Tonne meter how to set number of decimals

Tonne meter how to set number of decimals full#

Cargo carrier capacity is the maximum load capacity of the vehicle.Shipment size is the size of the shipment that is subject of the transport.The general allocation formula is:ДЄllocation factor = Shipment size / (Cargo load factor * Cargo carrier capacity) where: A shipment is therefore only allocated the part of the emissions that emanates from its share. It is assumed that shipment transports are undertaken in a shared transport system where the capacity of a vehicle (or set of vehicles) can be shared between multiple shipments. Or simpler: a load of goods that are being sent to a customer, store, etc. The term shipment is defined as cargo transported under the terms of a single bill of lading or air waybill, irrespective of the quantity or number of containers, packages, or pieces. if the user changes the fuel consumption value for a truck in step 4 and then goes back to change a parameter setting in step 2 (fuel type, road type, euro class, etc) the system will recalculate the fuel consumption and overwrite whatever value the user has entered.

The system may not only alter a previous default value but also a custom value entered by the user, e.g. fuel consumption for trucks in step 4 depends on the parameter settings in step 2 together with the cargo load factor entered in step 3), and that setting or value may change as a result of going back and chancing any of the previous input. Please note that a specific default setting or value will depend on input from previous steps (e.g. A default setting or data reflects what would be the average, most common or typical case. The system provides default data for all parameter settings and input fields of the wizard except those related to shipment size, distance and consumed amount of fuel. WTT, TTW and WTW are, for each transport activity, accounted for separately in the result report Default data

Tonne meter how to set number of decimals full#

The full fuel cycle, Well-to-Wheel (WTW), is obtained by adding WTT and TTW.

Tank-to-Wheel (TTW) which covers fuel use in the vehicle.

It is optional to include WTT in the calculations ( step 1 in the Transport Activity Specification Wizard).

Well-to-Tank (WTT) which covers extraction, production and distribution of fuel.

NTMCalc calculations include the following life cycle stages: For instance, the reason why вЂњShipment transport вЂ“ summary levelвЂќ does not apply to aircrafts is that aircraft fuel consumption is not linear to the flight distance (take-off and landing consumes more fuel per km than cruising), so the distance must always be made explicit in aircraft calculations. The explanation for this is that the underlying computation models of the four transport modes are very different. The table below shows the available calculation models for each transport mode.ДЄs seen in the table, not all calculation models apply to all transport modes. Emissions and energy calculations for various services and cargo handling activities such as refrigeration, loading and unloading of cargo.

Execution of activity or service related to a transport.

Given the gross fuel consumption for a single fuel or mix of fuels, with quantities taken from the fuel bills or other sources, the system will calculate the total amount of climate gas being produced and the total amount of energy being used. Calculation for the operation (running) of a vehicle for a specific distance, or running a vehicle on a specific amount of fuel. Calculation for the summary transport effort, measured in tonne-kilometres, of multiple shipments.

Shipment transport вЂ“ multiple shipments.

Size can be measured by weight, volume or volumetric weight. Calculation of emission levels, fuel consumption and energy use for the transport of a single shipment which is specified by size and transport distance. There are a number of calculation models available in NTMCalc Freight Advanced: вЂњShipment transportвЂќ) The calculation model determines the type of calculation that will be performed on the selected object. вЂњRigid truck 7.5 вЂ“ 12tвЂќ) and a specific calculation model (e.g. Other examples of calculation objects are terminals and fuels.ДЄ transport activity is the combination of a specific calculation object (e.g.

вЂњRigid truck 7.5 вЂ“ 12tвЂќ, вЂњElectric trainвЂќ or вЂњOil tankerвЂќ. The most common calculation objects in NTMCalc are vehicle types or vehicle classes, e.g. Key conceptsДЄ calculation object is a вЂњthingвЂќ that can be subject of a calculation. NTMCalc is able to calculate emission levels and energy use for a wide variety of transport activities, and this section explains the key points on how to specify and calculate these activities.