ELECTRIC VEHICLES (EV)
Electric vehicles require an electric motor powered by batteries that are recharged using the electric power network.
There are four types of electric vehicles:
The electric vehicle produces 0 pollutant exhaust emissions
Electric mobility reduces acoustic pollution drastically
Electric vehicles require less maintenance even if it is more specialised and the energy cost is lower.
Electric power network easy to access and with a wide offer of public charging points
There are benefits and help for the acquisition and use of an electric vehicle
NATURAL GAS VEHICLE (NGV)
The difference between natural gas (NGV) and the gas we use in our homes is that it is used in two ways: compressed natural gas (CNG) at 200 bar, which is mainly used in light vehicles for any kind of route and in heavy vehicles for urban and suburban routes; and liquefied natural gas (LNG), which is in liquid phase and is mainly used in long-distance lorries.
The vehicles with NGV technology require a combustion motor that, at the same time, thanks to the technology of the manufacturers, allows them to operate on a bi-fuel (NGV or gasoline) or dual fuel (NGV plus diesel oil) system.
There are two types of stations depending on the fuel you want to supply: compressed natural gas (CNG) stations, which can be fast or slow-charging stations; and compressed natural gas and liquefied natural gas (CNG-LNG) stations, in which the recharge time is never over 10 minutes. There are also mobile LNG stations, in which a lorry has a built in deposit with a pump. These stations are useful to study the potential of an area before building an actual station.
Reduces the emissions of carbon dioxide, nitrogen oxide and particles
Significant decrease in noise emissions and engine vibrations
Up to 50% of the fuel cost with relation to a conventional vehicle
Longer range of NGV thanks to the bi-fuel and dual fuel systems
Availability of the technology for different vehicle segments, from private cars to heavy goods vehicles and ships