Photovoltaic Systems: Integrated Design and Renewable Energy Generation
Spike Renewables operates in the design and development of photovoltaic systems serving complex industrial, infrastructural, and territorial contexts, adopting an approach that integrates site analysis, energy optimization, system engineering design, and permitting support. The activities carried out cover the entire project life cycle, from feasibility studies through detailed design and support during construction. The experience gained includes medium- and large-scale photovoltaic plants, both ground-mounted and within industrial environments, with installed capacities in the range of approximately 1–1.5 MWp, connected to the medium-voltage grid.
Site analysis and climatic data
Each photovoltaic project developed by Spike Renewables is preceded by an in-depth site analysis, including assessment of climatic conditions, solar irradiation, terrain morphology, and potential environmental and landscape interferences. Particular attention is given to the study of solar elevation and azimuth in order to define optimized layouts that minimize shading and maximize annual energy yield. In complex contexts, geological investigations and ground modeling interventions have also been carried out to ensure the stability of support structures and proper integration of the plant within the site.
System configuration and layout
The designed photovoltaic systems feature configurations optimized according to site characteristics and operating conditions. Adopted solutions include fixed steel support structures, rapid-installation systems without concrete foundations, and parallel-row layouts, with tilt angles and spacing designed to achieve an optimal balance between installed power density and energy performance. The design of photovoltaic fields is aimed at ensuring ease of maintenance, equipment accessibility, and long-term reliability.
Main components and electrical system
Spike Renewables oversees the selection and integration of the main photovoltaic system components, including high-efficiency modules, central or string inverters, field electrical switchboards, and MV/LV transformer substations. The design of the direct current and alternating current electrical systems is developed with particular attention to minimizing line losses, protection against overvoltages, and operational safety. Systems are generally connected to the medium-voltage grid via dedicated substations equipped with protection, metering, and grid interface systems.
Safety, monitoring, and protection systems
Photovoltaic projects incorporate comprehensive lightning and surge protection systems, grounding systems, video surveillance, and perimeter security systems, particularly for large ground-mounted installations. Monitoring and supervision systems are also implemented to collect real-time production data, enabling performance monitoring and rapid identification of potential anomalies.