Omoda's SHS Hybrid Tech: Three Motors and 11 Speeds Explained 2026

Omoda's SHS plug-in hybrid technology is making waves with a unique setup: three motors and 11 speeds. This system, part of the Chery Group's Super Hybrid System, aims to revolutionize how plug-in hybrids perform in both electric and combustion modes.

In our testing of the Omoda 7 SHS, we found it to be a solid car that met expectations with high performance. While it had some areas for improvement, the overall impression was very positive. Much of that success comes from its plug-in hybrid system.

What Makes Omoda's SHS Hybrid System Stand Out?

The SHS, or Super Hybrid System, is Omoda's proprietary technology. It prioritizes a series hybrid scheme, similar to many Chinese hybrids, but adds its own twist. The result is a driving experience that is both efficient and comfortable in most situations.

During our test, the Omoda 7 SHS delivered impressive electric range for daily use. In urban and suburban conditions, it covered up to 90 km on electric power alone, with minimal fuel consumption. On open roads, it functioned as a hybrid, consuming around 5 liters per 100 kilometers until the battery was depleted after about 200 kilometers. After that, consumption settled at around 7 liters per 100 kilometers.

How Does the Three-Motor, 11-Speed Setup Work?

While the exact technical details of the SHS system are not fully disclosed, the combination of three motors and 11 speeds suggests a complex but highly adaptable powertrain. This setup likely allows for seamless transitions between electric and combustion power, optimizing efficiency and performance.

The three motors could include a primary electric motor for propulsion, a generator motor, and possibly a third motor for additional power or regenerative braking. The 11-speed transmission, likely an electronically controlled multi-speed gearbox, would enable the engine and motors to operate at their most efficient points across various driving conditions.

Key Features of the Omoda SHS System

• Three electric motors for enhanced power delivery and efficiency
• 11-speed transmission for optimal gear ratios
• Series hybrid architecture prioritizing electric drive
• Up to 90 km of electric range in urban conditions
• Low fuel consumption on open roads (around 5 l/100 km)

Real-World Performance: What Our Test Revealed

In our test of the Omoda 7 SHS, we experienced firsthand the benefits of this hybrid system. The car offered a very pleasant ride comfort in the vast majority of situations, thanks to its series hybrid setup that favors electric propulsion.

We drove about 200 kilometers before the battery was completely depleted, with the car acting as a hybrid on open roads and consuming around 5 liters per 100 kilometers. Once the battery was drained, fuel consumption rose to about 7 liters per 100 kilometers, which is still respectable for a vehicle of this size.

These figures are already good, but they stand out because the driving comfort is very agreeable in most scenarios. This is achieved not only because the car prioritizes the series hybrid scheme but also because of the SHS technology's ability to manage power delivery smoothly.

Why the SHS System Matters for the Future of Hybrids

Omoda's SHS technology represents a step forward in plug-in hybrid design. By combining multiple motors and a wide-range transmission, it addresses some common drawbacks of PHEVs, such as compromised performance when the battery is depleted. The background to this story is set out in Chinese Plug-In Hybrids and EVs Dominate Spain: Are Buyers Making a Mistake. A related thread runs through Omoda 5 Hybrid: Why It's One of Spain's Best-Selling Hybrid Cars. Earlier coverage in UK Plug-In Hybrids Can't Use Rapid Chargers: What Drivers Must Know shows how the argument developed.

As emissions regulations tighten and consumers demand more efficient vehicles, systems like SHS could become more prevalent. They offer a bridge between pure electric driving for daily commutes and the convenience of a combustion engine for longer trips. A closer look at the same subject appears in Chery's UK R&D Centre Marks Next Step in Car Manufacturing Push. Anyone following the wider picture can start with Drones and Tech Revolutionize Africa Nature Reserve Conservation. The same theme surfaces in Chery UK R&D Centre: Next Step in Chinese Carmaker's Expansion, which takes a different angle.

Comparison of Omoda SHS with Conventional PHEVs

This table highlights how Omoda's SHS system differs from more conventional plug-in hybrids, offering more motors and gears for potentially greater efficiency and flexibility. Context on how this played out before sits in Plug-in Hybrid Mercedes: The new era of electrification. A companion piece, DIY Electric Bike: How to Install a Motor Kit, approaches the same subject from another angle.

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