogen made from renewable electricity, which would cut pollution further, but the company hasn't given a timeline and says green hydrogen isn't yet affordable at scale. Making enough of it for this one plant could require more renewable power than Louisiana currently has installed. This isn't a story about home upgrades or rebates. It matters mainly as a sign of where industrial energy policy is heading in the U.S. The project reflects broader tension between fossil-fuel-based manufacturing and cleaner alternatives, and it shows how slowly the shift to renewable-powered industry is moving under current federal policy, which has pulled back support for hydrogen and offshore wind projects nationally. For nearby residents in Ascension Parish, the concerns are local: air and water pollution, jobs, and transparency, since Louisiana officials negotiated a $2.6 billion incentive package under nondisclosure agreements. Community groups are pushing for a binding agreement on hiring, safety, and pollution limits. There's no rebate, tax credit, or program here that affects an individual homeowner's own energy bills or upgrades — this is a large industrial development story, not a home energy one.
How Minnesota’s Weather Impacts Your Roof Throughout the Year
Minnesota's shifting seasons put different kinds of stress on a roof throughout the year. Winter brings snow that can sit on the roof for long stretches, plus repeated freezing and thawing and ice that can build up along edges and in gutters. Spring adds melting snow, rain, and sometimes strong winds and storms, which is why many homeowners take a look at their roof once the weather warms up, especially after any rough storms. Summer brings direct sun exposure along with thunderstorms and occasional hail, and it's also a common season for roofing projects since conditions are generally good for outdoor work. By fall, falling leaves and other debris tend to pile up on the roof and in gutters, making cleanup and a general check of the exterior a common task before winter sets in. None of this means a roof needs attention every season, but it's worth knowing that a roof faces a different challenge nearly every few months here, from ice buildup to hail to debris clogging gutters. Keeping an eye on your own roof's condition as the seasons turn, and paying closer attention after a bad storm, is a reasonable way to catch problems early. If something looks off, a local roofing company can help sort out whether it's a minor seasonal issue or something that needs fixing before the next round of weather arrives.
Tesla, Sunrun, Renew Home team up on massive 16GW virtual power plant
Three major companies in home energy, Tesla, Sunrun, and Renew Home, have agreed to link up home batteries and smart thermostats into what they call a virtual power plant: a network of home devices that can be turned down or tapped for power together, acting like a backup power source for the grid. Combined, they say they can offer more than 16 gigawatts of capacity, drawing on hundreds of thousands of home batteries and more than 8 million smart thermostats already installed in houses around the country. The goal is to help utilities handle surging electricity demand from data centers being built for artificial intelligence, without raising costs or straining the grid for everyday customers. If you already have a Tesla or Sunrun battery, or a smart thermostat tied to Renew Home (which grew out of Google Nest's thermostat program), your device may already be part of one of these networks, or could be enrolled in the future. Participating usually means allowing your battery to discharge or your thermostat to adjust during hours when grid demand peaks, in exchange for payment. The companies say they've already paid out nearly $70 million to customers in these programs, though it's not clear yet how this new, larger partnership will change payouts. The companies are focusing early efforts on regions with heavy data center growth, including northern Virginia and the mid-Atlantic grid run by PJM Interconnection, as well as California, Texas, and parts of the Midwest. A separate study found that if these programs prioritized lower-income households in cities like Atlanta, Memphis, Kansas City, and Columbus, participating homeowners there could save between $50 and more than $1,000 a year on utility bills.
A Year in, the Trump Administration is Exercising “Gold Standard” Suppression of Science
This story is about federal science policy, not home energy programs, but it touches on agencies homeowners rely on for climate and health information. A year after the White House told federal agencies to follow "gold standard science" rules, watchdog groups say the policy has been used to remove public information, cast doubt on established research, and shift scientific decisions toward political appointees. NOAA shut down climate.gov, its longtime climate science site, and redirected users to a general NOAA page, citing the gold standard order without explaining what the site did wrong. The CDC added language to its autism and vaccines page suggesting the established finding that vaccines do not cause autism is not "evidence-based," despite decades of research supporting it. The EPA has proposed weakening rules on two chemicals, ethylene oxide and formaldehyde, leaning on industry-funded studies while removing dozens of federal webpages about their health risks. Agencies have also reorganized in ways that reduce independent scientific review. The EPA dissolved its main research office and replaced it with a smaller one under political appointees. More than 100 federal science advisory committees have been eliminated, including at the Department of Energy, which shrank its advisory board from about 150 members to 22. A proposed rule from the Office of Management and Budget, open for public comment until July 13, would let political appointees reject scientific findings that don't match the administration's priorities. None of this changes rebate programs directly, but it affects the government sources homeowners turn to for climate, health, and chemical safety information.
Base Power brings cheap batteries to residents in power-starved PJM
If you live in Chicago's ComEd territory, there's a new cheap way to get home battery backup power. Battery startup Base Power, known for its work in Texas, has launched in Illinois, offering the first 2,000 sign-ups a 40-kilowatt-hour backup battery for just $95 upfront. After that, later customers pay $295. That's far below the $10,000-plus these batteries usually cost. Customers also buy their electricity from Base Power at a 25% discount off ComEd's standard rate, currently 10.4 cents per kilowatt-hour. The catch is a 12-year contract, though you can exit early for a $500 fee. Base Power can offer such low prices partly because it profits from operating these batteries as a network, drawing on them to help balance the regional grid, which covers 13 states including Illinois and has struggled to keep up with rising power demand from data centers. Illinois also has favorable rules: it allows customers to buy power from companies other than their utility, and ComEd pays market rates when batteries send power back to the grid at peak times. A new state law taking effect this summer adds a rebate for customers who agree to discharge their battery during summer evening peak hours, which Base Power will use to keep its pricing low. For now, this offer is specific to ComEd customers in northern Illinois. Base Power has said it may expand further into the same regional grid, and other states within that grid could adopt similar rules if they want utilities to offer comparable deals.
Norwegian startup raises $6M to fix this sneaky source of energy waste
A Norwegian startup called Eqon has raised $6 million to tackle waste from electric heating cables, the kind of cables used to keep pipes, equipment, and even sidewalks from freezing. These cables usually run only two ways, fully on or fully off, so they often burn more electricity than needed. Eqon makes a plug-in device, roughly the size of a home internet router, that acts like a dimmer switch for these cables. Using weather data and temperature sensors, it can scale back output to a small fraction of full power instead of running at 100%, cutting energy use and cost. This is mainly industrial news rather than something homeowners will encounter directly. Eqon's roughly 30 customers so far are factories and industrial sites, such as an Arctic Circle plant making omega-3 supplements, which saw a 20% drop in energy use for its heating cables after installing the devices. The company says savings can reach up to 80% depending on the project, and it's now using the new funding, led by U.S. investment firm Azolla Ventures, to expand into the American industrial market. The relevance for homeowners is indirect: cities also use similar heating cables to melt snow on sidewalks and roads, so this technology could eventually show up in municipal infrastructure. But for now, there's no consumer product or home application described, just a bigger push to cut waste in an overlooked corner of industrial energy use.
U.S. commercial crude oil inventories have decreased in June
This is a routine government report on oil and fuel supplies, not something that calls for action around your house. It tracks how much crude oil, gasoline, and diesel the country has in storage week to week. For the week ending June 19, 2026, U.S. crude oil stocks fell by 6.1 million barrels, landing 7% below the five-year average for this time of year. Refineries ran at 96.1% of capacity, processing 17.1 million barrels a day of crude. Gasoline supplies actually grew slightly and diesel supplies grew more, though both remain below their typical five-year levels. Propane stocks, often used for home heating in some regions, rose and now sit well above average. None of this points to an immediate change in what you pay at the pump or for home heating fuel, but it does show the broader supply picture: oil and gasoline stocks are tighter than usual, while diesel and propane have more cushion. Gasoline demand nationally dipped a bit compared to last year, while diesel and jet fuel demand ticked up. If your home uses propane or fuel oil for heat, this kind of data can be a rough signal of how well-supplied those markets are heading into next season, though it does not translate directly into local price predictions for your area.
The American Project Has Never Been Perfect. It’s Still Worth Fighting For.
This piece is a personal reflection on American democracy and the role of science in it, tied to the country's upcoming 250th anniversary. It does not cover home energy upgrades, rebates, or any program changes that would affect a homeowner's plans. The author, preparing for a family trip to Niagara Falls, writes about the country's founding ideals and its unfinished progress on equality, and argues that science plays a key role in checks and balances by providing reliable data and independent expertise. The piece cites a new tracking tool from the Union of Concerned Scientists that counted 574 actions between January 2025 and May 2026 that the group characterizes as attacks on science, including politicizing research funding, sidelining federal scientists, and weakening scientific integrity protections. There is no news here about energy efficiency, heat pumps, weatherization, rebate programs, or funding deadlines that would change what a homeowner should expect for their own house. It is best read as a broader commentary on democracy and science policy rather than a practical update for energy upgrade planning.
“Solar in the Southeast” Ninth Edition Report: Solar Boom Meets Solar Resistance
Solar power is growing fast across the Southeast, but a new report finds several utilities are scaling back future solar plans in favor of new gas power plants, mainly to meet rising electricity demand from data centers. The region had almost 30 gigawatts of solar installed in 2025, with utility plans pointing toward 54 gigawatts by 2030, but that growth is not guaranteed. Florida leads the region and has been a strong market for rooftop solar, helped by a leasing program approved in 2018. But Florida Power & Light, the state's largest utility, cut its planned solar additions by nearly 30 percent, citing the expiration of federal solar tax credits, and plans no new solar from 2031 to 2033 while adding gas capacity instead. In North and South Carolina, Duke Energy has reduced near-term solar plans, paused a planned 2026 solar procurement process, and dropped two customer programs: a community solar option called Clean Energy Connection and a renewable energy credit program called Clean Energy Impact. A residential solar-plus-battery pilot in North Carolina, called PowerPair, has done well and continues. If you're weighing solar or battery storage for your own home, it's worth checking directly with your utility or state energy office about which programs are still active, since offerings are changing state by state and, in some cases, utility by utility. Programs that exist today, like community solar or credit programs, may not remain available in the same form next year.
Virginia slaps data centers with big new tax — but no climate rules
Virginia lawmakers just passed a new state budget that puts a $600 million tax on the electricity data centers use — the first tax of its kind in the country. Gov. Abigail Spanberger is expected to sign it before the July 1 deadline. But the budget skips the tougher climate and air-quality rules that some Democrats had pushed for, including limits on the diesel backup generators many data centers run and a requirement that tech companies build their own clean power, like solar or batteries, to cover their energy use. That matters for Virginia residents because those backup generators emit pollutants such as carbon monoxide and nitrogen oxides, and researchers have found pollution from clusters of data centers in northern Virginia has at times rivaled a nearby gas power plant. One bill this year would have required batteries as the first backup option and capped generator use at 500 hours a year, but only a narrower piece survived: new data centers must now use lower-emission "Tier 4" generators instead of older, dirtier "Tier 2" models. Rules on water use and noise did make it into the budget, though nothing on the generators themselves. None of this is a program or rebate for homeowners to act on. It's a sign of how your state is — or isn't — regulating the data centers driving up electricity demand nearby. Virginia's utility, Dominion Energy, expects data centers to account for over half its electricity sales by 2035, which is part of why the debate over who pays and who cleans up matters for future bills and air quality. A legislative study panel is due to recommend further data center reforms by the end of the year.
New Ohio bill could hamstring big wind and solar farms even more
The Ohio Senate has passed a bill, SB294, that would make it harder for large wind and solar farms to get approved in the state, even as lawmakers on both sides agree Ohio needs more electricity supply. The bill would require any "reliable" energy source to hit a 50% capacity factor — a measure of how much power a source actually produces compared to its theoretical maximum. Solar farms in the U.S. averaged just 24.4% last year, so many projects would likely need to add battery storage to qualify, raising costs. Smaller projects — under 50 megawatts for solar and 5 megawatts for wind — would be exempt from this rule. Supporters, including groups tied to the fossil fuel industry, say the bill favors "affordable, reliable" energy. Critics, including the Ohio Chamber of Commerce, solar industry groups, and the regional grid operator PJM, argue that capacity factor isn't a real measure of reliability, since the grid works because it combines many different power sources, not because any single one runs constantly. The bill has moved to the Ohio House, where it may be taken up after summer recess. For homeowners, this bill doesn't directly change any rebate or upgrade program. But it could shape how much new wind and solar power gets built in Ohio in coming years, which affects the state's electricity supply and, potentially, future prices.
Louisiana adjourns its 2026 legislative session
Louisiana's 2026 legislative session, which ran from March to June, ended with two measures that push back against the state's 2022 climate action plan, which had set goals for cutting greenhouse gas emissions. One resolution, HR 274, directs a legislative committee to review that plan and the task force behind it, though no timeline has been set for when this review will happen. The other, HB 804, creates legal protections for energy producers against certain lawsuits over greenhouse gas emissions; it was sent to the governor, who has 20 days to act before it becomes law automatically. Two other bills that concerned clean-energy advocates did not pass. One would have blocked state funds from going to programs aimed at net-zero emissions goals and let private citizens sue public agencies over violations. Another sought to have the state formally reject the 2022 climate plan. Neither advanced this session, though the review under HR 274 could bring similar arguments back into play, and there's a chance one of these bills gets reintroduced in 2027. None of this changes any rebate program or incentive you can use on your own home right now. It signals a shift in how Louisiana's state government is treating its climate and emissions goals more broadly, which could shape future state-level energy policy. If you're weighing an upgrade, it's worth keeping an eye on how the state's climate plan review unfolds, since it could affect programs tied to that plan down the road.
UAE's exit from OPEC+ reduced the group's share of crude oil production and capacity
This is global oil market news, not a home energy story, but it touches on why fuel prices move the way they do. In April 2026, the United Arab Emirates left OPEC, the group of oil-producing countries that coordinates production levels to influence world crude oil prices. The UAE had been OPEC's third-largest producer, pumping about 3.4 million barrels a day in 2025. Without the UAE, OPEC's share of world crude oil production drops from 35% to 31%, and the wider OPEC+ group's share falls from about 46% to 42%. The bigger disruption is the closure of the Strait of Hormuz, a key oil-shipping route, following conflict in Iran that began in February 2026. This has cut regional oil production and rattled markets. The UAE and Saudi Arabia are rerouting exports around the closed strait through pipelines to other ports, which has helped them lose less production than other Middle Eastern producers still dependent on that route. The UAE is doubling its pipeline capacity by 2027 to move even more oil this way. For homeowners, none of this requires any action, but it helps explain why gasoline, propane, or heating oil prices might be more volatile lately. Tighter global crude supply and shipping disruptions in the Middle East tend to show up at the pump and in fuel bills, even though the underlying causes are geopolitical and far from any single house.
Your morning coffee is killing the planet
This one is about food and farming, not home energy upgrades, but it's worth knowing the basic point. A new report from the nonprofit Coffee Watch found that coffee farming has cleared about half a million acres of forest in Vietnam's Central Highlands since 1990, an area the size of Luxembourg. Vietnam is the world's second-largest coffee grower and the top source of cheaper "robusta" beans used in most instant coffee. The cleared land has also lowered water tables and worn out soils, and droughts tied to this damage have already pushed coffee prices up. The wider point of the piece is that food production, not just cars or power plants, is a major driver of climate and environmental damage. Agriculture causes most deforestation and habitat loss globally, and coffee is only a small slice of that, about 1 percent. Cattle ranching is a far bigger factor, replacing forest area roughly 200 times larger than what coffee has consumed in Vietnam, and beef is described as a much bigger climate problem than coffee. There is no rebate, program, or upgrade tied to this news, and nothing here changes what a homeowner needs to do about heating, cooling, or weatherizing a house. It is simply a reminder that everyday consumption, including what ends up in your morning cup, carries an environmental cost worth knowing about, even if it is not something to act on around your own home.
Installing a heat pump might increase the value of your home
If you have a heat pump (a single system that both heats and cools a home using electricity, more efficiently than a gas furnace) mentioning it in your listing when you sell could pay off. A new report from the Smart Energy Consumer Collaborative, the customer-data firm 257, and the National Association of Realtors looked at more than half a million U.S. home sales from 2024 to 2025. Listings that mentioned a home's heat pump sold for 0.6% to 1% more than similar homes that didn't advertise one — about $2,300 to $3,900, based on a median sales price of $399,000. A ducted heat-pump system costs around $15,400 on average to install, so that price bump could recoup roughly 15% to 25% of the cost. An earlier, differently designed study from 2020 found an even bigger premium — 4% to 7%, or $10,400 to $17,000 — by comparing the same homes' sale prices before and after a heat pump was added. The two studies asked different questions, but both point the same way: buyers are willing to pay more for a home with a heat pump already in place. The catch is that most sellers aren't getting credit for it. The report found heat pumps were mentioned in listings only 8% of the time, even though buyers increasingly ask about energy-efficient features to help control utility bills. More than half the real estate agents surveyed said they weren't confident explaining what a heat pump does or why it matters, which may be part of why the appliance so often goes unmentioned.
California solar surged ahead of gas in the first 5 months of 2026
From January through May of this year, solar power beat natural gas as a source of electricity in California on 82% of days, according to federal energy data. This is a big shift for a state where gas has long supplied about 40% of yearly electricity. Large-scale solar generation rose 21% compared with the same months last year, while gas generation fell 60%. Batteries are a big part of the story. California has built 16 gigawatts of battery storage that charges up on solar power during the day and then supplies electricity in the evening, competing directly with gas after sundown. A large new wind project (SunZia) has also started sending power into California, cutting into gas use overnight too. Notably, solar is pulling ahead even though the state still has more gas plant capacity than utility-scale solar capacity, since gas plants can run any time while solar only works when the sun is out. The numbers above don't include rooftop solar, since home solar systems do not report production the way big power plants do. Adding rooftop panels in would likely make solar's lead even larger. Gas may pick back up this summer if heat waves push air-conditioning demand higher than solar alone can cover. But so far this year, solar has clearly had the upper hand on California's grid, a sign of how much cleaner and more solar-reliant the state's electricity has become.
Community solar needs space to grow. Warehouse rooftops have lots of it.
Community solar lets utilities sell power from a shared solar array to nearby customers, who get a discount on their electric bill without installing anything on their own roof. Developers are now looking at warehouse rooftops as prime real estate for these projects, since most warehouses use only 30 to 40 percent of their roof space for their own power needs. In Oakland, California, logistics company Prologis and public energy provider Ava Community Energy just switched on a 720-kilowatt rooftop array that will supply power to income-qualified subscribers with a guaranteed 20 percent cut to their monthly bill. Prologis has similar projects underway in New Jersey and Illinois. Whether this matters to you depends heavily on where you live. Community solar programs currently exist in about half of U.S. states plus Washington, D.C., including Colorado, Illinois, Maryland, Massachusetts, New Jersey and New York. Some of these states, like New Jersey, are expanding their programs and prioritizing rooftops over open land. California, by contrast, has tight cxaps on how much community solar can be built, and regulators there have recently blocked efforts to expand it, arguing it costs more than large solar farms built on open land. If your state has a community solar program, it's worth checking whether a provider in your area offers a subscription — these arrangements are pitched especially at renters and lower-income households who can't put solar on their own roof, offering bill savings without any equipment or installation on your property.
Join BPA as Our Next Chief Executive Officer
The Building Performance Association is hiring a new chief executive officer. BPA is the industry group for the home performance and energy efficiency sector, formed in 2018 from a merger of three groups: Efficiency First, Home Energy Magazine, and the Home Performance Coalition. Its members include contractors, utilities, program managers, and others who work on making homes more energy efficient, comfortable, healthy, and safe. The group has 15 staff members and an annual budget of about $3.5 million. This is a staffing and leadership change at the organization level, not a new program or rebate for homeowners. The new CEO will handle the association's finances, strategy, and outreach to the home performance industry, and will report to BPA's Board of Directors. The job posting lists qualifications like eight or more years of senior management experience and knowledge of the energy efficiency industry, but does not touch on new incentives, technologies, or deadlines that would directly affect a homeowner's own upgrade plans. For homeowners, this news is mainly background: it signals continued activity and investment in the organizations that shape training, standards, and advocacy for home energy efficiency work across the country. It does not change any rebate programs, contractor requirements, or technical standards on its own. Anyone curious about how BPA's work might eventually affect available programs or contractor qualifications in their area can keep an eye on future announcements from the association once new leadership is in place.
Groups Take Legal Action Against Spartanburg Data Center
Two environmental groups, represented by the Southern Environmental Law Center, have asked the South Carolina Public Service Commission to step in over a data center power plant being built in Spartanburg County. The Concerned Citizens of Spartanburg County and the Southern Alliance for Clean Energy say the developer, Valara Holdings, started construction on a roughly 450-megawatt gas-fired power plant without getting approval required under the state's Siting Act. That law requires any power plant larger than 75 megawatts to go through a public review by the Commission before construction begins. Valara reportedly never applied for or received that approval. The plant, meant to supply electricity for Valara's data center, would produce enough power for thousands of homes, but the groups warn it would also release harmful air pollution, including fine particulate matter, smog-forming compounds, and formaldehyde, a carcinogen. Their petition asks the Commission to force an open, public review of the project's environmental and community impacts and to require Valara to provide the transparency the law demands before work continues on Pine Street. This case is playing out in South Carolina and centers on one specific data center project, not a broader rule change. Still, it points to a pattern: as data centers drive up electricity demand nationwide, some developers are building large gas plants to power them, raising questions about air quality and grid impacts for nearby residents. For homeowners elsewhere, it is a reminder to watch for similar large energy projects proposed near your own community.
The Importance of Professional HVAC Inspections Before Summer
Getting your air conditioning system checked before summer heat sets in can catch small problems while they're still cheap to fix. Systems take on wear over the year, and issues like dirty filters or blocked airflow force the unit to work harder, which drives up energy bills. A routine check has a technician clean and inspect the system's parts so it runs efficiently. Summer is the busiest time for repair companies, since air conditioners run nonstop in the heat. Getting an inspection done ahead of time lowers the odds of the system failing on a brutal 95-degree day when everyone else is also calling for emergency repairs. Inspections also matter for indoor air quality, since dust, pollen, and pet dander build up in the system and ducts over time and get blown through the house every time the air conditioner runs. This can be a real issue for anyone with allergies. Watch for weak airflow, uneven cooling in different rooms, strange noises, or a jump in your energy bill. These are common signs a system needs attention already. Catching them early tends to be less costly than waiting for a full breakdown. Regular care also helps the equipment last longer, which matters since replacing a whole air conditioning system is a significant expense.
You’re unsubscribed from Alaska Conference communications.
This page has no news for homeowners planning energy upgrades. It is simply a confirmation notice showing that someone was unsubscribed from email updates about an Alaska building conference. There is no information here about rebates, tax credits, heat pumps, weatherization programs, or any other home energy topic. Nothing in it affects your house or any upgrade you might be considering. If you are tracking energy-efficiency news for your home, this particular item does not apply. Keep an eye out for future updates on programs and incentives that actually relate to home upgrades.
Rooftop solar is in for a tough few years in the US
Rooftop solar installations are set to drop in the U.S., with 2026 numbers expected to hit their lowest point since 2020. The main reason: last year, Congress and President Trump eliminated the 30% federal tax credit that had made solar panels more affordable for homeowners. That same law also killed the 30% credit for home battery backup systems, which many people install alongside solar panels. The industry was already dealing with high interest rates, tariffs, and a major policy change in California that reduced payments to solar customers. Losing the tax credit makes installing solar more expensive at a time when U.S. systems already cost more than in other countries — around $2.58 per watt here compared to roughly $1 per watt in Australia. Analysts expect it could take more than a decade for the industry to match the installation numbers it hit in 2023, a peak driven by a temporarily boosted tax credit and a rush of Californians installing panels before their state's compensation rules changed. Not every state is struggling equally. California's residential solar market is expected to grow 17% this year, and Florida, the second-biggest rooftop solar market, could see growth of 62%. Plenty of sun and rising utility bills seem to be keeping demand alive in these bigger markets despite the lost tax break. Separately, a smaller trend is picking up: balcony solar, cheap plug-in panels that renters can use without owning a roof. Several states have passed laws allowing them, and while they produce far less power than a full rooftop system, they offer another way to generate some of your own electricity if a full installation isn't in the cards.
Plug-In Solar Is Safer, But The Regulations Don’t Reflect That
Plug-in solar is a small panel setup, usually under 2,400 watts, that connects straight into a regular wall outlet — no roof work, no contractor, no big investment. In Germany, over a million of these units are in use with no utility sign-off required. In most of the U.S., though, even a small plug-in unit faces the same interconnection process as a full rooftop system: a utility application, a technical review that can take weeks or months, a signed agreement, and sometimes an inspection or extra disconnect hardware. Portable gas and diesel generators, by contrast, face none of that, even though a new safety analysis from the Southern Alliance for Clean Energy (SACE) found generators have a documented history of killing utility lineworkers through "backfeed" — power flowing back onto lines a worker believes are shut off. Certified solar inverters are built to detect an outage and cut off power automatically, usually in a fraction of a second, and have zero documented lineworker injuries tied to that failure. Because of this mismatch, states are starting to loosen the rules for small plug-in systems. Nine states — Colorado, Connecticut, Maine, Maryland, New Hampshire, New York, Utah, Vermont, and Virginia — have passed laws exempting small, certified plug-in solar units from the standard interconnection process, and 35 states plus Washington, D.C. have introduced similar bills. If you're considering a plug-in solar unit, it's worth checking whether your state has passed one of these laws, since it could mean a simpler approval process or none at all, depending on where you live.
SACE Among Energy Groups Challenging NC Utility Commission Cancellation of Solar Development
A group of environmental organizations, including the Southern Alliance for Clean Energy, is suing to stop the North Carolina Utilities Commission from canceling a 2026 round of solar and battery storage development. The commission had halted the process without a hearing or public comment, and the groups argue this violates due process protections in the state constitution. They've asked a Wake County court to void the order and let the solar procurement move forward as originally planned. The stakes for North Carolina electricity customers, mostly served by Duke Energy, come down to cost and reliability. Duke recently said it expects a large jump in demand from data centers and other big power users, and the company's own long-term plan counted on this solar and storage development to help meet that growth affordably. The groups challenging the order say blocking it removes a low-cost option and could push Duke toward more expensive, polluting gas plants instead, which would likely mean higher bills for customers. For homeowners, this isn't a program you can sign up for or a rebate you'd apply to. It's a dispute over the state's broader electricity supply, the power plants and batteries that feed the grid you draw from if you're a Duke Energy customer. If the commission's order stands, it could mean higher electricity costs down the road and a grid more dependent on gas rather than solar and storage. The lawsuit is now in the hands of a state court.
Tesla offers discounted home batteries in New England VPP push
Tesla is offering cheaper home battery leases to homeowners in Massachusetts and Connecticut, as long as they let the company tap into those batteries to help the power grid. Under the deal, you get a Tesla Powerwall with no money down, paying about $30 a month less than a standard lease in Massachusetts, or about $60 a month less in Connecticut. In exchange, Tesla can control the battery and use it during 70 to 100 grid events a year, mostly times when electricity demand is high and utilities want to avoid firing up expensive backup power plants. Tesla says it still keeps enough charge in your battery to serve its usual job: backing up your home during an outage and helping lower your bill. These states already run a program called ConnectedSolutions, which pays battery owners for sending power back to the grid at peak times. Tesla has used that program for nearly a decade and says its stability, including Connecticut's recently expanded payments through a program called Energy Storage Solutions, is what let the company offer bigger discounts there. This approach is similar to what Tesla already does in Texas, where competition among electricity retailers has led to cheap or free battery deals funded by the money companies make managing those batteries. For homeowners weighing whether battery storage is worth the cost, discounts like these lower the upfront barrier, though the tradeoff is giving up some control over when and how the battery is used. Other companies, including Sunrun, Generac and Enphase, run similar virtual power plant programs elsewhere, so it's worth checking what your own state and utility offer.
The Iran war sparked a shift toward clean energy. Will it last?
The recent conflict between the U.S. and Iran pushed fossil fuel prices up around the world, and that drove a lot of people toward clean energy alternatives. A deal to end the war and reopen the Strait of Hormuz, a key oil and gas shipping route, has since brought oil prices down, though experts think it could take up to a year for prices to fully settle, partly because fuel infrastructure in the Middle East was damaged during the fighting. While the war lasted, the price spike had real effects. Electric vehicle sales, which had been sluggish, picked up in the U.S. and globally through April and May. In Europe, households in Britain, Germany, and the Netherlands installed rooftop solar to dodge high electricity bills. In India, a cooking gas shortage pushed people toward induction stoves, and the Philippines saw a jump in rooftop solar installs as well. Some analysts think this could mark a lasting shift rather than a temporary blip, pointing to the 1970s oil crises as a precedent that pushed the world toward more efficient energy use. For homeowners in the U.S., the most direct effect so far has been at the gas pump rather than in home energy costs. But the broader trend is worth watching: if fossil fuel prices stay volatile, electric options like EVs, induction cooking, and rooftop solar may keep looking more appealing on cost and reliability grounds, regardless of what happens with any single conflict.
May end-of-session roundup
Several states wrapped up their 2026 legislative sessions in May, with a mix of results that touch on building codes and clean energy, though little of it means immediate changes for most homeowners. In Connecticut, lawmakers passed a bill stretching out how often the state must update its building, fire, and safety codes to match national model codes, only requiring updates every six years instead of more often. Groups that track energy codes opposed this, arguing that sticking with older codes for longer can mean higher long-term costs for homeowners, since newer codes often bring better energy-efficiency standards. In Illinois, the legislature adopted a new law aimed at lowering residents' utility bills while moving the state toward a 2045 clean-energy goal, though a separate bill that would have required schools to monitor indoor air quality did not pass. Oklahoma and South Carolina both saw bills fail that would have pushed for stronger energy-efficiency standards in state buildings and easier updates to commercial energy codes, respectively. In Vermont, a bill setting rules for data center construction was vetoed, while a separate economic development bill — still awaiting the governor's signature — would let local governments set up "C-PACE" districts. This financing tool allows commercial property owners to borrow private money for clean-energy upgrades and pay it back through their property taxes, easing the upfront cost barrier. If it becomes law, it would apply to commercial properties rather than to homes directly. Arkansas voters, meanwhile, may see a ballot measure this November on establishing a constitutional right to a clean and healthy environment, if enough signatures are gathered by July 3.
Permian natural gas production increased faster than crude oil
Natural gas production in the Permian Basin, a major oil and gas region spanning West Texas and southeast New Mexico, has grown faster than crude oil production over the past several years. Between 2021 and 2025, natural gas output there rose 60%, from 17.2 billion cubic feet per day to 27.6 billion. Crude oil production grew too, but by a smaller 39%, from 4.7 million barrels a day to 6.6 million. The reason has to do with how oil and gas fields change as they age. As wells are pumped over time, pressure underground drops, and natural gas becomes relatively easier to produce than oil. This shifts the mix of what comes out of the ground toward more gas per barrel of oil, a ratio that has climbed 16% since 2021. If that ratio had stayed flat instead of rising, the Permian would have produced 14% less natural gas in 2025 than it actually did. This is a supply-side energy market story, not something tied to a specific home upgrade or rebate. But natural gas supply trends like this can factor into the price and availability of gas used for home heating and cooking. If you use natural gas in your house, broader shifts in how much is being produced nationally are part of the backdrop for utility prices, even though this particular report does not say what it means for your bill.
Dear Doomer: Hope is a Discipline
This piece isn't news about a specific program or rebate. It's a reflection on climate "doomerism" — the belief that climate change is too far gone to fix — and why the author thinks that view is wrong. The argument rests on history: humanity has solved big environmental problems before, from repairing the ozone layer to cutting acid rain to phasing out leaded gasoline. Energy systems have also shifted before, from wood to coal to oil and gas, each time reshaped by public pressure — miners striking for safety, communities fighting pollution, workers demanding fair treatment. The author argues the current shift from fossil fuels to clean energy, like solar, wind, and electric vehicles, follows that same pattern: messy, slow, and driven by people organizing rather than industries or governments acting on their own. The piece also stresses fairness — making sure workers in fossil fuel industries and communities that have long dealt with pollution aren't left behind as energy systems change. There's no rebate, deadline, or program mentioned here, and no specific action for your own house. It's a broader argument that progress on climate and energy is still possible, and that it depends on people continuing to push for it rather than assuming decline is inevitable.
Eavor plots next step for novel geothermal project after rocky start
A geothermal startup called Eavor Technologies is working through problems on a first-of-its-kind power plant in Geretsried, Germany. The project uses a "closed-loop" system: wells drilled miles underground, connected and sealed off, with water circulating through them to pick up heat from hot rock and carry it to the surface. Unlike traditional geothermal plants, which need natural pockets of steam or hot water, this approach is meant to work almost anywhere. The company finished its first underground loop and started sending electricity to Germany's grid late last year, but ran into serious drilling trouble, including unstable wells and cement casing that let fluid leak between wells that were supposed to stay sealed off. Fixing this doubled the time and cost of the first loop, and the company had to stop after six pairs of wells instead of the twelve it planned. It's now looking for new partners and investors before starting loop two, so the timeline for finishing the full project, meant to eventually supply power or heating to nearby towns, has slipped. None of this involves a program or rebate homeowners can use. It's a look at the challenges facing this next-generation geothermal technology as it moves from testing to real-world use. Experts say these kinds of setbacks are normal for a first attempt at new drilling technology, and other companies in the US are pursuing similar closed-loop projects, alongside a competing approach called enhanced geothermal systems.
Louisiana v Callais Broke the System. Here’s How We Fix It
This is a piece about voting rights law, not home energy upgrades, so there's no rebate or efficiency angle to summarize for a homeowner. But here's what the news is, in plain terms. The Supreme Court ruled in Louisiana v. Callais that states generally cannot draw voting districts based on race, even to comply with the Voting Rights Act's Section 2, unless there's proof of intentional discrimination. Legal scholars say this ruling, combined with earlier decisions like Shelby County v. Holder (2013) and Rucho v. Common Cause (2019), guts most of the remaining federal protections against racial gerrymandering. States can now redraw congressional maps to break up districts where Black and other minority voters previously had strong representation, with little legal risk. The piece argues the deeper problem is the country's winner-take-all voting system, where a candidate who gets the most votes in a district wins everything and everyone else gets no representation. It points to proportional representation, already used in places like Portland, Cambridge, Minneapolis, and Eastpointe, Michigan, as an alternative where seats are allocated based on vote share, making gerrymandering far less effective. The author calls for renewed efforts to pass the John R. Lewis Voting Rights Advancement Act (H.R. 14) in Congress, along with more local and state adoption of proportional representation systems, and continued research tracking how map changes affect real communities.
Data centers are key to fight over Duke electric rates in North Carolina
Duke Energy wants to raise household electric rates by 18% in North Carolina, a move tied largely to preparing the grid for a coming wave of data centers. If regulators approve the increase, a typical household using 1,000 kilowatt-hours a month would pay $280 to $355 more per year by 2028. Duke says the money is needed for grid upgrades, storm resilience, and new power plants, including a large expansion of gas plants, to meet demand that the company says is more than 85% driven by data centers. Consumer and clean energy groups argue there's a better way to handle this growth without pushing the cost onto homeowners. They want regulators to create a separate "large load" customer class for data centers and other big power users, requiring them to pay for most of their expected usage over a long contract term and allowing them to bring their own renewable power instead of relying entirely on Duke. They also oppose a separate part of Duke's request: a higher profit margin on its investments, which critics say would cost customers hundreds of millions more than a lower rate they're proposing instead. The state attorney general and the utilities commission's own consumer advocate office back similar reforms. Hearings before the North Carolina Utilities Commission begin next month, with a decision expected in the fall. For homeowners in Duke's service area, the outcome will directly shape how much bills rise and whether data centers help cover the grid costs their growth is creating.