BYD to Launch Sealion 06 PHEV: Chinese automotive giant BYD is preparing to expand its high-range plug-in hybrid SUV portfolio with the launch of the upgraded Sealion 06 DM-i (PHEV) long-range variant in early 2026. This new model reflects the brand’s broader electrification strategy, combining enhanced electric-only range, improved efficiency, and advanced driver-assistance technology. With a more powerful 175 kW peak drive motor, extended pure-electric range estimated at 220 km (CLTC), and an optional LiDAR-equipped God’s Eye C system, the Sealion 06 DM-i aims to further strengthen BYD’s presence in the competitive mid-size SUV PHEV segment.
The new variant, registered under model code BYD6480AMHEV12, demonstrates BYD’s commitment to refining its hybrid technology while maintaining competitive pricing. As consumer demand shifts toward longer electric driving ranges and smarter in-car technologies, the 2026 Sealion 06 DM-i appears well-positioned to meet evolving expectations.
Advanced Powertrain and Performance Enhancements
At the core of the upgraded Sealion 06 DM-i lies a 175 kW peak electric drive motor, paired with a 1.5-liter BYD472QC engine. The electric motor delivers robust acceleration and smooth performance, while the 70 kW maximum net engine output supports the hybrid system during extended driving or when the battery charge depletes.
The vehicle’s official energy label lists a curb weight of 1,930 kg and a maximum design gross weight of 2,385 kg, placing it firmly in the mid-size SUV category. This balanced engineering ensures structural strength while maintaining efficiency.
One of the standout improvements is the enhanced fuel economy in charge-depleting mode, which drops to 4.6 L/100 km. This marks a significant step in hybrid optimization, reinforcing BYD’s reputation for efficient DM-i (Dual Mode intelligent) technology.
Extended Electric Range and Efficiency Metrics
The new Sealion 06 DM-i variant lists a pure-electric range of 143 km under standard testing. However, analysts estimate that under CLTC (China Light-Duty Vehicle Test Cycle) standards, this figure corresponds to approximately 220 km of pure-electric range.
This extended EV range allows most urban commuters to drive for an entire week without needing to recharge or refuel, significantly reducing daily operating costs. Combined fuel consumption is rated at just 0.63 L/100 km, while combined electric energy consumption stands at 17.1 kWh/100 km. Equivalent oil-electric consumption is calculated at 2.62 L/100 km.
The estimated energy cost is approximately 16.01 yuan per 100 km, further highlighting the model’s affordability. CO₂ emissions are impressively low at 14.93 g/km, reinforcing BYD’s environmentally focused strategy.
BYD Built on e-Platform 3.0 Evo
The Sealion 06 is built on BYD’s advanced e-platform 3.0 Evo architecture, which underpins many of the company’s latest electric and hybrid vehicles. This platform supports high integration, improved battery management, enhanced safety, and optimized driving dynamics.
Since its initial launch, the Sealion 06 has demonstrated remarkable market performance, selling over 100,000 units within just three months. Positioned as a successor to the million-unit Song PLUS, the Sealion 06 has become a cornerstone in BYD’s Ocean lineup.
In early 2026, both the Ocean and Dynasty series are expected to introduce five new 220 km DM PHEV variants, alongside the Song Ultra EV B-segment SUV, anticipated around March. This coordinated rollout reflects BYD’s strategy of extending higher electric ranges across multiple vehicle categories.
Driver Assistance and Optional LiDAR Technology
A key highlight of the upgraded Sealion 06 DM-i is its advanced driver-assistance capabilities. Current DM-i variants come standard with God’s Eye C, BYD’s intelligent driver-assistance system designed to enhance safety and semi-autonomous functionality.
For 2026, BYD will offer an optional LiDAR-assisted upgrade. LiDAR technology improves environmental perception accuracy, especially in complex urban and suburban driving scenarios. This enhances adaptive cruise control, lane assistance, and automated emergency braking performance.
By integrating LiDAR as an option rather than a mandatory feature, BYD provides flexibility for customers who want cutting-edge technology without significantly increasing the base price.
Also read: Kawasaki India Extends Discount on Kawasaki Ninja 1100SX Till February 2026
Competitive Positioning and Pricing Strategy
The projected price increase for the 220 km variant is expected to remain modest, estimated at less than 5,000 yuan over the existing model. This strategic pricing approach maintains strong value positioning against competitors in China’s SUV PHEV segment.
The 175 kW motor configuration offers a middle-ground performance option compared to previous Sealion 06 EV variants, which featured a 240 kW motor according to MIIT production announcements. This tiered powertrain strategy allows BYD to cater to different performance and budget preferences.
With its balance of range, efficiency, performance, and intelligent technology, the Sealion 06 DM-i aims to reinforce BYD’s dominance in the mid-size hybrid SUV market.
Strategic Outlook for 2026
The introduction of the 220 km Sealion 06 DM-i variant aligns perfectly with BYD’s broader 2026 electrification strategy. The company is clearly focused on extending pure-electric driving range across its plug-in hybrid lineup while maintaining cost efficiency and offering optional advanced technologies.
As competition intensifies in China’s rapidly evolving SUV market, BYD’s approach of combining longer EV range, intelligent driving systems, and competitive pricing strengthens its leadership position. The Sealion 06 DM-i’s strong early sales momentum suggests that the upgraded variant could further accelerate adoption.
By delivering improved efficiency, extended electric usability, and flexible technology options, BYD continues to demonstrate its commitment to innovation and market responsiveness. The 2026 Sealion 06 DM-i PHEV 220 km variant stands as a compelling example of how plug-in hybrids can bridge the gap between full electric mobility and conventional fuel-powered vehicles, offering consumers a practical and forward-looking mobility solution.