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Zero emission taxis

New taxis licensed after 1 January 2018 will need to be zero emission-capable to help clean up London's dirty air. The new plans include new ‘zero emission’ ranks for drivers who pioneer green technology alongside a network of rapid electric charge points.

This charging network will be integral in supporting the greening of London's iconic black cab fleet, with many charging points dedicated exclusively to their use by the end of 2018.

TfL aim that all taxis and private hire vehicles (PHVs) will be zero emission-capable by 2033.

New technology is changing the way many Londoners access taxis and PHVs, and the Taxi and Private Hire Action Plan also addresses how regulation can be used to ensure safety standards are applied across the taxi and private hire markets.

Owners of taxis and private hire vehicles can visit TfL's website to understand the new requirements.

Electric vehicles

We are investing £18 million into a new scheme that will make it easier to own an electric vehicle in the capital.

Rapid charging points that will power vehicles in nearly 30 minutes will be installed across London. Compare this to the three to four hours when using a standard unit.

The initial plan is to see 75 rapid charging points in the ground by the end of 2017, with the network growing to 150 by the end of 2018 and 300 fully functioning by 2020.

Additionally, there will soon be 1500 new standard electric vehicle charging points installed across London. The £4.5 million investment, across 25 boroughs, will make electric vehicles an easier and more practical option for Londoners.

Ultra Low Emission Zone

The world’s first Ultra Low Emission Zone (ULEZ) launched on 8 April 2019, approximately 17 months earlier than planned.

The ULEZ will supersede the T-Charge and create stricter emissions standards for diesel vehicles, 24 hours, 7 days a week. Those that do not comply will face a charge.

Electric, hybrid and hydrogen buses

TfL will introduce around 3,000 ultra low emission double-deck buses in central London by 2019 and more than 250 zero emission single-deck buses into central London by 2020.

Euro VI is the latest standard in diesel engines, reducing emissions of NOx by up to 95 per cent compared to the previous generation of buses. Since 2014 new buses have been supplied with these ultra low emission engines, and they are introduced across London at a rate of between 700 and 1,000 buses a year.

Electric

In central London, electric buses currently run on routes:

  • 507 - Waterloo station to Victoria bus station
  • 521 - Waterloo station to London Bridge station
  • RV1 - Covent Garden to Tower Gateway station (hydrogen-powered)

Routes outside central London also operate with electric buses including:

  • 98 - Willesden bus garage to Red Lion Square
  • 108 - Stratford International station to Lewisham station
  • 312 - South Croydon bus garage to Norwood Junction station
  • H98 - School Road to Wood End Green Road

Hybrid

Over 2,600 diesel-electric hybrid buses currently run through the capital, making up 30 per cent of our bus fleet. All of these buses are quieter, more fuel-efficient and cleaner than standard diesel buses, reducing emissions by between 30-40 per cent.

Hydrogen

We want London to be a world leader in hydrogen and fuel cell activity.

Hydrogen is a universal fuel that will play a major role in our clean, sustainable energy future. Together with fuel cells, hydrogen will increasingly provide us all with clean and secure energy to power vehicles.

We have the potential for carbon-neutral and emission-free energy if the hydrogen itself is produced from a carbon-neutral source such as London's waste, solar or wind power.

Hydrogen fuel is a great way to power public and private transport in London. The only emission is water vapour which means that no carbon dioxide or other air pollutants are relased into the air.

We know it works too, as our RV1 bus already runs on it.

Hydrogen-powered vehicles have a range similar to conventional diesel vehicles achieving 350-400 miles on a single tank of fuel, and they can be refuelled within 3-5 minutes.

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