Inside the Omoda Super Hybrid System: Efficiency Unveiled As the automotive landscape shifts rapidly towards electrification, Omoda is carving out a distinctive niche with its innovative Super Hybrid System (SHS). Developed by the Chery Group, this platform represents a “third-generation” approach to hybrid technology, specifically designed to bridge the gap between pure electric driving and the convenience of petrol, eliminating range anxiety while maximizing efficiency.
With models like the Omoda C9 PHEV and the Omoda 5 SHS-H leading the charge, the system promises a new era of “extraordinary” driving. Here is an in-depth look inside the technology that powers this efficiency. 1. The Core Components
The SHS architecture is built on a highly intelligent, tripartite system designed for optimized energy flow:
The Fifth-Generation 1.5-litre TDGI Engine: Specifically developed for high efficiency, this engine operates on a deep Miller cycle, boasting a high thermal efficiency of up to 44.5%, which minimizes energy waste during combustion.
Dual Electric Motors: These motors primarily handle acceleration and lower-speed driving, providing instant torque and a smooth, electric-first experience.
3-Speed Dedicated Hybrid Transmission (DHT): Unlike conventional single-speed hybrids, this 3-speed DHT ensures the engine operates at its most efficient speed range, regardless of whether you are in city traffic or on the highway. 2. Intelligence Behind the Power (Operating Modes)
The “Super” in Super Hybrid System comes from its intelligent software management. The system intelligently switches between nine different operating modes.
Pure Electric Mode: For daily city commuting, the vehicle acts as a pure EV, drawing power from a battery that features efficient cooling to maintain maximum range.
Series Driving (Generator Mode): When the battery runs low, the engine acts as a generator to recharge the battery while driving, ensuring the battery never truly hits zero.
Direct Engine Drive: At highway speeds, the 3-speed DHT allows the petrol engine to drive the wheels directly, which is more efficient than electric power at high speeds. 3. Real-World Efficiency and Performance
The results of this technological integration are staggering.
Ultra-Low Fuel Consumption: The system can achieve a fuel consumption rate as low as 1.7 L/100 km (approximately 163 mpg) under optimal conditions, with real-world tests showing averages as low as 1.4 L/100 km.
Extended Range: The SHS is designed for long journeys, with the JAECOO 7 SHS offering a massive range of up to 745 miles (approx. 1,200 km).
Low Emissions: The system provides an “ultra-low” carbon footprint, with emissions as low as 23 g/km. 4. The Self-Charging Philosophy
A key advantage of the Omoda Super Hybrid System is its ability to recharge on the go. Unlike traditional plug-in hybrids (PHEVs) that lose efficiency once the battery dies, the SHS keeps the battery charged, ensuring that the vehicle maintains high performance and efficiency throughout the entire journey. Summary Table: Omoda SHS Highlights 44.5% Thermal Efficiency Maximum energy from fuel 3-Speed DHT Gearbox Optimized speed for any scenario 745-Mile Range No range anxiety 1.7 L/100km Fuel Consumption Exceptional fuel economy Conclusion
The Omoda Super Hybrid System is more than just a battery and a petrol engine working together; it is a meticulously engineered system designed for modern mobility. By focusing on thermal efficiency, intelligent transmission technology, and adaptive operating modes, Omoda offers a compelling alternative to traditional vehicles and early-gen hybrids, ensuring high efficiency is always “as standard.”
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