Energy Management and GHG emissions

The key consideration in the design of facilities at Costa Navarino was to create the necessary infrastructure for sustainable energy management which reduces energy needs while aiming to maximize the use of renewable energy.

Based on the principles of bioclimatic architecture, the building design and orientation of facilities at Costa Navarino optimize the use of natural elements, leading to an overall reduction of energy consumption.

Significant reduction in energy consumption and GHG emissions has been achieved by installing the largest geothermal system of its kind in Europe with 123 km of underground pipes, the first on such a large scale worldwide to be placed underneath a golf course, and utilizing a heat pump of 1,050 KW cooling power and 1,400 KW heating power, thereby minimizing the use of LPG for cooling and heating.

Advanced materials and systems are installed in the buildings of Costa Navarino to further reduce energy consumption. These include over 5,000 m2 of planted roofs, high-quality external wall insulation, energy-efficient lighting and window panes, central lighting control and a Building Management System (BMS). Energy consumption is continuously monitored and recorded using advanced electronic measuring systems to reveal further opportunities for energy savings.

Committed to the development of renewable energy, TEMES S.A. – the developers of Costa Navarino – operates a 12 MWp photovoltaic park in the area of Pylos. One of the largest solar parks in Greece, it is connected to the national grid and each year delivers renewable electrical energy amounting to 19.5 GWh, which is more than the current annual electricity needs of Costa Navarino.