Ingegneria e Consulenza
Competenza in Energie Rinnovabili dal 2005
Luca Marchesani
Chief Operation Officer
Laureato in architettura ho deciso di approfondire il tema del costruire sostenibile e dell'energia rinnovabile con un master specifico presso l'Università della Sapienza in Roma. Iniziando come direttore di cantiere per un'azienda leader del mercato delle rinnovabili nel mio territorio ho successivamente intrapreso la carriera imprenditoriale fondando società dedicate alla costruzione e manutenzione di impianti FER, la cui realizzazione è ciò che più mi appassiona nel mio mestiere, e metto a disposizione questa passione per far crescere il team che condivide con me il futuro verde dell'energia.
SERVIZI
The purpose of topography is to put on plan every objects and structures present on a land. Underground networks are also represented on plans thanks to network detection and georeferencing. Photogrammetry allows the representation on a plan of all informations gathered by a photo sensor installed under a drone.
The proposed site studies provide a quick and efficient response to developers of ground-based photovoltaic plants, who are keen to optimise secured land parcels or those in the process of being secured.
The results of this service range from the analysis of the ground surface to the proposal of table configuration, for each identified area, allowing the optimization of the yield with regards to the local topography, the local meteorological conditions but also according to customer specific criteria.
The results of this service range from the analysis of the ground surface to the proposal of table configuration, for each identified area, allowing the optimization of the yield with regards to the local topography, the local meteorological conditions but also according to customer specific criteria.
The yield studies aim at characterizing the performance of photovoltaic generators (existing or under development) through an estimation of the local solar resource and the modeling of the generator under the PVsyst© and PVCad© software, to give certified reference for all the stakeholders.
Our team is in the spotlight of modeling hybrid energy systems, specializing in both off-grid and grid-connected projects. Our prime storage sizing studies is needful to define the optimal design of battery energy storage systems (BESS), self-consumption evaluations, and load-shifting analysis for grid-connected systems.
Our end services are designed to ensure the seamless execution and long-term success of renewable energy projects. From initial authorization to the final implementation, our team provides comprehensive support, including detailed execution drawings and expert site management. Our skilled professionals work closely with clients to transform plans into reality, ensuring projects are completed on time, within budget, and to the highest standards of quality and safety. We prioritize client satisfaction by offering tailored solutions that address specific project needs and challenges, facilitating the smooth transition from development to operation.
Effective site management is crucial for the successful delivery of renewable energy projects. Our experienced site management team oversees all aspects of the project, ensuring that each phase is executed efficiently and to the highest standards. We coordinate on-site activities, manage resources, and ensure compliance with safety and regulatory requirements. Our proactive approach minimizes risks and maximizes productivity, ensuring that projects are completed on schedule and within budget. By leveraging our extensive industry expertise, we provide clients with peace of mind, knowing that their projects are in capable hands from start to finish.