Intelligent Energy, a prominent fuel cell developer and manufacturer, has unveiled its groundbreaking IE-Drive system, which heralds a significant advancement in hydrogen fuel cell technology for passenger cars. The new system not only delivers impressive electrical power, equivalent to 157bhp, but also boasts a 30% reduction in size compared to other fuel cell systems. This compact design allows for seamless integration into existing car designs, while offering excellent performance capabilities.
The IE-Drive system features a fuel cell stack, an electronic control unit, and a heat exchanger, all arranged in a familiar engine-like shape. Its size reduction does not compromise its power, as the system can sustain a cruising speed of 80mph even in peak temperatures, and 55mph when navigating steep inclines. This combination of power and compactness makes the IE-Drive system a strong contender in the hydrogen fuel cell market.
According to David Woolhouse, the CEO of Intelligent Energy, the future of transportation lies in clean technologies like hydrogen fuel cells. As the demand for zero-emission mobility continues to grow, Woolhouse believes that the Drive system has the potential to revolutionize the industry. With the expectation that 25% of all passenger cars will feature hydrogen fuel cell powertrains, the Drive system aims to accelerate the transition towards sustainable transportation.
In addition to its performance advantages, the IE-Drive system also offers cost-effectiveness. Intelligent Energy predicts that the Drive fuel cell system will be priced at approximately £100 per kW by the end of the decade. This would make it more affordable compared to electric vehicles and bring its cost in line with internal-combustion engine vehicles.
Dr. Ashley Kells, the programming director at Intelligent Energy, sees the IE-Drive system as a testament to the UK’s expertise in hydrogen fuel cell technology. With its groundbreaking advancements, the system showcases the nation’s potential to become a global leader in the hydrogen fuel cell arena.
Projections indicate that the passenger car and van hydrogen fuel cell market could be valued at £596 million by 2040, highlighting the significant growth potential for this technology in the coming decades. As Intelligent Energy continues to push the boundaries of fuel cell innovation, the future of hydrogen-powered transportation looks promising.
FAQ Section:
1. What is the IE-Drive system?
– The IE-Drive system is a groundbreaking hydrogen fuel cell technology for passenger cars developed by Intelligent Energy. It delivers impressive electrical power and has a 30% reduction in size compared to other fuel cell systems.
2. What components make up the IE-Drive system?
– The IE-Drive system consists of a fuel cell stack, an electronic control unit, and a heat exchanger arranged in a shape similar to an engine.
3. What are the performance capabilities of the IE-Drive system?
– The IE-Drive system can sustain a cruising speed of 80mph even in peak temperatures and 55mph when navigating steep inclines.
4. How does the IE-Drive system contribute to sustainable transportation?
– The CEO of Intelligent Energy believes that hydrogen fuel cells, like the IE-Drive system, are the future of clean transportation. The Drive system aims to accelerate the transition towards zero-emission mobility.
5. What is the projected cost of the Drive fuel cell system?
– Intelligent Energy predicts that the Drive fuel cell system will be priced at approximately £100 per kW by the end of the decade, making it more affordable compared to electric vehicles and bringing its cost in line with internal-combustion engine vehicles.
Definitions:
– Hydrogen fuel cell: A device that generates electrical power by converting hydrogen and oxygen into water, producing no harmful emissions. The electrical energy produced can be used to power vehicles and other applications.
– Fuel cell stack: A collection of individual fuel cells that work together to generate electrical power through the conversion of hydrogen and oxygen.
– Electric control unit: A device that controls and regulates the operation of electrical systems in a vehicle, including the fuel cell stack.
– Heat exchanger: A device that transfers heat from one fluid to another, often used to cool or heat fluids within a system.
Suggested Related Links:
– Intelligent Energy Official Website
– Fuel Cell Integration
– Fuel Cell Products
The source of the article is from the blog scimag.news