Ford Fathom will be the cheapest American EV capable of powering a house

techcrunch.com Oct 27, 2026

Ford Fathom will be the cheapest American EV capable of powering a house

Curated by Shubham · TechCapsules · Oct 27, 2026

AI-summarised brief · reviewed before publication

Ford unveiled two new bidirectional EV chargers designed for its upcoming Fathom pickup, enabling the vehicle to supply household power and participate in virtual power plants. The Home Power Station, priced around $650, lets owners charge the truck when electricity is cheap and discharge it to the home during peak rates. A bundled Home Backup Power package, costing roughly $2,100, adds a panel that can run essential appliances during outages, delivering over 10 kW—enough for a refrigerator and air conditioner for several hours. Both chargers are about half the price of Ford’s first‑generation models, lowering the barrier for V2X adoption. The Fathom itself will start at $28,350, positioning it as the most affordable American EV capable of grid‑level energy export.

💡 Why It Matters

· Affordable V2X hardware turns everyday EV owners into active grid participants, accelerating the shift toward decentralized energy storage.

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Look Ma, No Inverter! New Ford Fathom Cuts The Cost Of Bidirectional…

Ford’s upcoming Fathom electric pickup will feature an integrated bidirectional charging system that eliminates the need for an external inverter, potentially reducing costs for consumers. The truck, slated for 2027, is expected to start at an MSRP of $28,350 and can deliver up to 10 kW of AC power to a home. Ford’s model e manager Kay Hart highlighted that the built‑in system could lower overall expenses, making home backup power and time‑of‑day rate savings more accessible. The company is accepting pre‑order invitations for the Fathom.

💡 By removing the inverter requirement, Ford lowers the barrier for consumers to use EV batteries as home backup power, expanding the practical utility of electric vehicles beyond transportation. This move could accelerate adoption of EVs as part of residential energy management strategies.

therobotreport.com · Oct 27

Xpanner launches autonomous pile driver for solar farm contruction

Xpanner unveiled the X1 Piling R6, a fully autonomous pile‑driving robot designed for utility‑scale solar farms and battery energy storage sites. The system, built on the Everstar R6 crawler base, uses high‑precision GNSS, onboard sensors, and Xpanner’s automation stack to place piles accurately while a single operator supervises remotely. It can drive piles up to 23 ft. deep, logs each installation in real time, and integrates with Xpanner Connect for project management. The company offers a mixed cap‑ex/SaaS model, allowing customers to purchase or rent the robot and pay for software usage per active machine.

💡 By enabling one operator to manage multiple piles, the X1 Piling R6 addresses labor shortages in renewable‑energy construction and accelerates project timelines. Its real‑time data capture replaces manual reporting, improving accuracy and reducing on‑site coordination costs.

cleantechnica.com · Oct 27

New Whitepaper Shows How Grid Operators & Energy Regulators Can Use Solar…

A new whitepaper titled “Distributed Capacity Procurement Framework” released by the Solar Energy Industries Association (SEIA) and Current Energy Group outlines how grid operators and regulators can harness distributed energy resources (DERs) such as solar photovoltaics and battery storage to improve grid reliability and lower costs. The report proposes three procurement pathways and ten guiding principles that prioritize the least restrictive options and default to third‑party or customer‑owned DERs, reserving utility‑owned assets for limited cases. It argues that traditional utility‑centric capacity planning cannot keep pace with rising demand, aging infrastructure, and high electricity prices. By leveraging competitive DER procurement, regulators can accelerate capacity additions, reduce reliance on expensive wholesale markets, and support state policies expanding community solar and virtual power plants.

💡 Faster, cost‑effective DER deployment offers a pragmatic solution to the grid’s capacity shortfall, directly easing consumer electricity bills.

cleantechnica.com · Oct 27

New Report Keeps Tabs on ACC’s Utility Bias that Ends up Hurting…

The Sierra Club released a report titled “Asleep at the Switch: How the ACC is Letting Utilities Fleece Ratepayers,” criticizing the Arizona Corporation Commission (ACC) for enabling high utility rates and favoring fossil gas projects. The report highlights the ACC’s potential to approve annual rate hikes for Arizona Public Service and Tucson Electric Power with minimal public input. It also documents ethical concerns, including a commissioner’s meeting with utility investors and a recent call for a commissioner to recuse himself from rate‑increase cases. The findings underscore the commission’s prioritization of utility profits over consumer protection and environmental health.

💡 The report exposes a pattern of regulatory decisions that inflate consumer costs and support polluting energy sources, directly affecting Arizona’s most expensive electric rates. It signals a need for greater transparency and accountability in utility oversight.

techcrunch.com · Oct 27

Fusion startups are giving the government shares in exchange for awards. Is…

The U.S. Department of Commerce awarded Helion Energy and Commonwealth Fusion Systems a combined $260 million under the CHIPS and Science Act to develop advanced semiconductors for reactor control. Helion received $175 million and CFS $85 million, but both companies must issue non‑voting government shares in exchange. The equity stakes give the federal government roughly a 1 % position in Helion, based on its $15.5 billion Series G valuation; CFS’s share size is undisclosed. These grants mark the most sizable federal infusion into private fusion since the Biden administration’s modest milestone‑based program, which had distributed under $50 million. The awards follow lobbying by the Fusion Industry Association, which has urged a $10 billion infusion to keep the United States competitive with China and other rivals in global race.

💡 The equity component turns taxpayer money into a potential upside, tying public risk to private success and reshaping how the government backs costly clean‑energy breakthroughs.

cleantechnica.com · Oct 26

Germany’s 300-Meter Wind Tower Faces a 199-Meter Competitor

GICON’s Schipkau prototype reached a 300‑meter hub height, with blade tips at 365 meters, using a lattice and telescoping tower to avoid high‑altitude crane lifts. The design showcases engineering progress and the lure of stronger winds. Meanwhile, Max Bögl installed a Vestas V172-7.2 MW turbine with a 199‑meter hub on a hybrid tower, narrowing the performance gap. Modeling shows a 300‑meter farm could generate 11.4% more electricity than a 199‑meter counterpart, though construction costs and repeatability remain uncertain.

💡 The new height offers a tangible boost in output for sites where permitting or grid constraints limit expansion, potentially redefining cost‑benefit calculations for future wind projects.