Green and Safety Strategy: Guidelines for a sustainable ... a sustainable car fleet (vehicles,...
Transcript of Green and Safety Strategy: Guidelines for a sustainable ... a sustainable car fleet (vehicles,...
Green and Safety Strategy: Guidelinesfor a sustainable car fleet
(vehicles, drivers and consumption)
Alessandro Finicelli
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Summary
Sustainable mobility: what is it ?
ONU Target: CO2 Reduction & Road Safety
Green Strategy: savings for companies
Green Strategy: fuel consumption
Green Strategy: lifetime cost calculation
Safety Strategy: road accidents reduction
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Green Safety Strategy: guidelines for a sustainable car fleet
SUSTAINABLE MOBILITY: WHAT IS IT ?
The expression “Sustainable Mobility” indicates the need to have a system of urban mobility in the world that allows everyone to exercise the right to mobility without affecting society with:
1) air pollution and greenhouse effect2) noise pollution3) traffic congestion4) road accidents5) consumption of non-renewable energy resources6) disposal of end-of-life vehicles
See for example EU guidelines on URBAN MOBILITY and SUSTAINABILITY:
Info: http://ec.europa.eu/transport/publications/doc/2009_future_of_transport_it.pdf
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ONU TARGET: CO2 REDUCTION
The ONU is at the forefront in controlling climate changes and committed to reduce greenhouse effects as required by the Kyoto Protocol.
Cars play an important role in everyday life, and are vital for employment and growth in many regions. On the other hand, they have a strong impact in terms of climate change: for example, in the EU about 12% of all emissions of carbon dioxide (CO2), the main greenhouse gas, is caused by fuel of vehicles.
Although the EU has reduced its greenhouse gas (GHG) emissions by nearly 5%, CO2 emissions from road transportation have increased by 26%.
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ONU TARGET: ROAD SAFETY IMPROVING
The ONU is at the forefront in improving global road safety
Each year nearly 1.3 million people in the world die because of roadcrashes, 90 per cent of them in low- and middle-income countries.Another 20 to 50 million people suffer from serious injuries. Road trafficinjuries are also the leading cause of death for people 10-24 years of age.
Significant number of road traffic fatalities and injuries can be preventedfrom addressing the leading causes, which include excess of speed, lack ofseat-belt and child restraint use, drinking and driving, lack of helmet use byriders on two-wheels and three-wheels motorized vehicles, poorly designedand inadequately maintained roads, unsafe infrastructures and vehicles, andinadequate trauma care.
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EU TARGET: CO2 REDUCTION
Following the ONU strategy about CO2 vehicle emissions, in April 2009 the European Parliament decided that CO2 emissions of new cars should be reduced on average to 130 g/km (in 2012) and to 95 g/km (in 2020). For light commercial vehicles, the average agreed reduction was 175 g/km (in 2017) and 147 g/km (in 2020).
EU TARGET: ROAD SAFETY IMPROVEMENT
The EU road safety guidelines aim to cut European road deaths by 50 % by the end of 2020. To do that, they would seek to make users, vehicles and infrastructure safer through a mix of measures: national cooperation, sharing best practices and researches/studies, awareness campaigns and, in some cases, government regulations.
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GREEN & SAFETY STRATEGY: TECHNOLOGICAL BENEFITS
New technical specifications are necessary to exchange data andinformation between vehicles (V2V), between vehicles and infrastructure(V2I), and between two or more infrastructures (I2I). The possibility ofextending the implementation of Advanced Driver Assistance Systems(ADAS), such as Lane Departure Warning, Anti Collision Warning orPedestrian Recognition systems by retrofitting them to existing commercialand/or private vehicles, should also be further assessed. Thanks to thisstrategy for the acquisition of a car fleet, in this context, companies willbenefit from:
1) Fuel Cost Reduction (FUEL CONSUMPTION)
2) Vehicle Tax Reduction (TAXATION)
3) Energy and Environmental Cost Reduction (LIFETIME COSTS)
4) Road Accident Reduction (SAFETY)7/28
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GREEN & SAFETY STRATEGY: TELEMATIC TOOLS
Telematics has the potential to play a considerable role in the improvement of traffic safety and CO2 reduction: for example through the adoption of systems to detect incidents, control fuel consumption and supervise traffic that are also able to provide real time information to road users.
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GREEN STRATEGY: FUEL CONSUMPTION
Refueling represents approximately 25% of the total cost for a car fleet. A 20% reduction on the average CO2 emissions would generate 5% saving. This goal can be achieved in at least 2 or 3 years.
GREEN STRATEGY: TAXATION
In countries where a principle of taxation based on CO2 vehicle emissions is enforced, a 20% reduction of the average emissions of a company's fleet can lead to 14% saving on total costs (for example UK, Benelux)
GREEN STRATEGY: LIFETIME COSTS
This paradigm has been introduced by the European Union in PUBLIC PROCUREMENT but can also be used in PRIVATE PROCUREMENT of large multinational companies.
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GREEN STRATEGY: LIFETIME COST CALCULATION
The introduction of LCC paradigm can help Companies to obtain a real BENCHMARK between vehicles of the same category. The related tool provided by the EU has the following purpose: the lifetime costs for energy consumption, CO2 emissions and pollutant emissions are monetised. These 3 environemental costs are calculated as follows:
Mileage * corresponding value of energy consumption (or emissions per kilometer) and * relevant cost per unit of energy or emission.
See for example in EU www.cleanvehicle.eu
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GREEN STRATEGY: LIFETIME COST CALCULATION
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Example:
- Euro 5 vehicles- 90,000 Km- Diesel: 1,75 €/l
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GREEN STRATEGY: LIFETIME COST CALCULATION
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GREEN STRATEGY: LIFETIME COST CALCULATION
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GREEN STRATEGY: LIFETIME COST CALCULATION
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Example:
- Euro 5 vehicles- 90,000 Km- Diesel: 1,75 €/l
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GREEN STRATEGY: LIFETIME COST CALCULATION
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GREEN STRATEGY: LIFETIME COST CALCULATION
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SAFETY STRATEGY: ROAD ACCIDENT REDUCTION
Cause of Accidents
74% of car accidents are caused by driver inattention
93% Human Factor
Other
7%
80%
3 Second
In- attentiveness
Other
20%
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SAFETY STRATEGY: ROAD ACCIDENT REDUCTION
Advanced Driver Assistance Systems (ADAS) can provide personal assistance in a road environment that cannot always take into account the possibilities and limitations of the drivers.
Crossing accidents
Col. with oncoming traffic
Rear end accidents
04/13/10
Swiss insurance firm AXA Winterthur conducted a study on the link between collisions and cases of whiplash:
Collision probability
Early warning
time
1.5 seconds early warning can prevent 90% of rear end collisions!
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SAFETY STRATEGY: ADAS SOLUTION EXAMPLES
Green Safety Strategy: guidelines for a sustainable car fleet
Mobileye Pedestrian Collision Warning
Mobileye Lane Departure Warning
Mobileye ForwardCollision Warning
Mobileye Headway
Monitoring and Warning
Mobileye Intelligent High-Beam Control
Mobileye Traffic Sign Recognition/Speed
Limit Indication
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SAFETY STRATEGY: ADAS SOLUTION EXAMPLES
Green Safety Strategy: guidelines for a sustainable car fleet
Effectively prevents collisions and car accidents.
Keeps drivers, passengers and our environment safe.
Improves driving patterns.
Reduces fuel consumption.
Enables to achieve excellent ROI.
Reduces TCO.
Enhances social / corporate responsibility.
Provides a powerful tool for driver monitoring and evaluation.
Risk management tool.
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GREEN AND SAFETY STRATEGY: FINAL CONCLUSION
Green Safety Strategy: guidelines for a sustainable car fleet
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Safe, clean and economical: this is the perspective of progress in automotive systems
today. This trend is supported by electronically controlled chassis systems, powertrain
management, assistance and information systems. All of these systems rely strongly on
the input from G sensors, and a growing share of them is manufactured using MEMS
technology from an Italian Company: ST Microelectronics.25/28
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GREEN AND SAFETY STRATEGY: FINAL CONCLUSION
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Applications
■ In anti-theft systems, the 3-axis accelerometer can sense the inclination of a car
or motorbike. If a tow truck is used to steal a vehicle, the accelerometer detects
small changes in inclination and activates the security system.
■ The accelerometer signal can be used to identify a severe accident. The doors
can be unlocked to allow rescuers to enter the car and save the passengers.
■ In crash recording, the accelerometer detects a collision, and all relevant data
can be recorded for later analysis.
■ In car navigation, the accelerometer can assist the GPS if the signal is lost. A
dead reckoning system continues tracking movements while the satellite
signals are not being received or where they are not sufficiently accurate
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GREEN AND SAFETY STRATEGY: FINAL CONCLUSION
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In general, the accelerometer can be used for automotive applications such as:
■ Car alarms
■ Vehicle tracking
■ Black boxes
■ Trailer tracking
■ Abuse monitoring
■ Seat controls
■ Navigation support (dead reckoning)
■ Antenna positioning
In the industrial field:■ Vibration in heavy duty and special machinery
■ Container black boxes
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Alessandro Finicelli
General Manager
Email: [email protected]
Tel: +393483908477
Website: www.fleetcompare.com
for further information or to see green and safety aftermarket specifications
visit our stand in Automechanika Dubai H2-118 or contact me:
Thank you, and please drive green and safely
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