autoSense Fleet ROI Calculator

The transition to electric mobility creates new challenges for companies. Depending on the industry, electrifying a fleet can significantly increase a company’s electricity consumption. This has implications both for the company itself and for the Swiss electricity grid.

Calculate the potential cost savings and CO₂ emission reductions when electrifying your fleet with our smart charging solutions.

Calculate your savings potential Get in touch

Status quo

Total Number of Vehicles

Number of Combustion Engine Vehicles

Number of Electric Vehicles

Average km per Vehicle / Year

40,000 km

2,000 km80,000 km

Charging Stations available at Work?

Charging Stations available at Home?

Number of Charging Stations at Work

Number of Charging Stations at Home

Calculation Basis

Electric: 20 kWh/100km ¹

Internal Combustion: 6.8 l/100km ²

Home / Work: CHF 0.28/kWh ⁴

Public: CHF 0.73/kWh ⁴

Charging Behavior

Home Share

69%

Work Share

19%

Public Share

12%

Future Fleet

Projected Number of Electric Vehicles

Are Charging Stations planned at the Workplace?

Yes No

Number of Planned Charging Stations

5 (Recommended)

ROI Results

Cost Savings

–

Annual savings across the entire fleet ⁵

CO₂ Savings

–

Annual CO₂ reduction across the entire fleet ⁸ ⁹

Current Cost Situation

–

Cost Distribution

Fleet Overview

Combustion Vehicle Costs ² ³

–

Electric – Public ⁴

–

Electric – Work ⁴

–

Electric – Home ⁴

–

Total Costs–

Unrealized Efficiency: –
chargeON optimization on electric fleet ⁵

Cost Savings per Vehicle

–

–per vehicle

Combustion Vehicle Cost ² ³

–

Transition to Electric ¹ ⁴

–

chargeON Optimization ⁵

–

chargeON User License ⁶

–

Cost Charging Infrastructure at Home ⁷

–

Electric Vehicle Final Cost–

Total Fleet Cost Development

–

––

The more charging takes place at home, the greater the benefit of our chargeON solution - even when including the costs of home charging infrastructure. ⁵ ⁷

Annual CO₂ Savings

Entire Fleet

–

––

Per Vehicle

–

––

CO₂ costs drop exponentially with higher electrification – Boosting your fleet’s electrification from 50% to 75% can double your CO₂ savings ⁸ ⁹

Calculation Basis

¹ Electricity Consumption Electric Vehicles: Ø 20 kWh/100 km (Mid-Range EVs, realistic driving conditions)
² Fuel Consumption Internal Combustion Engine Vehicles: Ø 6.8 l/100 km (Petrol/Diesel Fleet Average)
³ Fuel Price: CHF 1.79/liter (Swiss Average)
⁴ Electricity Rates: CHF 0.28/kWh Home & Work – CHF 0.73/kWh Public Charging
⁵ chargeON Optimization: 10% efficiency gain through intelligent charge management and optimized charging times
⁶ License Costs: chargeON License Fee CHF 9.–/User/Month
⁷ Home charging infrastructure: Flat Rate CHF 50.–/Station/Month (incl. Maintenance and Grid Fees)
⁸ CO₂ Internal Combustion Engine: 2.31 kg CO₂/Liter Fuel (Well-to-Wheel, Swiss Reference Value)
⁹ CO₂ Electric: 0.09 kg CO₂/kWh (Swiss Electricity Mix)

Faton Dauti

Sales Lead