Chery’s electrification strategy is beginning to show up in much bigger sales numbers. The Chinese automaker says its group sold 725,214 new-energy vehicles from January through August 2026, a 46.2% increase from the same period a year earlier. August was even stronger, with sales reaching 120,909 units and rising 69.8% year over year. At the same time, Chery is pouring resources into the next generation of batteries, including all-solid-state technology it says has reached an energy density of 400 Wh/kg.
Those two developments are increasingly connected. Chery is trying to grow its battery-electric, plug-in hybrid and range-extended businesses today while building technology that could eventually make long-range electric vehicles lighter, safer and more practical. The challenge will be turning impressive laboratory numbers into batteries that can be manufactured reliably and affordably at automotive scale.
Electrified Sales Are Growing Much Faster Than Chery’s Overall Business
Chery Group sold 1,914,481 vehicles across all powertrain types during the first eight months of 2026, an increase of 10.8% from a year earlier. Within that total, new-energy vehicle sales climbed 46.2% to 725,214 units. That gap is significant. It shows that electrified vehicles are no longer simply a small side business growing from a low base; they are becoming an increasingly important part of the company’s overall volume. August reinforced the trend. Chery Group sold 280,128 vehicles during the month, up 15.4%, while NEV sales jumped 69.8% to 120,909.
The consistency may matter almost as much as the growth rate. August marked the fifth consecutive month in which Chery’s NEV volume exceeded 100,000 vehicles. In an auto market where manufacturers can temporarily lift monthly results through new-model launches or aggressive incentives, several months above that threshold suggest a broader shift in the company’s product mix. Chery is still a major producer of combustion-powered vehicles, particularly for export markets, but electrification is growing much faster than the business as a whole.
The 46% Increase Covers More Than Conventional Battery EVs
The term “new-energy vehicle” is important when interpreting Chery’s numbers. The company’s reported NEV total is broader than sales of battery-electric cars alone. Chery operates across battery-electric vehicles, plug-in hybrids and range-extended electric vehicles, giving it several ways to participate in the transition away from conventional gasoline-only powertrains. That distinction helps explain why describing the increase simply as an EV sales surge can miss part of the story: plug-in hybrid technology is playing a substantial role in Chery’s expansion.
This multi-powertrain approach is increasingly common among Chinese automakers. Rather than assuming every market will move directly from gasoline vehicles to full battery-electric models at the same pace, manufacturers are offering products designed for different charging networks, driving distances and consumer preferences. For a household with reliable home charging, a battery EV may make sense. In a market where public charging remains inconsistent, a plug-in hybrid can offer electric commuting without eliminating the security of an engine on longer trips. Chery’s portfolio is designed to capture both types of customer.
Hybrid Technology Is Becoming a Core Part of the Strategy
Chery’s hybrid ambitions are visible in its Chery Super Hybrid, or CSH, powertrain family. Current global product material for the system describes a dedicated hybrid engine capable of thermal efficiency around 44.5% in existing applications, alongside electric motors, dedicated hybrid transmissions and traction batteries. The company is simultaneously developing a newer Kunpeng Tianqing hybrid engine that it says has reached peak thermal efficiency of 48.57%. Those figures should not be treated as interchangeable: one reflects technology already associated with current products, while the higher figure represents Chery’s newer engineering work.
Thermal efficiency measures how effectively an engine turns the energy contained in fuel into useful work. Even small improvements become meaningful when multiplied across hundreds of thousands of vehicles and millions of kilometres. Chery’s strategy is therefore not limited to making batteries larger. It is also attempting to squeeze more efficiency from the combustion component of plug-in hybrids. That matters in regions where customers routinely make long highway journeys or where charging infrastructure remains patchy. For Chery, hybrids can expand electrified sales before fully electric vehicles are practical for every customer.
Chery’s Rhino Battery Program Has Become the Centrepiece of Its EV Roadmap
The more futuristic side of Chery’s electrification push is the Rhino battery family. The automaker has laid out several battery technologies for different applications, including products for hybrids, conventional battery-electric vehicles and solid-state development. Its most closely watched work involves the Rhino S solid-state program. Chery says it has developed a 60-Ah all-solid-state cell with an energy density of 400 Wh/kg and is continuing development toward a much more ambitious 600 Wh/kg level.
Energy density is crucial because a battery that stores more energy for a given weight can potentially extend driving range without making a vehicle dramatically heavier. Alternatively, engineers can use higher energy density to reduce battery mass while maintaining similar range. Both possibilities are attractive for electric vehicles because battery weight affects efficiency, handling, cost and packaging. However, a laboratory or pilot-production cell is not the same as a complete automotive battery pack. Cooling systems, structural protection, electronics and safety hardware all add weight, meaning headline cell-level energy-density numbers cannot be translated directly into real-world vehicle range.
The 400 Wh/kg Milestone Is Promising, but the 600 Wh/kg Target Is Much Harder
Chery’s current solid-state milestone is 400 Wh/kg, while its longer-term development target reaches 600 Wh/kg. The company has linked higher-density versions of the technology with the possibility of electric vehicles capable of travelling more than 1,500 kilometres under testing conditions. That is an eye-catching goal, but it remains a development target rather than evidence that customers will soon be able to buy mass-produced Chery vehicles capable of routinely travelling that distance. Testing standards, vehicle weight, temperature, speed and battery reserve all have major effects on advertised range.
Solid-state technology is attractive because it replaces the liquid or gel electrolyte used in conventional lithium-ion cells with solid materials. In theory, that can enable higher-energy electrode chemistries while improving resistance to some forms of thermal failure. Yet researchers continue to face difficult problems involving interfaces between materials, long-term stability, manufacturing consistency and cost. Recent academic reviews of very high-energy solid-state cells emphasize that surpassing 500 Wh/kg requires solving several interconnected materials and engineering challenges. Chery’s numbers therefore represent technical progress, but they should be understood as part of an ongoing development race rather than a finished consumer product.
A Semi-Solid Battery Is Expected to Arrive Before the All-Solid-State Version
Chery is not planning to jump directly from today’s lithium-ion technology to a fully solid-state mass-market vehicle. Its roadmap includes an intermediate step. The company has said a solid-liquid, often described as semi-solid, Rhino battery is scheduled for vehicle installation beginning in the fourth quarter of 2026. All-solid-state batteries are then expected to move into vehicle-level validation during 2027. That staged approach gives engineers an opportunity to introduce some next-generation battery concepts while continuing to work through the more difficult manufacturing problems associated with eliminating liquid electrolyte entirely.
The distinction matters because announcements about “solid-state cars” can create the impression that mass production is imminent. Vehicle validation is an earlier stage. Automakers still need to confirm crash safety, charging behaviour, degradation, operation in extreme temperatures and manufacturability before committing to high-volume production. Chery Chairman Yin Tongyue has publicly emphasized safety as a condition for adoption, saying the company would not install technologies in customer vehicles until they were sufficiently proven. The 2027 milestone should therefore be viewed as a significant engineering test rather than a guaranteed date for widespread showroom availability.
Chery Is Putting Billions of Yuan Behind the Technology Push
Battery development is being backed by substantial spending. Chery’s sustainability disclosures say the company invested RMB 14.715 billion in research and development during 2025, including roughly RMB 4.6 billion dedicated to clean technologies. It has said clean-technology R&D investment is expected to exceed RMB 8 billion in 2026 and that planned cumulative investment in frontier technologies, including all-solid-state batteries, exceeds RMB 10 billion. That scale illustrates how expensive the transition toward new powertrains has become even for automakers already selling hundreds of thousands of electrified vehicles.
Separate reporting from Chery’s recent battery presentations has described plans to deploy roughly 1,200 engineers as the solid-state effort expands. Such staffing is important because battery commercialization requires much more than developing chemistry in a laboratory. Engineers must design cells, battery packs, management software, cooling systems, manufacturing equipment and quality-control processes simultaneously. A battery can perform exceptionally in a small pilot batch yet remain commercially uncompetitive if yields are poor or production requires costly materials. Chery’s spending signals that it understands solid-state technology as a manufacturing challenge as much as a scientific one.
Chery’s Export Machine Is Giving Electrified Models a Much Bigger Market
Chery’s electrification push is occurring alongside an extraordinary expansion in exports. The group exported 1,343,334 vehicles from January through August 2026, an increase of 68.1% year over year. August exports alone reached 196,984 vehicles. Chery also says it has now surpassed seven million cumulative vehicle exports, giving it one of the largest overseas footprints among Chinese automakers. That network provides a ready-made path for new battery-electric and hybrid models to move beyond China as quickly as regulatory approvals and dealer networks allow.
Europe offers a clear example. Chery reported sales of more than 208,000 vehicles across 24 European countries between January and July 2026, roughly triple the previous year’s level. More than 101,000 of those vehicles were classified as NEVs, with electrified sales rising by more than 330%. Nearly 70,000 NEVs were exported globally in August alone, according to company figures. That international expansion matters because it gives Chery something many EV startups lack: existing distributors, dealerships, service operations and customers across multiple regions through brands including Chery, Omoda, Jaecoo, Exeed and others.
Fierce Competition in China Is Pushing Automakers to Move Faster Abroad
Chery’s momentum comes against a difficult backdrop in its home market. China has become the world’s largest market for electric cars, but rapid expansion has also created intense competition among domestic manufacturers. The International Energy Agency estimated that more than 13 million electric cars were sold in China during 2025 and that electric models represented close to 55% of new-car sales. That scale gives Chinese automakers an enormous domestic base for developing batteries, power electronics and electric platforms, but it also means manufacturers face dozens of rivals competing aggressively on price and technology.
Conditions became more challenging in 2026 as domestic passenger-car demand weakened while exports continued to expand. Industry data cited by Reuters showed Chinese passenger-vehicle exports surging in August even as domestic sales declined sharply. For companies such as Chery, BYD and Geely, overseas markets have consequently become even more strategically important. Chery’s combination of combustion vehicles, plug-in hybrids and full EVs gives it flexibility: it can introduce whichever powertrain best matches local regulations and infrastructure rather than relying on a single technological route.
Commercialization Will Be the Real Test of Chery’s Solid-State Ambitions
For all the excitement around solid-state batteries, the automotive industry has not yet demonstrated large-scale production at mainstream cost. The International Energy Agency notes that the technology promises greater energy density and potential safety advantages, but those benefits still need to be proven through extensive real-world operation and mass manufacturing. Early solid-state batteries are also expected to be expensive because production techniques and supply chains remain immature. That could initially confine them to premium vehicles even if technical development progresses as planned.
Chery’s next major proof point is therefore not another laboratory energy-density record. It is whether the company can take a 400 Wh/kg cell, integrate it into a complete automobile, validate it across millions of kilometres and extreme conditions, manufacture thousands or eventually millions of cells consistently, and bring costs low enough for buyers to accept. The planned 2027 vehicle-validation phase should provide a much clearer indication of how close that goal really is. For now, Chery’s 46.2% NEV sales increase demonstrates that its existing electric and plug-in hybrid strategy is already producing commercial results, while solid-state batteries remain the high-stakes technology bet for what comes next.
