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Future Energy Innovative Technologies

new technologies in the energy sector toward a sustainable net-zero emissions future

Services

is what we are passionate about

Innovation funding – Project writing

With our expertise in project writing, we can support you in finding the right partners. We also offer our services in writing project proposals according to your technical information and specifications of the aimed funding calls.

Technical consulting

FENTECH offers you technical expertise in multiple domains to support you in developing your innovative projects and reaching the aimed specifications and objectives:

Renewable Energy Sources
Smart grids and power systems digitalization
Energy storage systems
Transmission & Distribution systems
Cross-border electricity trading and energy corridors
Integrated energy systems & sector coupling
Flexibility markets and electricity trading
Cost-benefit analysis of innovative technologies
Refurbishment of hydropower plants
Digital twin of energy systems and data-driven analytics

Project Management

FENTECH Innovation, as the project’s manager, supports the coordinator and all the other partners in the following activities for the implementation of the Horizon Europe-funded projects:

Preparation of the Grant Agreement and consortium agreement, including the development of templates for deliverables, activity reports, and financial reports.
Monitoring and tracking of deliverables, milestones, and adherence to timelines.
Oversight of activity and financial reporting, ensuring compliance with deadlines.
Conducting financial reviews every six months.
Assistance in organizing General Assemblies, kick-off meetings, and review meetings.
Supporting the coordinator in responding to experts and the project officer throughout the entire project and during review meetings.
Preparation of amendments.

Research and innovation sectors

is what we love

Smart grid technologies
End-to-end implementation plan and lifecycle-based Cost-Benefit Analysis (CBA) for integrating smart grid technologies in T&D systems.

Converting the existing Supervisory Control And Data Acquisition (SCADA) systems into Advanced Distribution Management Systems (ADMS).

Developing self-healing systems, analytical services for operation and management, and market integration algorithms ensuring reliability of supply, grid sustainability, and end-user data privacy and security.
Renewables (RES) & Energy Storage Systems (ESS)
Grid planning studies for RES integration in T&D systems.

Studies for optimal planning (sizing and siting) of ESS.

Algorithms for optimal bidding and participation of ESS in wholesale energy and ancillary services markets.

Advanced systems for predictive maintenance of wind farms and solar parks.

Introduction of novel energy storage systems in power systems and microgrids enhancing short- and long-term reliability.
Flexibility markets and LEC
Designing novel flexibility markets based on the peculiarities of each T&D system.

Offering an end-to-end techno-economic-based policy-driven framework for the constitution of local energy communities.

Peer-to-peer frameworks for energy trading between buildings and microgrids.
Sector coupling & critical energy corridors
Studies on integration of Heating & Cooling (H&C) networks with power.

Studies on the impact of green Hydrogen production on electricity grid reliability.

Studies on the impact of Electric Vehicles (EVs) integration on distribution grids.

Assisting eligible cross-border initiatives for Projects of Common Interest (PCI) funding.

Cross-border flow optimization techniques for performance maximization of critical energy corridors and market integration.
Data-driven Machine Learning-based analytics for energy systems
Descriptive, predictive, and prescriptive analytics based on customer’s requirements.

Providing added value to the BaU stakeholder’s processes by offering data-driven decision-making insight.

Areas of engagement: demand, supply, and price forecasting, load profiling, control & orchestration of RES and ESS.
Hydropower plants refurbishment
Employing the Hydropower Sustainability ESG Gap Analysis Tool based on the Hydropower Sustainability Assessment Protocol.

Preserving and enhancing biodiversity in terms of local flora and fauna.

Improving operational efficiency of the hydropower plant.

Decreasing costs of the existing O&M practices.

Enhancing hydro acceptance, communities, and employees’ working conditions.
Energy efficiency in manufacturing
Applying digital-based energy efficiency methods in manufacturing production lines.

Decreasing the end-product environmental footprint in the entire product lifecycle.

Increasing traceability and characterization of materials and end-products by facilitating the implementation of the EU Digital Product Passport.
Nearly zero-emission building (NZEB)
Employing a lifecycle-based techno-economic framework for the transition of buildings toward NZEB.

Increasing energy performance through RES installation, advanced monitoring, data-driven control, high-performance windows, renovated building envelope, roof insulation and multi-carrier energy integration.

Values

is what we care about

Sustainability: Incorporating principles of sustainability in FENTECH’s ambition through high-quality proposal writing and provision of technical expertise, aligning with the goals of energy transformation and environmental responsibility.

Client Success: Focusing on the success of clients by consistently delivering high-quality, winning proposals that secure funding for their research and innovation endeavors.

Integrity: Upholding ethical standards in proposal writing, ensuring accuracy and transparency in all communications with clients and funding entities.

Communication: Open and transparent communication with clients, keeping them informed about the progress of proposal development, potential challenges, and providing clear explanations of the proposed strategies.

Continuous Learning: Staying informed about the evolving landscape of energy transformation, research funding, and innovation to continuously improve services and stay ahead of industry trends.

Client Education: Empowering clients by providing them with knowledge and skills related to proposal writing, enabling them to contribute meaningfully to the process.

News

FENTECH participates in HYNET project!

April 4, 2025

Enlit Europe 22-24 October

October 15, 2024

On 22-24 October 2024 at Fiera Milano di Rho in Milan, Italy,…

European consumers and industry to benefit from clean, secure and stable energy supplies with key market reforms now adopted

June 14, 2024

Projects

HYNET plans to enhance network security, facilitate islanding operations, and support investment planning by incorporating multi-energy modeling, thus enabling more efficient grid management across varying conditions and supporting the European energy transition. Through real-world demonstrations in diverse settings, HYNET targets to establish a robust framework for the future of European energy systems.

Website

The CABLEGNOSIS project aims to deliver innovative cable technologies that will play a key role in supporting the EU’s clean energy transition, specifically addressing the 2050 targets. CABLEGNOSIS will focus on the development of advanced insulation and conductor design technologies, high-performance and environmentally friendly cable insulation materials, and aging studies of superconducting cables. Additionally, the project will explore recyclability technologies for power cable materials and introduce AI-based tools for pre-fault condition monitoring, aging analysis, and remote diagnostics. A comprehensive feasibility assessment framework will also be developed, including detailed analyses on the use of superconducting cables for submarine connections. A specific feasibility study will be conducted for offshore wind parks in the Netherlands and Germany.

Website

GRAVITEQA focuses on integrating cutting-edge technologies like gravitational energy storage, quantum computing, and AI to revolutionize energy reliability and circularity. With a goal to enhance Europe’s clean energy transition, the project aims to tackle challenges in sector-coupled electricity grids and green ports by leveraging data-driven innovations and advanced computing methodologies. The project targets five cross-linked sectors: i) Demand-side orchestration, ii) RES planning, iii) Distribution grids management, iv) Green seaports and cold ironing, and v) Circular decommissioning of coal-fired plants and mines.

Website

Get in touch

96 Dimitriou Gounari Street

15125 Maroussi, Greece

info@fentechnologies.eu