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LCA of BeGreen photovoltaic system

Close-up view of blue photovoltaic solar panel modules showing grid pattern and panel frames
Client
BeGreen ApS
Our role

2.-0 LCA consultants performed the LCA study.


The aim of this project was to perform a consequential life cycle assessment (LCA) of electricity produced in an average BeGreen solar photovoltaic (PV) park.

A consequential LCA of an average BeGreen PV system

The study consisted of a consequential LCA of electricity produced at an average BeGreen solar photovoltaic (PV) park. Inventory data included materials, lifetime, maintenance, electricity production etc. The most significant impact categories were identified, and a detailed contribution analyses was provided for the three most relevant impact categories. The predominant hotspots and improvement potentials for the average BeGreen Solar Park were identified. This project was reviewed by a single expert reviewer, between October and November 2023, according to ISO 14044.

Jonas Eliassen, Life Cycle Specialist at 2-0 LCA
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Jonas L. Eliassen
Life Cycle Specialist
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Jonas Eliassen, Life Cycle Specialist at 2-0 LCA

Jonas L. Eliassen

Jonas is a project lead with a wide interest in many aspects of LCA. His interests include consequential LCA methodology, Hybrid I/O LCA, fishery and aquaculture, palm oil, forestry and land use, carbon offsetting and construction.  Jonas' master thesis focused on evaluating and improving the internal LCA methodology within a streamlined carbon footprint calculator tool designed to assist Danish small and medium-sized enterprises (SMEs). Jonas holds a BSc in Techno-Anthropology and MSc in Environmental Management and Sustainability Science from Aalborg University. (2021)

Contact for Land use change and Construction

 


Contact Jonas L. Eliassen
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