As a leader in the energy revolution, ENGIE offers a comprehensive range of clean mobility solutions that transform the way energy is used. The Group has developed a systems-based approach that combines its skills and expertise in alternative fuels, transport infrastructures, smart transit systems, and upstream design and planning. Improving air quality, reducing noise pollution, keeping traffic flowing and optimizing transit networks: here are some of the key measures of ENGIE’s green mobility program, Better Mobility TODAY.
Developing green mobility in cities
Promoting the spread of green fuels
Adopting cleaner fuels – electricity, natural gas and hydrogen – as an alternative to gasoline is the key to improve the air quality in the cities. Today, these fuels are greener and more economical solutions for travel while improving comfort for users.
The city of Rotterdam, in the Netherlands, has asked ENGIE and EV-Box to install and maintain charging stations for electric vehicles. 1,800 of these will be operational between 2016 and 2020. In Paris, the Group is working alongside RATP on developing buses exclusively powered by bio-methane and bio-NGV. The city of Dijon has also called on ENGIE to provide its inhabitants with 33 trams powered by renewable energy.
Strengthening urban logistics
Passenger and goods transportation is an energy-intensive sector that is responsible for emitting a high volume of greenhouse gases into the atmosphere. In France, goods transport has grown by 30% since 1990, boosted in particular by the development of e-commerce. Nowadays, 90% of journeys are by road. Improving urban logistics to make it smarter while encouraging the use of greener fuels would optimize journeys and reduce polluting emissions.
At Rungis international market, from where 234 hectares of fresh produce is dispatched to its destination in France and other countries for sale or transformation, ENGIE has opened its first public filling station for Liquefied Natural Gas (LNG) and Compressed Natural Gas (CNG). The installation can be accessed 24/7, enabling distribution and transport operators, mostly heavy trucks, to re-think their logistics models.
Optimizing the urban transport network and passenger services
Optimizing the flow of urban traffic
The economic and environmental costs of urban congestion are constantly rising. The optimization of urban road infrastructure, the connection of road system to communication technologies and the reduced use of individual vehicles will all contribute to decongesting our cities.
ENGIE plays an active part in combating urban congestion in Brazil. In the country’s second-largest city, Rio de Janeiro, it equips the entire metropolitan area with cameras, radars, radio links and control systems for the traffic signals and street lighting. This set of solutions, known under the collective name of Maestro, helps direct the road traffic. In Niterói, meanwhile, the Group has installed data capture and transmission solutions that combine with smart cameras to allow the automated management of ten zones with intense traffic.
Improving public transit infrastructure
Optimizing the use of existing infrastructure must respond to evolving needs and limiting natural resources but also budgetary resources. Smart management of transport networks and greater use of transit systems can reduce the cost and environmental impact of journeys.
In Edinburgh, Scotland, ENGIE transmits real-time information on the state of traffic, journey time and the waiting time for the next bus to passengers on its mobile apps, Take Me Home and Mybustracker (which has been downloaded no fewer than 25,000 times to date!). In Brussels, Belgium, the Group is contributing to efforts to progressively replace cars – used by one inhabitant in two on a daily basis – by easier access to rail and smart infrastructure that optimizes journeys on public transit systems.