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Courtesy: Wojciechowski Family

Real estate is a key puzzle piece in achieving the U.S.’ climate goals, according to federal officials.

Residential and commercial buildings account for 31% of the nation’s greenhouse gas emissions, after accounting for “indirect” emissions like electricity use, according to the Environmental Protection Agency. That’s more than other economic sectors like transportation and agriculture.

The Biden administration has adopted various policies to cut residential emissions.

The Inflation Reduction Act, enacted in 2022, offers financial benefits including tax breaks and rebates to homeowners who make their homes more energy-efficient, for example. The White House also recently issued guidelines for buildings in order to be considered “zero emissions,” meaning they are “energy efficient, free of onsite emissions from energy use and powered solely from clean energy,” according to the Department of Energy.

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Morgan Wojciechowski, 33, is among the first homeowners to get that federal “zero emissions” label. (That assessment was bestowed by the third-party firm Pearl Certification.)

Wojciechowski, her husband Casey, and their three dogs — Dixie, Bo and Charlie — moved into the newly built residence in Williamsburg, Virginia, in August 2023.

Wojciechowski, who is also the president of Healthy Communities, a local real-estate developer focused on sustainable construction, spoke with CNBC about her new home, its financial benefits and how consumers can best upgrade their homes to be more efficient.

The conversation has been edited and condensed for clarity.

Morgan Wojciechowski and her husband Casey.

Courtesy: Wojciechowski Family

Greg Iacurci: What does it mean for your home to be considered ‘zero emissions’?

Morgan Wojciechowski: It’s a very, very, very highly efficient home that’s all-electric. Those are kind of the first two bullet points of the White House definition.

The third part is we are part of the green energy program with [our power provider] Dominion. Not only am I producing solar [energy] and any excess is going back onto the grid, but the power from the grid coming into my home is clean and sustainable. It’s about $10 extra a month for me to get that clean energy.

GI: How much did your house cost to build?

MW: Like $1.1 million.

GI: And how big is the house?

MW: 5,800 square feet.

It’s a large home. But mine is not what everybody’s doing. My home was my personal project because I believe in sustainability and wanted to do it in a home that would be my forever home. But one that’s more replicable would be like what [Healthy Communities] builds at Walnut Farm, which is like 1,500 square feet. We’re selling it for $433,000.

GI: Can you break down your home’s estimated savings?

MW: Our utility bills are projected to be about $917 a year with [solar] panels, or around $80 a month.

The annual savings are $7,226 [relative to an average U.S. home, according to rater TopBuild Home Services]. That’s just from the efficiency of the home with solar.

If you took the solar production away, I would be saving $5,431 annually. The solar offsets it.

Courtesy: Wojciechowski Family

Courtesy: Wojciechowski Family

Courtesy: Wojciechowski Family

Courtesy: Wojciechowski Family

Courtesy: Wojciechowski Family

GI: What do you mean solar offsets it?

MW: You create energy. Your home uses that energy and sends excess energy back to Dominion. Those credits are stored in an account, and then those credits offset your bill. It’s called net metering.

GI: So the power company is paying you that money?

MW: Those credits are applied to your next billing cycle. They offset your overall utility bill, and that’s where your savings come in.

Solar panels only make sense if you build an energy-efficient home that’s really all-electric.

Courtesy: Wojciechowski Family

GI: Why is that?

MW: You have to have a home that’s constructed energy-efficiently enough or retrofitted — by replacing your windows with higher-grade windows, adding insulation — so that you will need fewer panels on your rooftop, so you have a quicker return on your investment. Solar only makes sense if you’re going to have a return on your investment within a few years.

GI: That makes solar more attractive?

MW: If you don’t do energy-efficient upgrades to a pre-existing home or if you don’t build a home that’s energy-efficient enough, you have to add more panels to compensate for the lack of energy efficiency. And if that number gets too big it turns people upside down.

Solar has to make sense with the home that you’re putting it on, or else, don’t do it. Maybe just upgrade your windows, add insulation, condition your crawl space, upgrade your mechanical systems.

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There are a lot of things consumers can do. You don’t have to do it all at one time. You don’t have to have a solar home to be zero emissions; you have to have an energy-efficient house that’s all-electric, and you have to buy renewable energy from your utility company.

That’s extremely approachable. Lots of people can do that. Everybody can join in at their level of sustainability.

GI: How do you recommend people get started?

MW: I would tell a consumer, why don’t you start with windows and doors. That’s a very easy one. Do that and see how you notice any [efficiency] changes.

In a lot of older homes windows are very old and they leak. Air is coming in and out. If you think about it, a house is like an envelope. You you want to seal the inside of your home the best that you can.  

I would hit insulation next.

A lot of older homes have HVAC systems, duct work inside of their attic. Insulate it so that it’s a conditioned space, so that those building systems don’t have to work in overdrive to keep up with really hot temperatures or really cold temperatures. That keeps it more energy efficient.

And there are tax incentives [available] for energy-efficient upgrades to your home. Consumers can get and write them off, so that’s attractive to people as well.

GI: If you’re a renter, there are certain things that are out of your control. I suppose you can ask your landlord.

MW: Depending upon what your rental situation is. I feel like that’s a little bit more daunting, to change someone else’s mind. Once you get to your own home, eventually, then you have more say of what you can do.

Until then, you could be mindful about the energy you use. Turn lights off. I mean, that’s a real thing. People don’t turn lights off. I mean, even though I have a really efficient home, I have timers on things because I don’t want to be wasting energy. That’s an easy one that anybody could do.

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CPSC warns Rad Power Bikes owners to stop using select batteries immediately due to fire risk

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CPSC warns Rad Power Bikes owners to stop using select batteries immediately due to fire risk

In an unprecedented move, the US Consumer Product Safety Commission (CPSC) has issued a public safety warning urging owners of certain Rad Power Bikes e-bike batteries to immediately stop using them, citing a risk of fire, explosion, and potentially serious injury or death.

The warning, published today, targets Rad’s lithium-ion battery models RP-1304 and HL-RP-S1304, which were sold with some of the company’s most popular e-bikes, including the RadWagon 4, RadRunner 1 and 2, RadRunner Plus, RadExpand 5, RadRover 5 series, and RadCity 3 and 4 models. Replacement batteries sold separately are also included.

According to the CPSC, the batteries “can unexpectedly ignite and explode,” particularly when exposed to water or debris. The agency says it has documented 31 fires linked to the batteries so far, including 12 incidents of property damage totaling over $734,000. Alarmingly, several fires occurred when the battery wasn’t charging or when the bike wasn’t even in use.

Complicating the situation further, Rad Power Bikes – already facing significant financial turmoil – has “refused to agree to an acceptable recall,” according to the CPSC. The company reportedly told regulators it cannot afford to replace or refund the large number of affected batteries. Rad previously informed employees that it could be forced to shut down permanently in January if it cannot secure new funding, barely two weeks before this safety notice was issued by the CPSC.

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radrunner 2

For its part, Rad pushed back strongly on the CPSC’s characterization. A Rad Power Bikes Spokesperson explained in a statement to Electrek that the company “stands behind our batteries and our reputation as leaders in the ebike industry, and strongly disagrees with the CPSC’s characterization of certain Rad batteries as defective or unsafe.”

The company explained that its products meet or exceed stringent international safety standards, including UL-2271 and UL-2849, which are standards that the CPSC has proposed as a requirement but not yet implemented. Rad says its batteries have been repeatedly tested by reputable third-party labs, including during the CPSC investigation, and that those tests confirmed full compliance. Rad also claims the CPSC did not independently test the batteries using industry-accepted standards, and stresses that the incident rate cited by the agency represents a tiny fraction of a percent. While acknowledging that any fire report is serious, Rad maintains that lithium-ion batteries across all industries can be hazardous if damaged, improperly used, or exposed to significant water intrusion, and that these universal risks do not indicate a defect specific to Rad’s products.

The company says it entered the process hoping to collaborate with federal regulators to improve safety guidance and rider education, and that it offered multiple compromise solutions – including discounted upgrades to its newer Safe Shield batteries that were a legitimate leap forward in safety in the industry – but the CPSC rejected them. Rad argues that the agency instead demanded a full replacement program that would immediately bankrupt the company, leaving customers without support. It also warns that equating new technology with older products being “unsafe” undermines innovation, noting that the introduction of safer systems, such as anti-lock brakes, doesn’t retroactively deem previous generations faulty. Ultimately, Rad says clear, consistent national standards are needed so manufacturers can operate with confidence while continuing to advance battery safety.

Lithium-ion battery fires have become a growing concern across the US and internationally, with poorly made packs implicated in a rising number of deadly incidents.

While Rad Power Bikes states that no injuries or fatalities have been tied to these specific models, the federal warning marks one of the most serious e-bike battery advisories issued to date – and arrives at a moment when the once-dominant US e-bike brand is already fighting for survival.

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Rivian’s e-bike brand launches $250 smart helmet with breakthrough safety tech and lights

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Rivian's e-bike brand launches 0 smart helmet with breakthrough safety tech and lights

ALSO, the new micromobility brand spun out of Rivian, just announced official pricing for its long-awaited Alpha Wave helmet. The smart helmet, which introduces a brand-new safety tech called the Release Layer System (RLS), is now listed at $250, with “notify for pre-order” now open on ALSO’s site. Deliveries are expected to begin in spring 2026.

The $250 price point might sound steep, but ALSO is positioning the Alpha Wave as a top-tier lid that undercuts other premium smart helmets with similar tech – some of which push into the $400–500 range. That’s because the Alpha Wave is promising more than just upgraded comfort and design. The company claims the helmet will also deliver a significant leap in rotational impact protection.

The RLS system is made up of four internal panels that are engineered to release on impact, helping dissipate rotational energy – a major factor in many concussions. It’s being marketed as a next-gen alternative to MIPS and similar technologies, and could signal a broader shift in helmet safety standards if adopted widely.

Beyond protection, the Alpha Wave also packs a surprising amount of tech. Four wind-shielded speakers and two noise-canceling microphones are built in for taking calls, playing music, or following navigation prompts. And when paired with ALSO’s own TM-B electric bike, the helmet integrates with the bike’s onboard lighting system for synchronized rear lights and 200-lumen forward visibility.

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The helmet is IPX6-rated for water resistance and charges via USB-C, making it easy to keep powered up alongside other modern gear.

Electrek’s Take

This helmet pushes the smart gear envelope. $250 isn’t nothing, but for integrated lighting, audio, and what might be a true leap forward in crash protection, it’s priced to shake things up in the high-end helmet space.

One area I’m not a huge fan of is the paired front and rear lights. Cruiser motorcycles have this same issue, with paired tail lights mounted close together sometimes being mistaken for a conventional four-wheeled vehicle farther away. I worry that the paired “headlights” and “taillights” of this helmet could be mistaken for a car farther down the road instead of the reality of a much closer cyclist. But hey, we’ll have to see.

The tech is pretty cool though, and if the RLS system holds up to its promise, we might be looking at the new bar for premium e-bike head protection.

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Georgia gets 26 new DC fast-charging stations with $24.4M of NEVI funds

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Georgia gets 26 new DC fast-charging stations with .4M of NEVI funds

Georgia is putting more federal National Electric Vehicle Infrastructure (NEVI) dollars to work, with $24.4 million allocated to 26 new DC fast-charging stations across the state. 

The Georgia Department of Transportation (GDOT) has selected private-sector partners to build and operate the new stations, which will be located along federally designated Alternative Fuel Corridors. Each site will have four DC fast chargers available 24/7 and, with a minimum of 150 kW per port, capable of delivering a full recharge in as little as 20 minutes, depending on the EV.

This is the second round of Georgia’s NEVI awards. GDOT mapped out 33 priority sites near highway exits and interchanges in mostly rural areas to close gaps left after the first round in 2024. The response was strong: the EV charging industry submitted 41 proposals to cover 26 of those locations.

Six winners were selected: Pilot Travel Centers, Silver Comet Energy, Universal EV, PowerUp America, Love’s Travel Stops, and EnviroSpark Energy Solutions.

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Governor Brian Kemp (R-GA) said, “We appreciate Georgia DOT for fulfilling the state’s commitment to a robust, reliable fast-charging network that meets federal standards and serves communities across Georgia.”

Georgia was allocated about $135 million through the NEVI program, part of President Joe Biden’s Bipartisan Infrastructure Law. The federal program covers up to 80% of the project costs, with private partners covering the balance.

Round 2 follows a legal battle earlier this year, when a lawsuit filed by several states (not Georgia) compelled the Trump Administration to release funds owed from the NEVI Formula Program. A federal judge blocked the Trump administration’s illegal attempt to obstruct the NEVI program in June, clearing the way for planned NEVI EV charging projects to continue.

Read more: Court says US must free up billions in illegally-frozen electric car charger funds


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