Skip to main content

Gogoro unveils Taiwan e-scooter battery-swap station

Taiwan-based Gogoro Network has unveiled a battery-swapping station which it says retains more than 200kWh of energy and supports 1,000 electric scooters per location. The company is utilising artificial intelligence (AI) and advanced algorithms to help ensure batteries are always available for riders in the cities of Taipei, New Taipei, Taichung, Taoyuan, Kaoshung and Tainan. Gogoro founder Horace Luke says: “Gogoro Network is utilising its real-time AI for cloud data analysis to roll out a variety of e
October 3, 2019 Read time: 2 mins

Taiwan-based Gogoro Network has unveiled a battery-swapping station which it says retains more than 200kWh of energy and supports 1,000 electric scooters per location.

The company is utilising artificial intelligence (AI) and advanced algorithms to help ensure batteries are always available for riders in the cities of Taipei, New Taipei, Taichung, Taoyuan, Kaoshung and Tainan.

Gogoro founder Horace Luke says: “Gogoro Network is utilising its real-time AI for cloud data analysis to roll out a variety of enhancements including our new Flex Plan that provides smart pricing, so customers have direct control to pay for just the battery energy they consume.”

Expected to launch officially next year, Flex Plan - a pricing programme based on amp-hour (Ah) usage versus distance ridden - allows subscribers to earn a discount of 20% by swapping batteries at off-peak times or less busy locations.  

It is currently available as an open beta to all Gogoro Network subscribers for TWD$299 (£7) per month. Subscribers will be charged TWN$2.30 (5p) per Ah used and receive unlimited battery swaps and access to dynamic discounts via the Gogoro App and Gogoro Network App.

Gogoro is also introducing a new GoStation 3 design which it claims provides up to 50% more batteries than previous versions. This increase allows GoStation 3 to power itself and continue the battery-swapping service for up to 46 hours when required by power interruptions, the company adds.

Additionally, the company is deploying a new range of smart batteries that it expects to provide 27% more range.

Related Content

  • TomTom traffic index shows increase in UK congestion
    April 1, 2015
    TomTom’s today 5th annual Traffic Index, the barometer of traffic congestion in over 200 cities worldwide, reveals rising congestion levels around the globe In addition, for the first time, the Index took an in-depth look at the true impact of rush hour traffic on the work week, uncovering that evening rush hour nearly doubles the journey time for car commuters. The analysis of 12 trillion pieces of traffic data worldwide revealed that the evening rush hour is the most congested time of day. Traffic co
  • Drivewyze introduces notification service for truck drivers
    August 16, 2019
    US technology company Drivewyze has launched a notification service that issues an audible tone and visual alert when a truck approaches dangerous curves or low bridges. Brian Heath, CEO of Drivewyze, says the company’s rollover alerts, on targeted exit ramps and curves, are geo-fenced at 500 locations in 32 states. “We worked closely with our state partners to identify the areas that had higher incidences of rollovers, so our alerts offer an early warning to drivers to check their speed,” he adds. The
  • Freight poses growing problem for city authorities
    March 3, 2017
    Wes Guckert considers possible solutions and countermeasures to the problems of increased freight deliveries in growing cities. In January 2016, the US Department of Transportation (USDoT) conducted a session on the SmartCity Challenge and Urban Freight and Logistics. This session was a follow-up to the USDoT report titled, Beyond Traffic 2045.
  • Transit signal priority improves travel times in Memphis
    August 13, 2014
    The installation of Global Traffic Technologies’ (GTT) Opticom GPS transit signal priority (TSP) along the two busiest transit corridors in Memphis is helping many of the tens of thousands of the city’s transit users reach their destination in less time.