A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Proposing an open-source model for unconventional participation to energy planning
In this paper we present MELiSsa, a local multi-regional energy system model of a specific area: the Lombardy region. MELiSsa, implemented through an open-code modeling framework (OSeMOSYS), is built upon transparent relations and open data. Building this model is a first step towards four main goals: (i) extending the energy planning process of the region to citizens and experts usually not involved; (ii) exploiting this uncommon participation for a crowd-source development; (iii) providing a simple tool for interested local citizens to get consciousness of the technological and behavioral limits of their energy system; (iv) providing a real-case-based platform for interdisciplinary research and academic purposes possibly beyond the region boundaries. The current structure and input data of MELiSsa are presented and discussed together with a demonstrative analysis. Preliminary results show that interdisciplinary participation is enabled as an opportunity and it is needed to properly model technological dynamics as well as non-technological issues that will be relevant within the path to reach environmental, economic and social targets.
Proposing an open-source model for unconventional participation to energy planning
In this paper we present MELiSsa, a local multi-regional energy system model of a specific area: the Lombardy region. MELiSsa, implemented through an open-code modeling framework (OSeMOSYS), is built upon transparent relations and open data. Building this model is a first step towards four main goals: (i) extending the energy planning process of the region to citizens and experts usually not involved; (ii) exploiting this uncommon participation for a crowd-source development; (iii) providing a simple tool for interested local citizens to get consciousness of the technological and behavioral limits of their energy system; (iv) providing a real-case-based platform for interdisciplinary research and academic purposes possibly beyond the region boundaries. The current structure and input data of MELiSsa are presented and discussed together with a demonstrative analysis. Preliminary results show that interdisciplinary participation is enabled as an opportunity and it is needed to properly model technological dynamics as well as non-technological issues that will be relevant within the path to reach environmental, economic and social targets.
Proposing an open-source model for unconventional participation to energy planning
FATTORI, FABRIZIO (author) / Albini, D. (author) / ANGLANI, NORMA (author) / Fattori, Fabrizio / Albini, D. / Anglani, Norma
2016-01-01
Article (Journal)
Electronic Resource
English
DDC:
690
Planning for the Unconventional Emergency
| Wiley | 2016
| Springer Verlag | 1991
| Online Contents | 1991