Wizard
Steps
Follow the steps below to calculate your results.
Operational details
- ${river ? capitalizeFirstLetter(river) : 'Sailing region'}
- Vessel type & engine
- Operational costs & hours
Greening options
- Choose suitable options
- Refine costs
Evaluate results
- View and download costs
Greening technologies
Select region
To get started you have the possibility to either use the default values or base the calculation on information that more accurately reflects your situation, such as your sailing region, vessel and operational details. Using individual values will help narrowing down the greening options most suitable in your situation.
Sailing region
Rhine
Switzerland - Germany - France - Netherlands
Danube
Germany - Austria - Czech Republic - Slovakia, Hungary - Slovenia - Croatia - Bosnia and Herzegovina - Serbia Montenegro - Romania - Bulgaria - Moldova - Ukraine
Select Vessel
To get started you have the possibility to either use the default values or base the calculation on information that more accurately reflects your situation, such as your sailing region, vessel and operational details. Using individual values will help narrowing down the greening options most suitable in your situation.
Vessel type
To get started you have the possibility to either use the default values or base the calculation on information that more accurately reflects your situation, such as your sailing region, vessel and operational details. Using individual values will help narrowing down the greening options most suitable in your situation.
| Name | Tonnage (t) | Length (m) | Draught (m) | |
 |
${vessel.vesselName} | ${vessel.maxPayload} | ${vessel.length} | ${vessel.draught} |
Main engine
To get started you have the possibility to either use the default values or base the calculation on information that more accurately reflects your situation, such as your sailing region, vessel and operational details. Using individual values will help narrowing down the greening options most suitable in your situation.
Operational details
Based on your sailing region & vessel details we have default values for the operational details such as costs. You can fine-tune individual values to narrow down the most suitable greening options for your situation or continue with these values.
Operational parameters
Operational
hours per day
Operational
days per year
Effective %
effective engine hours
Operational costs
Euros per hour
Fuel costs
Average speed
Kilometer per hour
Fuel consumption
Liter per km
Average fuel costs
Euro per liter
Yearly costs
Operational costs
Please enter your operational costs per year in Euros
Euro per yearFuel costs
Fill in your avarage fuel costs in the current situation.
Euro per year
Based on your sailing region & vessel details we have default values for the operational details such as costs. You can fine-tune individual values to narrow down the most suitable greening options for your situation or continue with these values.
Emissions profile
Based on your sailing region & vessel details we have default values for the operational details such as costs. You can fine-tune individual values to narrow down the most suitable greening options for your situation or continue with these values.
Engine details
Total power
in KW
Main engine power
in KW
Number of engines
Total engines
Greening options
On this page, a greening option can be chosen.
Propulsion improvements improvements
These greening options represent emission-reducing improvements to the propulsion, engine and exhaust system.
Hydrodynamic improvements improvements
These greening options represent emission-reducing improvements to the hydrodynamics and hull of an inland vessel.
Greening options
This page provides a financial overview.
Cost parameters
Interest
%
Lifetime
Engine hours
Hardware cost per installed power
Euros
Design/installation per vessel
Euros
Design/ Installation costs per unit
Euros
Installation time
Days
Repair/maintenance by
Repair/maintenance
Euros
Repair/maintenance
Euros
LNG Cost
Euros/Liter
Adblue
Euros/Liter
Investment - Euro in total
Annual costs - Euro annually
Installation loss
Technical lifespan - In years
€ ${ currency(totalInvestmentCosts) }
€ ${ currency(totalAnnualCosts) }
€ ${ currency(totalInstallationTimeLoss) }
${ Math.round(totalTechnicalLifespan) }
Results
Emission reductions
CO2
NOx
PM
Annual cost & depreciation
€ ${ currency(totalAnnualCosts) }
Annual netto expenses
20 years
Years to calculate investment
€ ${ currency(totalInvestmentCalculated) }
Total cost in 20 years
Costs
Costs
Amount
Total investment - Euro
Installation time loss - Euro
Maintainance - Euro annually
Fuel costs change - Euro
€ ${ currency(totalInvestmentCosts) }
€ ${ currency(totalInstallationTimeLoss) }
€ ${ currency(totalMaintainanceCost) }
€ ${ currency( fuelCostChange) }
Comparison
Factor
Current
New
Difference
Total costs annually
Emissions
CO2 - in kg per year
NOx - in g/kWh
PM - in g/kWh
${ toDecimal(oldTotalAnnualCosts) }
${ toDecimal(totalco2KgPerYear) }
${ toDecimal(totalNoxGPerKwh) }
${ toDecimal(totalPmGPerKwh) }
${ toDecimal(oldTotalAnnualCosts + totalAnnualCosts) }
${ toDecimal(newTotalco2KgPerYear) }
${ toDecimal(newtotalNoxGPerKwh) }
${ toDecimal(newtotalPmGPerKwh) }
${ toDecimal((oldTotalAnnualCosts + totalAnnualCosts) - oldTotalAnnualCosts) }
${ toDecimal(newTotalco2KgPerYear - totalco2KgPerYear) }
${ toDecimal(newtotalNoxGPerKwh - totalNoxGPerKwh) }
${ toDecimal(newtotalPmGPerKwh - totalPmGPerKwh) }
Now that you have completed this run feel free to use the option to Download the results (pdf).
Do you want to start over and reset the data that you provided? Alternatively you can navigate to each step and fine-tune the details without losing the data provided in the steps before.