Volvo wants its PHEVs to drive like EVs with over 100 miles of electric range, marking a fundamental strategic shift as the Swedish automaker redefines what plug-in hybrid technology can deliver. The company is rolling out a second-generation hybrid system designed to offer enough battery power for daily driving while retaining a gasoline engine for longer journeys, effectively eliminating the range anxiety that has plagued earlier PHEV adopters.
- Range Target: Volvo aims for PHEVs with 100+ miles of EV range, up from current 32-50 mile offerings
- XC70 Pioneer: New extended-range PHEV delivers 124 miles (CLTC) in China with 23-minute DC fast charging
- XC60 Upgrade: Popular SUV expected to triple its electric range to nearly 100 miles in early 2027
- Second-Generation System: Volvo’s last PHEV generation will feature larger batteries and more powerful electric motors
- US Production: South Carolina plant likely to assemble long-range PHEVs for the American market
- Commitment: CEO confirms Volvo will build hybrids “until the end of the 2030s”
Speaking with Autocar, Volvo UK boss Nicole Melillo Shaw emphasized that the company still views plug-in hybrids as a “stepping stone” for customers hesitant to transition to fully electric vehicles. She stressed that PHEVs need sufficient electric range to be used as intended, rather than being driven primarily as gasoline-powered cars. “In the past, when plug-in ranges were very low, drivers rarely charged them. Volvo has invested heavily in making sure our hybrids offer a long range so that people can use them as intended.”
The automaker’s renewed focus on PHEV technology comes as EV adoption slows, particularly in the US market, where consumer hesitation around charging infrastructure and vehicle cost has created a gap that long-range hybrids could fill. Volvo’s solution is a new generation of hybrids with substantially larger batteries and extended electric-only driving ranges, fundamentally redefining the plug-in hybrid experience.
According to Autocar’s report, Volvo’s engineering team has developed the new PHEV architecture specifically to maximize electric driving characteristics while maintaining the flexibility of a combustion engine. The system prioritizes electric power delivery, with the gasoline engine serving primarily as a range extender rather than a primary power source.
Beyond the Stepping Stone: Volvo’s Second-Generation PHEV Philosophy
Volvo’s pivot toward long-range plug-in hybrids represents a significant evolution in its electrification strategy. Reinstated CEO Håkan Samuelsson, who originally spearheaded Volvo’s quest to be an electric-only brand by 2030, now acknowledges that the company will need to keep selling vehicles with combustion engines “until the end of the 2030s.” “We need a second generation of plug-in hybrids that will last us until the end of the 2030s,” Samuelsson told Automotive News Europe, adding that it was essential to let customers decide when they are ready to go all-electric. “We cannot dictate that.”
This strategic adjustment follows Volvo’s decision to abandon its 2030 all-electric goal, with the company now targeting battery-electric and plug-in hybrid vehicles to account for a combined 90% of sales by 2030. Anders Bell, Volvo’s chief engineering and technology officer, confirmed to Auto Express that the brand is “looking at doing one more PHEV generation, which will be our last.” This second-generation system, developed in collaboration with parent company Geely, will feature larger batteries and more powerful electric motors, with the combustion engine increasingly playing a supporting role.
“We’re looking more at a combustion engine’s main job [being] to charge the battery,” Bell explained. “It will drive like a BEV, feel like a BEV; you can charge the battery, you can fill it up.” This philosophy represents a fundamental shift from traditional PHEV design, where the gasoline engine often takes over once the battery depletes. Volvo’s new approach aims to deliver a consistent electric driving experience regardless of battery state.
The Problem with Today’s Plug-in Hybrids
Current-generation plug-in hybrids have faced criticism for failing to deliver on their promise of meaningful electric driving. The US Department of Energy’s National Renewable Energy Laboratory found that many PHEV owners rarely plug in their vehicles, effectively driving them as conventional hybrids with the added weight of an underutilized battery pack. This behavior stems from limited electric range—typically 20-50 miles—which insufficiently covers daily commuting needs.
Volvo’s current PHEV lineup, including the XC60 and XC90, offers EPA-rated electric ranges between 32 and 40 miles, depending on the model. While adequate for short trips, these ranges often fall short of daily driving requirements for many American commuters, who average 40 miles per day according to the Federal Highway Administration. The result is that drivers frequently rely on the gasoline engine, defeating the purpose of plug-in technology and undermining the environmental benefits of hybridization.
“Most people’s daily commute in the US is under 40 miles, but that’s an average,” notes automotive analyst Sam Fiorani of AutoForecast Solutions. “When you factor in errands, school drop-offs, and other daily activities, the effective range requirement often exceeds 50 miles. A 100-mile PHEV would cover nearly all daily driving for the vast majority of Americans without ever starting the combustion engine.”
What 100 Miles of Range Actually Means for Drivers
A 100-mile electric range transforms the PHEV ownership experience in several practical ways. For the typical American driver covering 13,000 miles annually, a 100-mile PHEV could handle approximately 95% of daily trips on electric power alone. This would translate to a significant reduction in fuel consumption, potentially allowing owners to go weeks between gasoline fill-ups.
The extended range also reduces the need for frequent charging during the day. With 50 miles of range, an owner might need to charge twice daily to maintain electric-only driving. With 100 miles, a single overnight charge covers the entire day’s activities, simplifying the ownership experience and making electric driving more practical for those without workplace charging.
Furthermore, a 100-mile range provides a meaningful buffer for unexpected trips or detours. Current PHEV owners often experience range anxiety when electric range drops below 20 miles, forcing them to conserve battery or switch to gasoline prematurely. The extended range eliminates this concern, allowing drivers to use electric power confidently throughout the day.
Model Rollout: From China to the US and Beyond
Volvo has already demonstrated what this new generation looks like with the XC70, the brand’s first extended-range plug-in hybrid. Currently available in China, the XC70 can travel up to 200 kilometers (124 miles) on electric power alone on the CLTC testing cycle, with a combined range exceeding 1,200 kilometers (745 miles). The vehicle offers two battery options: a 21.2 kWh LFP pack offering 116 km of electric range and a larger 39.6 kWh ternary lithium battery delivering 212 km.
Unlike previous Volvo PHEVs, the XC70 features DC fast charging capability, reaching 80% capacity in just 23 minutes, along with bidirectional vehicle-to-load (V2L) charging that can power appliances or camping accessories. The most powerful triple-motor variant generates 340 kW combined output with 667 lb-ft of torque. While the CLTC range of 124 miles would translate to roughly 80 miles under the more conservative EPA testing cycle, that still represents a dramatic improvement over current Volvo PHEV range offerings.
Volvo plans to bring the XC70 to Europe, though Samuelsson acknowledged that the timeline may extend beyond 2026 due to technical requirements. “The car’s infotainment system cannot be carried over from the China version because Volvo uses Google in Europe but not in China,” he explained. “The XC70 also would need to meet European emissions and safety standards. That takes some time.”
The XC70: A 124-Mile Extended-Range Pioneer
The XC70 represents Volvo’s first application of its second-generation PHEV technology, combining a large battery pack with a sophisticated powertrain management system. The vehicle’s electric motor is the primary power source, with the 2.0-liter gasoline engine providing additional power and battery charging when needed. This configuration allows the XC70 to deliver smooth, responsive acceleration that mimics the feel of a pure EV.
The vehicle’s success in China has validated Volvo’s long-range PHEV strategy, with early adopters praising the vehicle’s EV-like driving characteristics and practicality. The XC70’s 23-minute fast charging capability further enhances its usability, allowing drivers to quickly replenish the battery during longer trips and maintain electric driving for a greater portion of their journey.
The XC60 and XC90: Bestsellers Set for a Major Upgrade
Volvo’s most popular PHEV models, the XC60 and XC90, are slated to receive the second-generation hybrid system in the coming years. According to Automotive News Europe, the XC60 will likely be the first to receive the upgraded powertrain in early 2027, potentially tripling its current EPA-rated electric range from 35 miles to nearly 100 miles.
The XC90, Volvo’s flagship SUV, will follow with a similar upgrade, offering a substantial leap in electric capability while maintaining the luxury and practicality that have made it a global success. Both models will benefit from the improved battery technology, more powerful electric motors, and fast-charging capability developed for the XC70.
For the US market, Volvo’s South Carolina plant is expected to assemble these long-range PHEVs, potentially qualifying them for federal tax credits and reducing delivery times. The US production capability also demonstrates Volvo’s commitment to the American market, where PHEVs have gained renewed interest as consumers seek a middle ground between conventional gasoline vehicles and pure EVs.
How Volvo’s New PHEVs Differ from EREVs
Volvo’s long-range PHEVs occupy a unique position in the electrified vehicle market, differing from extended-range electric vehicles (EREVs) offered by competitors like BMW and Mazda. While EREVs typically employ a smaller battery with a range-extender engine that primarily serves as a generator, Volvo’s approach maintains a more powerful combustion engine capable of directly driving the wheels when needed.
This distinction matters for driving dynamics. Volvo’s PHEVs retain the full performance capabilities of a traditional hybrid, with the gasoline engine able to contribute substantial power during acceleration or towing. EREVs, by contrast, rely primarily on the electric motor for propulsion, with the engine offering limited mechanical connection to the wheels.
“Volvo’s approach gives the best of both worlds,” explains Sam Abuelsamid, principal analyst at Guidehouse Insights. “You get the EV-like driving experience for daily commutes, but the full performance and towing capability of a conventional SUV when you need it. The large battery just means you can do that EV experience for much longer periods.”
The company’s use of a larger battery also enables more sophisticated energy management, with the ability to store and deploy more regenerative braking energy. The bidirectional charging capability further differentiates Volvo’s PHEVs, allowing them to serve as mobile power sources for camping, work sites, or emergency home backup.
The US Production Pivot: Why South Carolina Matters
Volvo’s decision to produce its new generation of PHEVs at its Ridgeville, South Carolina plant represents a strategic move to strengthen the company’s position in the US market. The facility, which opened in 2018, currently produces the S60 sedan and will be responsible for the EX90 electric SUV. Adding long-range PHEVs to the production mix demonstrates Volvo’s commitment to offering diverse electrified options for American consumers.
The South Carolina plant’s proximity to the US market offers several advantages: reduced shipping costs, faster delivery times, and eligibility for the $7,500 federal tax credit for vehicles assembled in North America. This last point is particularly significant, as the tax credit can substantially reduce the cost of ownership for qualified buyers.
Volvo has also invested heavily in the South Carolina facility’s flexibility, enabling it to produce vehicles with different powertrain configurations on the same assembly line. This manufacturing strategy allows Volvo to adjust production mix based on market demand, a crucial capability in the rapidly evolving automotive landscape.
Frequently Asked Questions
How will Volvo’s new PHEVs achieve an electric range of around 100 miles?
Volvo’s second-generation PHEVs will achieve 100+ miles of electric range through larger battery packs (up to 39.6 kWh), more efficient electric motors, and a revised powertrain architecture that prioritizes electric driving. The XC70 already demonstrates this capability with 124 miles on the CLTC cycle, combining a large ternary lithium battery with advanced energy management systems.
What is the difference between Volvo’s new PHEVs and EREVs (Extended-Range Electric Vehicles)?
Volvo’s PHEVs maintain a powerful gasoline engine capable of directly driving the wheels, providing full performance and towing capability. EREVs typically use the gasoline engine only as a generator to charge the battery, with the electric motor handling all propulsion. Volvo’s approach offers a balance of EV-like daily driving and traditional hybrid capabilities when needed.
When will the new long-range Volvo PHEVs be available in the United States?
Volvo plans to bring long-range PHEVs to the US market, with the XC60 expected to receive the upgraded powertrain in early 2027. The XC90 will follow. The company’s South Carolina plant is likely to assemble these vehicles for the US market, potentially qualifying them for federal tax credits.
What is the current electric range of the Volvo XC60 and XC90 PHEVs?
The current Volvo XC60 and XC90 PHEVs offer EPA-rated electric ranges between 32 and 40 miles, depending on the model and configuration. The new second-generation system will substantially increase this range to nearly 100 miles, effectively tripling current electric capability.
Is Volvo abandoning its goal of becoming a fully electric brand?
Volvo has adjusted its all-electric goal to focus on achieving 90% sales from battery-electric and plug-in hybrid vehicles by 2030. The company remains committed to electrification but acknowledges that hybrids will play a transitional role for customers not yet ready to go fully electric. CEO Håkan Samuelsson confirms Volvo will build hybrids “until the end of the 2030s.”
