Photovoltaic projects, whether on ground, rooftop, or floating, aim to produce energy for over 25 years. Proper project design is crucial to ensure suitability, durability, safety, and security, preserving the investment and ensuring profitability. Inadequate design, faulty installation, or poor maintenance can lead to significant costs and disasters.
Renewable Energy Consulting
The Need for Lifelong Analysis
Our expertise helps investors, promoters, and constructors achieve profitability by covering all project phases and components. Our team’s knowledge, combined with our participation in product development and studies, ensures we bring valuable insights to any project.
Project Phases
We cover all phases of a floating solar project, using methodologies like Computational Fluid Dynamics (CFD) and Structural Mechanics (FEA). From initial assessments to establish viability and feasibility, to coordination, monitoring, inspection, and auditing of the installation, our team has the necessary skills and knowledge.
We also manage construction projects, coordinate suppliers, and provide "Owners Engineering" services, including technical support, engineering projects, and project management.
The Research and Development activities lead to five international patents and a registered design leveraging SolarisFloat capabilities not only in the R&D field but also in project development and project management.
Sustainability is key during our project’s development and R&D is no exception. Material’s choice is always made taking in consideration durability, reusability, and recycling capabilities at the end of life reducing the need of resources and promoting circular economy.
Sustainable and
local development
Whenever we develop a new project, we always look for the possibility of using local skills and knowledge as many of our projects can leverage and promote local development, people participation and involvement not only in the construction phase but from the beginning of the project phase and during all lifelong with the supply from local, construction, and maintenance activities.
Using local skills and providing training we are inducing development. Developing locally induces even more local production, economic development and reduces carbon footprint in displacements making all the process even more sustainable.
