When procuring a trackless sightseeing train through government procurement, should you choose a fuel‑powered or an electric model?

When procuring trackless sightseeing trains for government use, the choice between fuel‑powered and electric models requires a comprehensive assessment of multiple factors. Below is a detailed comparison of the two types, designed to assist government decision‑making.

I. Environmental Friendliness

Electric trackless sightseeing train: Powered by electricity, it produces no pollutants or exhaust emissions, meeting the requirements of green and sustainable development and contributing to environmental protection.
Fuel‑powered trackless sightseeing trains use fossil fuels as their power source, generating exhaust emissions that can contribute to environmental pollution. In certain scenic areas or urban settings with stringent emission regulations, the operation of such vehicles may be subject to restrictions.

II. Operating Costs

Electric trackless sightseeing trains: Electric power has relatively low costs, and electric vehicles boast high energy conversion efficiency, helping to reduce operating expenses. Moreover, maintenance costs for electric vehicles are also comparatively lower, as they do not require frequent fuel changes or extensive mechanical repairs.
Fuel‑powered trackless sightseeing train: Fuel costs may fluctuate with oil prices, and maintenance expenses for fuel‑powered vehicles can be relatively high, including routine services such as replacing the fuel filter and cleaning the fuel injectors.

III. Battery Life and Payload Capacity

Electric trackless sightseeing trains: Their range is limited by battery capacity, and they must be recharged promptly once the battery is depleted. However, as battery technology continues to advance, the range of electric vehicles is steadily improving. In terms of carrying capacity, electric trackless sightseeing trains generally meet typical sightseeing requirements.
Fuel‑powered trackless sightseeing trains typically offer longer range than electric ones, enabling them to cover greater distances on a single tank of fuel. Additionally, these vehicles usually boast higher passenger capacity, allowing them to carry more riders and enhancing transportation efficiency.

IV. Safety and Comfort

Electric trackless sightseeing trains are typically equipped with advanced control systems and intelligent technologies, enabling them to promptly detect their surroundings and road conditions to ensure passenger safety. At the same time, these trains are designed with a strong emphasis on comfort, featuring clean, aesthetically pleasing interiors and spacious, well‑cushioned seats.
Fuel‑powered trackless sightseeing train: It may also excel in safety and comfort, though this depends on the manufacturer’s design and specifications.

V. Applicable Scenarios

Electric trackless sightseeing train: better suited for settings with stringent environmental requirements, moderate visitor volumes, and relatively fixed sightseeing routes.
Fuel‑powered trackless sightseeing train: better suited for scenarios requiring long‑duration continuous operation, high visitor volumes, and extended sightseeing routes.