From the search for land to the certification of TEU production for the issuance of Green Bonds and Carbon Credits.

SIME Panama has a network of experts for land search, promotion, design and advice on photovoltaic systems, including large ones. Installation and maintenance of on-grid, off-grid and hybrid photovoltaic systems from 500kWp to 100 MWp.

SIME Panama has a team of professionals with significant experience in the electrical and Renewable Energy sector, specialized in territorial investigation , preliminary analysis of limitations, development, design and customer service of terrestrial photovoltaic systems, including large ones. , capable of producing and managing all the technical and administrative documents necessary for the presentation of an STMG and Single Authorization Request, including preliminary and executive civil and electrical designs, environmental impact and environmental impact studies, technical, electrical, landscape, geological report , hydrogeological, archaeological, acoustic impact and mitigation. , economic framework, management and maintenance plans, dismantling plans, plans for the use of excavated land and rocks, metric calculations, schedule.

SIME Pamana develops all phases of the concept and construction cycle of photovoltaic parks until the supervision ends with obtaining functional certifications for the issuance of Green bonuses and Carbon credits.

Main photovoltaic fields designed:

• Design and Development with Edilsap, a Smartenergy client of a 110.00 MWp Agrophotovoltaic field with integrated 17.1 MWp BESS storage systems in the Serracapriola Municipality in Italy 2024.
• Design and Development with Edilsap, to client Edison Rinnovabili Spa of a 26.30 MWp Agrophotovoltaic field with BESS Stand Alone 9.8MWp storage system in the Mafalda Municipality in Italy 2024.
• Design and Development with Edilsap, for client Neoen Renewables Italia of a 104.70 MWp Agrophotovoltaic field with BESS Stand Alone 100 MWp storage system in the Dorno Pieve Albignola Municipality (PV). in Italy 2024; a 42.25 MWp Agrophotovoltaic field in the Manfredonia Municipality in Italy 2023; a 20.01 MWp Agrophotovoltaic field with a BESS Stand Alone 9.8MWp storage system in the Apricena Municipality. in Italy 2023; and a 20.01 MWp Agrophotovoltaic field with a 9.8MWp BESS Stand Alone storage system in the Poggio Imperial Municipality. in Italy 2023.
• Design and Development of SIME/Edilsap, for client Podini Spa and a 43.30 MWp Agrophotovoltaic field with 11.4 MWp Integrated BESS storage system in the Rotello Municipality (CB) in Italy 2024.
• Design and Development with Edilsap, to client Podini Spa of a 34.50 MWp Agrophotovoltaic field with 11.4 MWp Integrated BESS storage system in the Ramacca Municipality (CT) in Italy 2024
• Design and Development with Edilsap, to client A2A Rinnovabili Spa of a 32.09 MWp Agrophotovoltaic field in the Municipality of Montalto Di Castro (VT). in Italy 2024; of a 42.35 MWp Agrophotovoltaic field in the Bornova Municipality. in Italy 2023; and a 15.39 MWp Agrophotovoltaic field in the San Orestes Municipality. LAZIO in Italy 2023.
• Design and Development with Edilsap, to client S2SE TRE srl of a 59.35 MWp Agrophotovoltaic field with 17.1 MWp Integrated BESS storage system in the Municipality of SANT'AGATA DI PUGLIA in Italy 2023.
• Design and Development with Edilsap, to client Nexta Capital/Sonnedix, of a 62.70 MWp Agrophotovoltaic field in the Rueda Municipality in Italy 2022.
• Design and Development with Edilsap, to client SERRACAPRIOLA SOLAR 1 SRL of an Agrophotovoltaic field of 72,292.50 KWp in the Municipality of Serracapriola (FG) in Italy 2021.
• Design and Development of SIME/ROMANISA, to client INS/JOM MANAGING of a 12.00 MWp Photovoltaic field in the Nagarote EL VELERO Municipality in Nicaragua from 2012 to 2016.
• Supply and installation with Edilsap, to client PAVIMENTAL SPA and electrical systems and metal structures, for the construction of a photovoltaic system with a canopy that covers parking spaces, at the headquarters of the Ministry of Infrastructure and Transport, on Via Caraci in Rome in Italy 2013.
• Construction with Edilsap, for client AZIENDA AGRICOLA AF, of a 60 kW photovoltaic canopy in Italy 2009.

Electrical systems and data transmission, Lighting of intersections and systems in service areas, Installation of lighting towers, Anti-fog systems, Technological systems of toll booths, Control panels, Instrumental research and signaling of underground services.

We offer a variety of services:

• Report of underground services, electrical cables, fiber optic cables and 7bcp copper data transmission carried out by specialized personnel with state-of-the-art radio instrumentation.
• New trunks for data transmission and interference movement functional to the expansion of lanes and the installation of new lateral safety and sound-absorbing barriers.
• Lighting systems for intersections, tunnels, toll collection stations and service areas, lighting towers and related civil works.
• LED hazard warning systems and intermittent fog warning systems.
• Performing optical measurements with OTDR.
• Air conditioning and treatment systems for toll stations and service areas.
• Design, Measurements and Lighting Technical Verifications of Public Lighting Systems and Highways.

Industrial electrical systems, high voltage lines, MT-BT distribution lines, Industrial panels and remote control systems.

• Energy Analysis for Industrial and system infrastructures
• Design of HV, MT, BT power lines - Braked laying study.
• Conductors and guard ropes (laying, tensioning and adjustment).
• Design and construction of underground ducts for cables in AT, MT, BT.
• Civil and industrial electrical systems, panels and remote control systems even within nuclear power plants.
• Lighting design, measurements and checks of static and dynamic lighting.
• Design of BESS Stand Alone accumulation systems CC-BT-MT-AT transformation.

Fiber optic telecommunications networks and systems, copper cables, structured cabling, construction and maintenance of aerial and underground backbones.

• Design of the placement of aerial and underground fiber optic cables.
• Joints of fiber optic cables in integrated systems.
• Performing optical measurements with OTDR