Electric buses up close

Altas Novus Cityline

  • 22
  • 140 kW
  • 126 kWh
  • 290 km

The low-floor bus is user-friendly for passengers with special needs. Wide boarding doors, a low-floor body structure and special platforms or ramps make it easy to get on the bus and travel safely. Signalling switches are also marked with Braille to allow visually impaired passengers to communicate their needs.

Buses are equipped with blind-spot sensors to help the driver monitor the environment during manoeuvres. Such systems help avoid serious incidents with pedestrians and cyclists.

Video cameras inside and outside the bus allow the driver to monitor both passengers and other road users.

Temsa MD9 electriCITY

  • 39
  • 250 kW
  • 240 kWh
  • 300 km

A larger capacity low-floor bus for passengers with special needs. It features wide doors, a low-floor body structure and a special ramp for easy access and safe travel. Signalling switches are also marked with Braille to allow visually impaired passengers to communicate their needs. The bus is equipped with video cameras so the driver can monitor both passengers and the bus.

Why is this relevant?

Electric transport is important for reducing pollution for several main reasons: it is less polluting, it uses energy more efficiently, and electric motors are much more efficient than combustion engines. Electric transport uses less energy to travel the same distance than conventional vehicles. Electric transport can use renewable energy sources. Electric transport contributes to cleaner air, lower noise levels and more efficient use of energy, which is particularly beneficial for the environment and public health.

Transport accounts for 32 % CO2 emissions in Lithuania

(Ministry of the Environment of the Republic of Lithuania, 2024)

Travelling by bus instead of
car would save money
42% of CO2 emissions

(Source: see here)


Electric public transport revolutionises the quality of life for city dwellers

(Source: see here)