Assess the maximum and minimum power requirements of the fuel cell, the volume of the feasible fuel storage (25% boot space as the restriction and compressed hydrogen at 700bar), and maximum achievable travel range.

The technical specification of a typical small passenger vehicle are: Dimensions and Wights Boot Space Gross Vehicle Kerb Weight 410 litres 1380 kg 978 kg Fuel Economy Mileage (Motorway) Mileage (urban) Mileage (overall) 14.5 km/Litres 9.2 km/litres 11.4 km/lires Capacities Fuel Tank Capacity 45 Liter Performance Maximum Speed 0-100 kph % Mile 144 kph 18.4 secs 26.6 secs Engine Engine Type Displacement Power 1.3L End 1299 cc 59PS@5000rpm 100Nm@3200rpm Torque PEMFC Fuel Utilisation: 75% Stack Efficiency: 60% SOFC Fuel Utilisation: 90% Stack Efficiency: 65% If this vehicle is to be powered by a fuel cell system, then assess the maximum and minimum power requirements of the fuel cell, the volume of the feasible fuel storage (25% boot space as the restriction and compressed hydrogen at 700bar), and maximum achievable travel range. Discuss your design and compare them with the ICE vehicle. Overall engine efficiency supposed to be given. Include your system design.