Online
carculator online 1.2.1
Make fast comparisons between different cars, under different scenarios. Save and export your results. Import them in your model.
New in 1.2.1
- uses carculator 1.6.3
New in 1.2.0
- fixes a server bug which caused calculations to stall
- uses carculator 1.6.2
- adds Micro and Large SUV cars
- improved mass and fuel use calibration
New in 1.1.9
- uses carculator 1.6.0
- fixes incorrect modelling of end-of-life
New in 1.1.8
- uses carculator 1.5.9
- updates electricity mix projections for EU countries from ENTSO-E 2020 TYNDP projections
- adds mileage degradation of catalytic systems for CO, HC and NOx
or
Install
carculator 1.6.3
Make detailed or fleet-wide analyses. Perform sensitivity and uncertainty analyses. Use results in other Python libraries. Export your inventories directly into Brightway2.
pip install carculator
requires python >=3.9
New in 1.6.3
- uses ecoinvent 3.8
- updates battery inventories
New in 1.6.2
- adds Micro and Large SUV cars
New in 1.6.0
- fixes incorrect modelling of end-of-life
New in 1.5.9
- updates electricity mix projections for EU countries
New in 1.5.6
- new calibration based on 2020 WLTC EU test cycle values
- uses new electric utility factors for PHEVs based on ICCT findings
- updates electricity mix projections for EU countries
- adds mileage degradation of catalytic systems for CO, HC and NOx
ABOUT
carculator is an open-source, comprehensive and transparent life cycle assessment tool for passenger cars. It allows for an economic and environmental evaluation of different types of cars under several driving and energy supply scenarios. Results partly rely on the background inventory data of ecoinvent v3.6, and the implementation of impact assessment methods therein.
Clean Code
The code is kept as clean and accessible as possible.
Great Features
Allows for fast and highly parametrized life cycle assessments.
Fast Library
A Python library version allows for even more specific assessments.
Compatible
Export inventories compatible with Brightway2.
State-of-the-art
Relies on recent published inventories to model energy chains.
