Solar Power Plant Design

Solar Power Plant Design
We design solar power plants using latest-generation tools and technologies, in order to build efficient energy production plants, which ensure the economic return on the investment.

Solar Power Plant Design
We design solar power plants using latest-generation tools and technologies, in order to build efficient energy production plants, which ensure the economic return on the investment.

Solar Power Plant Design Process

  1. Feasibility study
  2. Planning and sizing
  3. Budget business plan with expenses and revenues
  4. Obtaining building and environmental permits from the competent authorities
  5. Construction
  6. Testing
  7. Connection
  8. Commissioning of the plant
  9. Implementation
  10. Submission of results
  11. Periodic checks and maintenance

Sustainable, clean, unlimited and inextinguishable energy – Lower operating costs compared to fossil fuels – Low maintenance costs – More savings on utility bills – Possibility to qualify for local and state incentives – Increase of energy autonomy – Greater energy efficiency – Easy dismantling of photovoltaic panels at the end of their lifetime

What does the design of solar power plants consist of?

  • Study of the location: analysis of geomorphology, radiation, exposure; distance from the network, environmental impact, possible landscape and cultural constraints
  • Type of photovoltaic system to be installed
  • Number of photovoltaic panels
  • Incline and orientation of the photovoltaic panels
  • Budget of expenses necessary to start the business and forecast of revenues
  • Obtaining various permits
  • Photovoltaic system construction
  • Verification of the correct functioning of all elements
  • Installation of electrical connections to the energy transmission system
  • Start-up of the plant and communication to the competent authorities
  • Commissioning communicated at least 5 days in advance to verify environmental performance of the plant
  • Maintenance activities during the lifetime of the wind power plant (on average 20/25 years)
  • Study of the location: analysis of geomorphology, radiation, exposure; distance from the network, environmental impact, possible landscape and cultural constraints
  • Type of photovoltaic system to be installed
  • Number of photovoltaic panels
  • Incline and orientation of the photovoltaic panels
  • Budget of expenses necessary to start the business and forecast of revenues
  • Obtaining various permits
  • Photovoltaic system construction
  • Verification of the correct functioning of all elements
  • Installation of electrical connections to the energy transmission system
  • Start-up of the plant and communication to the competent authorities
  • Commissioning communicated at least 5 days in advance to verify environmental performance of the plant
  • Maintenance activities during the lifetime of the wind power plant (on average 20/25 years)

Experience and professionalism at your service

Immediate response in case of emergency

Highly qualified and certified personnel

Quality products and latest generation machinery

Assistance during every stage of the project

Scheduled maintenance