Tilos Project

S4S Tilos

TILOS Project has been awarded winner in the ENERGY ISLANDS category and in the CITIZEN’S AWARD category of the EU Sustainable Energy Awards (#EUSEW)

Generated Wind turbine rated power

800kW

Photovoltaic rated power

160kWp

Inverters

8 x 20kW PV inverters, 2 x 450kW Battery inverters

Rated energy battery packs

2.8MWh

TILOS Project HAS BEEN COMPLETED – NOW THE HYBRID POWER SYSTEM S4S TILOS IS IN OPERATION

As one of the leading renewable energy companies in Greece, Eunice Energy Group is also the industry leader in the development of distributed energy and smart grid solutions.  TILOS Project was part of the pioneering European Research Project Horizon 2020 and Eunice Energy Group, as the leading private sector member in the consortium, designed, funded, built and now operates the Hybrid Power System S4S Tilos. After implementation, Tilos Island became, with electricity generation from renewable sources, largely free from fossil fuel-based electricity generation and at the same satisfied the electricity consumption needs on the island.

The Group’s strategic goal is to disseminate the know-how of TILOS Project and to replicate the model in similar projects among energy communities.

In conjunction with TILOS Project, the Group developed an optimized Energy Management System, S4S STORAGE FOR SUSTAINABILITY, SMART GRID, SOLUTIONS, SECURITY), that can combine various renewable energy sources, like wind and photovoltaics, with energy storage. S4S applies real-time meteorological, technical, load and operational data in order to secure uninterrupted power supply, even in the most remote areas. The future development of S4S will focus on becoming fully integrated renewable energy production and energy management system, with the goal to facilitate prosumer and energy community ideology as a part smart grid application.

Click on the button below and view the real data of Tilos Hybrid Power System in operation. 

TILOS HYBRID POWER SYSTEM IN OPERATION

Details of TILOS Project:

The purpose of the pioneering European research project T.I.L.O.S. (“Technology Innovation for the Local Scale”) is the development and operation of an intelligent, innovative micro-electric power line, based on the hydrological scheme of RES (wind and solar energy) and advanced technology accumulators, on the island of Tilos of the Dodecanese, to meet the electricity needs of the inhabitants of the Livadian community (~ 500 inhabitants) in Tilos island.

More information on TILOS Project can be found on the project website: www.tiloshorizon.eu

tilos-logo-300x59

TILOS Project was first approved among 80 other competing projects under the European Horizon 2020 Program (https://ec.europa.eu/programmes/horizon2020).

Eunice Laboratories, member of the Eunice Energy Group, with its long-term experience in renewable energy applications in Greece, participated in the TILOS Project as a Technical Manager with the role of facilitating and commissioning of all micro-grid system components, plus ensuring the micro-grid’s operation. It is worth mentioning, that the company has successfully managed to conclude the first-ever Power Purchase Agreement (PPA) for a Hybrid Station in Greece with the Grid Operator for Non-Interconnected Islands (NII) allowing the demonstration phase to take presently place and contributing in the configuration of the legal framework for hybrid systems in Greece.

Technical information

The hybrid power station consists of the following elements:

  • A wind turbine with a nominal power of 800kW
  • 592 photovoltaic panels with a nominal power of 270Wp each (total power equal to 160kWp)
  • 8 inverters rated power 20kW
  • Two batteries with a nominal energy output equal to 1.4 MWh each
  • Two inverters with a nominal apparent power of 500kVA

The development of S4S is being implemented in four more island regions. Anafi, Donousa, Leros in the Southern Aegean, and Fournoi Korseon in the Northern Aegean are to become the new smart green islands with a total guaranteed power of 2.5 MW.

The new hybrid stations in the Aegean contribute to:

  • reducing hydrocarbon combustion for energy production
  • to reduce carbon dioxide emissions
  • protecting the environment
  • increasing the potential and perpetration of the Renewable Energy Sources as well as
  • reducing energy costs

while at the same time

  • ensure substantial detachment of the islands from their oil dependency and electricity supply, using their high wind and solar potential, which remains unexploited today
  • improve the energy security of the islands by utilizing innovative energy technologies, such as energy storage systems, smart meters and  advanced energy management systems, resulting in the energy autonomy of the islands the consumers themselves, with the aim to become NetProsumers, with great economic and environmental benefits
BROCHURE

The first energy autonomous island in the Mediterranean

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