Electric Powertrain: The bus would be powered by an electric motor and a battery system. This eliminates tailpipe emissions and reduces the carbon footprint of public transportation.

Range: The range of the bus on a single charge would be a crucial consideration. Urban buses typically have predictable routes, allowing for optimized charging strategies.

Charging Infrastructure: Electric buses require charging infrastructure. Depending on the charging technology used (fast charging, overnight charging, etc.), the bus might need to be charged at bus depots or specific charging stations along its route.

Seating Capacity: The bus's seating capacity would depend on its size and configuration. Electric city buses can accommodate a significant number of passengers, helping reduce congestion and emissions.

Comfort and Amenities: Just like traditional buses, electric city buses might offer passenger comfort features such as air conditioning, ergonomic seating, and possibly Wi-Fi and digital displays.

Safety Features: Safety remains a top priority. The bus would likely come equipped with safety features such as reinforced construction, ABS, and emergency exits.

Accessibility: Modern urban buses, including electric ones, focus on accessibility for all passengers. This could include low-floor entry, ramps, and designated spaces for passengers with disabilities.

Driver Experience: Electric buses often provide a quieter and smoother ride experience for both drivers and passengers due to the absence of a traditional internal combustion engine.

Environmental Benefits: Electric buses contribute to reducing air and noise pollution in urban areas, improving overall air quality and the quality of life for residents.

Cost Savings: While the upfront cost of electric buses can be higher than traditional diesel counterparts, they can lead to long-term cost savings through reduced fuel and maintenance expenses.