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EVs & Charging
Electric Bus Revolution
Explore how electric buses are transforming public transit with zero-emission technology, cost savings, and improved passenger experience
Your Progress
Section 2 of 5Bus Fleet Electrification Simulator
Plan your city's bus electrification strategy. Adjust fleet size, electrification rate, electricity source, and charging strategy to see environmental and economic impacts.
Fleet Composition
Diesel: 37 buses
Electric: 13 buses
25% Electrified
1615 t
Annual CO₂ Emissions
High
5 t
Emissions Reduced
vs. All Diesel
$650K
Annual Cost Savings
Fuel & Maintenance
Overnight Charging Strategy
Charging Time: 8-10 hours at depot
Infrastructure: Slow chargers at depot
Range Impact: Full daily range
Cost: Lower infrastructure cost
Implementation Timeline
Planning & Procurement
6-12 months
Infrastructure Installation
3-6 months
Driver Training
1-2 months
Fleet Deployment
Ongoing
🔋
Battery Technology
Modern electric buses use advanced lithium-ion batteries with ranges of 200-400 km and fast charging capabilities.
• 300-500 kWh battery capacity
• 2-3 hour full charge time
• 10-15 year battery lifespan
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Charging Infrastructure
Electric buses require specialized charging stations with high power delivery and smart grid integration.
• 150-300 kW charging power
• Depot and route charging options
• Smart charging management
Total Cost of Ownership Comparison
Diesel Bus (10 years)
Purchase Cost:$500,000
Fuel (10 years):$300,000
Maintenance:$150,000
Total:$950,000
Electric Bus (10 years)
Purchase Cost:$750,000
Electricity (10 years):$80,000
Maintenance:$50,000
Total:$880,000
Break-even Point: Electric buses typically break even with diesel buses within 5-7 years due to lower operating costs.