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GREENER: Intelligent energy management in connected construction sites

Reference number
Coordinator Mälardalens Universitet - Akademin för innovation, design och teknik, Västerås
Funding from Vinnova SEK 8 773 504
Project duration September 2020 - December 2024
Status Completed
Venture Transport Efficiency
Call Effective and connected transport systems - FFI - 2019-12-10

Important results from the project

Yes, the important results are: - formulation and modeling of vehicles’ dynamic behavior, site operation at fleet level and energy supply - advanced optimization model to ensure efficient energy management while meeting productivity and infrastructure constraints - mobility and placement solutions for reliable wireless communication in a harsh and dynamic environment of construction sites The results fostered stronger connection with VCE, a foundation for future research and innovation.

Expected long term effects

The results of the GREENER project will have long-term impact. The site management model and the proposed tool chain at fleet level, advanced optimized model for energy efficiency, and solutions for reliable communication and placement of base stations will be key enablers for future electric construction sites. These techniques will provide advanced digital tools, lightweight and low-cost models to provide energy efficient sites.

Approach and implementation

The project was implemented as planned, following a structured approach while ensuring close collaboration among participating partners. The electrical machinery at the construction site was modeled in partnership with VCE, VTI, and MDU. An optimization model was developed to determine the optimal planning schedule that meets both productivity and microgrid constraints. Additionally, mobility management solutions and a placement strategy were designed and tested for construction sites.

External links

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 5 April 2025

Reference number 2019-05877