Toyota’s latest venture into hydrogen fuel cell technology has reached a critical milestone with the advancement of its project to the final demonstration phase. This groundbreaking development represents a significant stride towards Toyota’s goal of achieving a zero-carbon future. The innovative hydrogen fuel cell Hilux prototype, which was initially revealed in September 2023, has entered a phase of intensive evaluation and demonstration, thanks to the support of UK Government funding and collaboration with consortium partners.
At the Toyota Motor Manufacturing UK (TMUK) facility in Derby, England, a fleet of ten fuel cell Hilux prototypes has been meticulously constructed. Out of these, five vehicles are currently undergoing comprehensive field testing to assess various critical factors such as safety, performance, functionality, and durability. Simultaneously, the remaining five prototypes are being used for customer and media demonstrations, including public appearances at the upcoming Olympic and Paralympic Games in Paris 2024. This strategic initiative aims to engage stakeholders and showcase the potential of hydrogen fuel cell technology, in turn paving the way for the future success of the hydrogen transport sector.
Based on the highly regarded Toyota Hilux renowned for its Quality, Durability, and Reliability (QDR), the hydrogen fuel cell prototype retains the robust appearance and dimensions of its predecessor. Measuring 5325 mm in length, 1855 mm in width, and 1810 mm in height (extra-cab format), the vehicle’s standout feature lies in its integration with Toyota’s cutting-edge fuel cell technology, originally derived from the Toyota Mirai.
What sets the hydrogen fuel cell Hilux apart is its exceptional driving range of up to 600 km, surpassing the capabilities of a typical battery electric system. The lightweight nature of hydrogen enables greater payload and towing capacity, making it a compelling option among zero-emission alternatives. The fuel is stored within three high-pressure fuel tanks with a total capacity of 7.8 kg, securely mounted within the ladder frame chassis. Additionally, the fuel cell stack, consisting of 330 cells, is strategically positioned above the front axle.
The power delivery system is facilitated by an e-motor on the rear axle, providing an impressive 134 kW (equivalent to 182 DIN horsepower) and 300 Nm of torque. Remarkably, the vehicle produces no tailpipe emissions, only emitting pure water. To optimize energy usage, a lithium-ion hybrid battery, which stores electricity generated by the fuel cell, is ingeniously positioned in the rear load deck, ensuring no compromise in cabin space.
The hydrogen fuel cell Hilux serves as a prime example of Toyota’s commitment to innovative and sustainable transportation solutions. Its seamless integration of fuel cell technology into a versatile pick-up truck further solidifies Toyota’s position as a pioneering force in shaping the future of mobility.
Frequently Asked Questions:
1. What is Toyota’s latest venture in the field of alternative fuel technology?
Toyota’s latest venture is in hydrogen fuel cell technology.
2. What milestone has Toyota reached in its hydrogen fuel cell project?
Toyota has reached the final demonstration phase of its hydrogen fuel cell project.
3. What is Toyota’s goal in developing hydrogen fuel cell technology?
Toyota’s goal is to achieve a zero-carbon future.
4. What vehicle has Toyota developed as a prototype for its hydrogen fuel cell technology?
Toyota has developed a hydrogen fuel cell prototype based on the Toyota Hilux.
5. How many fuel cell Hilux prototypes have been created for testing?
A fleet of ten fuel cell Hilux prototypes has been created for testing.
6. What factors are being assessed in the field testing of the prototypes?
The field testing is assessing safety, performance, functionality, and durability of the prototypes.
7. What are the dimensions of the hydrogen fuel cell Hilux prototype?
The hydrogen fuel cell Hilux prototype measures 5325 mm in length, 1855 mm in width, and 1810 mm in height.
8. What is the driving range of the hydrogen fuel cell Hilux prototype?
The hydrogen fuel cell Hilux prototype has a driving range of up to 600 km.
9. How is the fuel stored in the hydrogen fuel cell Hilux prototype?
The fuel is stored in three high-pressure fuel tanks with a total capacity of 7.8 kg.
10. What are the emissions of the hydrogen fuel cell Hilux prototype?
The hydrogen fuel cell Hilux prototype emits no tailpipe emissions, only pure water.
Definitions:
– Hydrogen fuel cell technology: A technology that uses hydrogen as a fuel to produce electricity through a chemical reaction, with the only byproduct being pure water.
– Prototype: A first or preliminary version of a product or vehicle used for testing and evaluation.
Related Links:
– Toyota Official Website
– Toyota Europe Website
