Negratin Secures Contract for 90-MW Spanish Solar Farm

• Grupo Negratin partners with Eni Plenitude to energize Fortuna, Spain, with a 90-MW solar plant—expanding green energy and paving the way for a sustainable future.

Grupo Negratin has secured a contract from Eni Plenitude SpA to build and maintain a 90-MW solar photovoltaic plant named La Flota in Fortuna, Murcia, Spain. The contract includes engineering, procurement, and construction (EPC) services, as well as maintenance for the first two years of operation. Construction is set to commence immediately and is expected to be completed by the end of 2025.

In addition to the solar facility, the project will incorporate essential connection infrastructure, such as a step-up substation, a switching substation, and a 6-km medium voltage power line. This marks Negratin's second solar project in Murcia, following their previously completed plant in Mula, which had a capacity close to 500 MW.

What key components and infrastructure are involved in the La Flota solar project?

The La Flota solar project involves various key components and infrastructure to ensure its successful implementation and operation. Here’s a detailed list of these elements:

• Solar Photovoltaic Panels: The project will utilize high-efficiency photovoltaic (PV) solar panels to convert sunlight into electricity. The choice of panel technology will significantly impact the overall energy yield.
• Inverters: Essential for converting direct current (DC) produced by solar panels into alternating current (AC) suitable for the electrical grid. The inverter system will also allow for monitoring of the solar plant’s performance.
• Step-Up Substation: This component will increase the voltage of the electricity produced by the solar plant, ensuring it can be efficiently transmitted over long distances without significant losses.
• Switching Substation: Designed to manage the flow of electricity and facilitate the connection between the solar plant and the grid. This includes protecting the system from faults and ensuring a stable supply.
• Medium Voltage Power Line: A 6-km power line will be established to interconnect the solar facility with local grid infrastructure. This connection is vital for transmitting the electricity generated to consumers.
• Mounting Structures: Ground-mounted systems will be employed to hold the solar panels in place, ensuring optimal angles for sunlight exposure and maximizing energy production.
• Landscaping and Environmental Management: Measures will need to be implemented to assess and minimize the environmental impact of the solar farm on local ecosystems.
• Monitoring Systems: Sophisticated monitoring technology will be installed to track the performance of the solar panels in real-time, allowing for prompt maintenance and optimization.
• Access Roads: Infrastructure development will include access roads for construction, maintenance, and emergency services to reach the plant site.
• Battery Storage Solutions (Optional): Although not explicitly mentioned, incorporating battery storage can help balance supply and demand by storing excess energy generated during sunny periods for use during low production times.
• Traffic Management Plans: To ensure smooth logistics during construction, plans will be developed for managing the traffic of heavy machinery and materials entering and leaving the site.

These components are crucial for successfully harnessing solar energy and delivering it reliably to the grid, contributing to the renewable energy landscape in the region. The La Flota solar project represents a significant step toward enhancing renewable energy capacity in Murcia, Spain.