Der neue Toyota C-HR Plug-in-Hybrid 220: Design trifft auf Hightech für mehr elektrische Reichweite

The 2024 Toyota C-HR Plug-in-Hybrid 220 is set to deliver increased electric range. Now featuring a plug-in option, this striking hybrid leader's crossover model can travel even more miles solely on electric power. Toyota, never one to shy away from bold design, has introduced the C-HR this year with a look that's anything but ordinary from every angle. Beneath its unique exterior, Toyota has leveraged its pioneering hybrid technology to enhance the vehicle. With the new plug-in hybrid system, the C-HR can achieve up to 106 kilometers of electric driving, thanks to its advanced control system.

Toyota labels their latest C-HR as "bold," and they are certainly on point when it comes to its design. For years, the Japanese powerhouse has leaned on hybrid technology, initially offering only full hybrids, but more recently, heavily incorporating the plug-in hybrid variant. The newest C-HR also features this system, particularly in the high-end 220 model, which showcases further improvements made by Toyota.

Photo Gallery: Toyota C-HR Plug-in Hybrid (2024)

The Toyota C-HR Plug-in Hybrid 220 is engineered with a blend of technological advancements in both hardware and software to deliver an electric driving range aimed at meeting the demands of European consumers. When operated solely in urban environments, this vehicle can cover a distance of 97 to 106 kilometers on electric power alone, with the exact range varying based on the specific vehicle configurations.

A key feature of the propulsion system is the Predictive Efficient Drive System, which utilizes live data and past trip information to automatically enhance the functionality of the plug-in hybrid system and boost its efficiency. This system includes a novel geofencing function. It assesses road and traffic conditions via cloud navigation and merges this data with ongoing learning of the user's usual routes and driving habits. The vehicle automatically switches between hybrid and electric modes to maximize electric range within low-emission zones.

When a journey involves entering a zone where only battery-electric vehicles (BEVs) are permitted, the geofencing system guarantees that there is sufficient battery charge to complete the entire trip using electric power. If the destination is situated in a low-emission zone, the system automatically reserves enough battery life to ensure the trip can be finished using the electric vehicle (EV) mode.

Another component of the Predictive Efficient Drive System is the adaptive regeneration, which cuts down on the loss of regenerated energy and aids in enhancing fuel efficiency. The navigation system identifies and memorizes common deceleration spots and autonomously intensifies the engine braking power to boost the recuperation of braking energy.

On highways or when approaching inclines that demand more power, the system preemptively engages the hybrid mode to charge the battery in anticipation of the higher energy requirement, thus enhancing overall fuel efficiency. With more distance covered, the system becomes progressively more adept, leading to increasingly efficient use of electric power.

The efficiency of the Plug-in Hybrid 220 is enhanced by various hardware interventions. A battery heating system cuts down on charging duration and increases the electric range in cold conditions. Throughout operation, the battery is cooled as necessary to boost performance and extend range, while a fresh heat pump air conditioning system lessens the impact on electric range.

More plug-in hybrids with extended range:

During extended journeys, when the battery depletes, the Toyota seamlessly transitions to its hybrid mode. Toyota's plug-in hybrid technology features a powerful 163 horsepower (120 kilowatt) electric motor at the front axle, which stores energy in a high-performance 13.6 kWh lithium-ion battery. It's paired with a 2.0-liter gasoline engine that delivers 152 horsepower (112 kilowatts). The combined output of 223 horsepower ensures robust performance. The vehicle can accelerate from 0 to 100 km/h in a swift 7.4 seconds and reaches a top speed of 180 km/h, which is the typical maximum for Toyota vehicles.

Source: Toyota

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