Vehicle Parts and Equipment to Conserve Fuel
Vehicle fleet managers and drivers can conserve fuel and maximize their operational efficiency by outfitting their vehicles with parts and equipment that save fuel. Implementing fuel-efficient strategies, systems, and programs for some or all vehicles can help fleets monitor and manage their vehicles better.
Super Tires
Replacing traditional dual tires with one super tire saves fuel by reducing the weight and rolling resistance, which means the engine doesn't need to work as hard. A super tire is not quite as wide as the sum of the two tires, so there is a slight motion of air benefit as well.
Aerodynamic Equipment and Vehicle Design
The above shown car is an concept of aerodynamic car designed as per specification. An aerodynamic automotive will integrate the wheel arcs and lights into the overall shape to reduce drag. It will be streamlined; for example, it does not have sharp edges crossing the wind stream above the windshield and will feature a sort of tail called a fastback or Kammback or liftback. Note that the Aptera 2e, the Loremo, and the Volkswagen 1-litre car try to reduce the area of their back. It will have a flat and smooth floor to support the Venturi effect and produce desirable downwards aerodynamic forces. The air that rams into the engine bay, is used for cooling, combustion, and for passengers, then reaccelerated by a nozzle and then ejected under the floor. For mid and rear engines air is decelerated and pressurized in a diffuser, loses some pressure as it passes the engine bay, and fills the slipstream. These cars need a seal between the low pressure region around the wheels and the high pressure around the gearbox. They all have a closed engine bay floor. The suspension is either streamlined (Aptera) or retracted. Door handles, the antenna, and roof rails can have a streamlined shape. The side mirror can only have a round fairing as a nose. Air flow through the wheel-bays is said to increase drag though race cars need it for brake cooling and many cars emit the air from the radiator into the wheel bay
Fuel-Tracking Devices and Telematics Systems
Data collection devices installed in vehicles can track fuel economy, maintenance schedules, and fleet performance to help fleets track fuel consumption and improving fuel economy.
GPS-based telematics systems that monitor miles driven, idle time, fuel economy, and engine maintenance requirements can help fleets track activity and manage fuel consumption. For example, Fiat's eco:Drive Fleet application can be installed on certain Fiat vehicles to gather and display data. Fleet managers can access data for individual vehicles and fleets overall to track progress and identify opportunities for improvement.
Some devices give drivers real-time fuel economy feedback, which has proven to be very effective in reducing fuel use.it's real useful for us to study and improve acording to the ideal condition.
Speed Control Modules
Fleet managers can install electronic speed control modules to prevent vehicles from traveling faster than a specific speed, which can conserve fuel. For example, all vehicles in Staples' delivery fleet are equipped with these modules to keep vehicles from exceeding 60 miles per hour. This strategy has saved nearly 3 million gallons of fuel since the program began in 2006.The evolution of the modern automatic transmission and the integration of electronic controls have allowed great progress in recent years. The modern automatic transmission is now able to achieve better fuel economy, reduced engine emissions, greater shift system reliability, improved shift feel, improved shift speed and improved vehicle handling. The immense range of programmability offered by a TCU allows the modern automatic transmission to be used with appropriate transmission characteristics for each application.On some applications, the TCU and the ECU are combined into a single unit as a powertrain control module (PCM).
Synthetic Oil
Synthetic oils can improve fuel economy in light-duty vehicles.
The listed below is the some of the important advantages of using synthetic oil.
The technical advantages of synthetic motor oils include:
- Better low- and high-temperature viscosity performance at service temperature extremes
- Better (higher) Viscosity Index (VI)
- Better chemical and shear stability
- Decreased evaporative loss
- Resistance to oxidation, thermal breakdown, and oil sludge problems
- Possibility to extended drain intervals, with the environmental benefit of less used oil waste generated
- Improved fuel economy in certain engine configurations
- Better lubrication during extreme cold weather starts
- Possibly a longer engine life
- Superior protection against "ash" and other deposit formation in engine hot spots (in particular in turbochargers and superchargers) for less oil burnoff and reduced chances of damaging oil passageway clogging.
- Increased horsepower and torque due to less initial drag on engine
- Improved Fuel Economy (FE) - from 1.8% to up to 5% has been documented in fleet tests