Citybus Confirms 23.5°C Thermostat System Across Entire Fleet Amid Hot Weather Concerns
AM730 · 2 SOURCESabout 2 hours ago2 MIN
Summary
Citybus has confirmed that its entire fleet is equipped with thermostat devices maintaining cabin temperatures at 23.5 degrees Celsius amid public concerns over extreme heat affecting public transport. The temperature standard was jointly developed by the company's engineering and operations teams based on years of operational experience and passenger feedback, accounting for the unique challenges of frequent stops and door openings that cause air conditioning loss. Citybus emphasized it is in close communication with frontline bus captains to ensure their wellbeing during hot weather.
Key Points
- Citybus operates a fleet equipped with thermostat devices set at a standard 23.5 degrees Celsius
- The temperature standard was determined by engineering and operations teams based on experience and passenger feedback
- The standard accounts for frequent stops and passenger boarding, which cause air conditioning loss
- Citybus is communicating with frontline bus captains about their needs during hot weather
- The company will make appropriate arrangements to ensure good working conditions for drivers
Why It Matters
As Hong Kong experiences more frequent extreme heat events, the working conditions of frontline public transport workers and the comfort of passengers have become important quality-of-life issues. Citybus's response sets a benchmark for the industry's approach to managing cabin temperatures, while also highlighting the need for ongoing dialogue with workers facing challenging conditions during heatwaves .
As Hong Kong experiences more frequent extreme heat events, the working conditions of frontline public transport workers and the comfort of passengers have become important quality-of-life issues. Citybus's response sets a benchmark for the industry's approach to managing cabin temperatures, while also highlighting the need for ongoing dialogue with workers facing challenging conditions during heatwaves .