EnergyIntel undertakes solar project at Ayia Napa Marina

EnergyIntel has undertaken a photovoltaic (PV) project at Ayia Napa Marina, aiming to significantly reduce the luxury infrastructure’s environmental impact.

Using cutting-edge technology, the Ayia Napa Marina PV project aims to not only address the marina’s energy requirements but set a new standard for integrating renewable energy into high-end developments.

In a relevant article, Christos Ioannou, who served as the Project Manager for the Ayia Napa Marina photovoltaic project, noted, “As global energy demands escalate and the transition to renewable sources intensifies, solar power remains a cornerstone in reducing carbon footprints and lessening reliance on fossil fuels. The Ayia Napa Marina PV project serves as a model of sustainable progress, delivering measurable benefits to local communities and the broader environment.”

Christos Ioannou

Providing a Project Overview, Ioannou continued that the marina had solidified its commitment to a clean energy future with the installation of a 245 kWp photovoltaic system (Phase A) and a follow up installation of an additional 500 KWp (Phase B).

“This system underscores the marina’s broader sustainability strategy, significantly reducing carbon emissions and fostering ecological stewardship,” he said.

The Ayia Napa Marina PV system integrates state-of-the-art components designed for optimal performance and resilience in challenging marine environments, he went on to say, explaining these included the following,

• Jinko 555-Watt P-Type Mono-Facial Modules: Engineered to withstand the corrosive effects of salt mist and ammonia, these panels ensure durability and efficiency.
• Huawei Inverters: With a conversion rate of 97-99%, these inverters are equipped with advanced cooling, smart monitoring, and built-in surge protection, ensuring safe, efficient, and reliable energy management.
• Energy Output and Efficiency: Capable of generating 350,000 to 400,000 kWh annually, the system achieves a performance ratio of 75-85%, showcasing its ability to deliver under real-world conditions.

According to Ioannou, the project commenced in early November 2024, navigating a strict deadline to vacate the site by mid-December of that year. This urgency stemmed from the dual-purpose nature of the installation area, which also functions as a boat storage and maintenance zone, he added.

To meet structural demands, a reinforced metal framework was constructed to securely support the PV panels. Adhering to stringent health and safety protocols, the team operated specialized lifting machinery at heights of up to 15 meters, ensuring both precision and long-term structural stability.

“The environmental impact of this project is transformative. By harnessing sunlight to generate clean energy, the system eliminates the need for fossil fuel consumption, directly reducing greenhouse gas emissions. This initiative reinforces Ayia Napa Marina’s commitment to climate action, setting a benchmark for sustainable luxury infrastructure,” Ioannou said.

He continued that collaboration with the Electricity Authority of Cyprus (EAC) ensured the seamless integration of the PV system into the marina’s private electrical network, exemplifying effective coordination and innovative problem-solving.

“Looking ahead, EnergyIntel is exploring additional PV solutions to amplify the marina’s energy capacity and further its transition toward complete sustainability. The system’s long-term efficiency is safeguarded through a dedicated platform for maintenance and cleaning, reflecting a proactive approach to operational excellence,” Ioannou said.

He continued, “This remarkable transformation would not have been possible without the dedication of the entire EnergyIntel team,” making particular note of the leadership of Michalis Pantelides and the technical precision delivered by Christos Pitsillos, Operations Control & Process Engineer.

“Their efforts, along with the collaboration and professionalism of project managers, engineers, technicians, and support staff, exemplify the spirit of innovation and teamwork that defines EnergyIntel,” Ioannou said.

Click here to view Ioannou’s original article.