Pilot Sites

The 3L Piloting Methodology

The ENERGENIUS project employs the innovative "Leaders-Learners-Listeners" (3L) piloting methodology to validate, scale, and replicate energy-efficient solutions across diverse European environments. By categorizing pilot sites into these three groups, the project ensures that solutions are thoroughly tested, refined, and optimized in real-world scenarios.

From next generation living labs to everyday homes, the ENERGENIUS project ensures that its solutions are not just visionary but also actionable. Each pilot site plays a critical role in showcasing how smarter, greener energy systems can drive sustainability, efficiency, and business growth across Europe.

Pilots

LEADERS: Setting the Standard for Energy Innovation

The Leader pilots are at the forefront of validating and demonstrating the transformative potential of the “ENERGENIUS Ultra” suite a collection of digital tools and services designed to revolutionize energy management. The pilot sites showcase advanced energy tools like AI-assisted recommendations, digital twins, and energy-saving schemes.

NEST is one of the three ENERGENIUS Living Labs. NEST is a groundbreaking research and innovation building located at Empa premises in Switzerland. Designed to explore sustainable living technologies, NEST serves as a dynamic platform for developing and testing new energy systems and innovative technologies in real-world conditions. With 9 operational units and 2 more in planning, it supports a blend of residential and workplace environments, making it a living model (Living Lab) for the future.

The Living Lab  contains around 50 stakeholders from industry and academia, making it a hub for collaboration. Energy at NEST is managed through an advanced multi-energy hub, featuring a microgrid and multiple thermal networks that ensure efficiency and sustainability. The facility collects data from over 10,000 points every minute, optimizing heating, cooling, lighting, and other electricity needs to achieve peak performance.

Innovation at NEST continues to soar with its latest addition: a drone lab, underscoring its commitment to cutting-edge advancements.

NEST is more than just a building; it embodies a bold vision of sustainable living, innovation, and collaboration in action“. As a cornerstone of the ENERGENIUS project, NEST exemplifies the future of sustainable development and serves as an inspiration for energy-efficient living across the globe.

Located in Cluj-Napoca, Romania’s premier tech hub, the TITC pilot is one of the three ENERGENIUS Living Labs, leveraging the vibrant innovation ecosystem within the ABC Incubator.

This 6-story, 4,862 m² facility brings together 30 stakeholders from sectors such as technology, energy, and education, fostering a collaborative environment for startups and research initiatives. The ABC Incubator itself has achieved an Outstanding rating in the European BREEAM sustainability standard, with an impressive score of 89.1, reflecting its commitment to environmental responsibility.

The Transilvania Living Lab, hosted by TITC, though the ABC Incubator focuses on improving energy efficiency by closely monitoring energy consumption and air quality, with a particular emphasis on occupant behavior. By integrating smart technologies and data-driven insights, it strives to transform the space into a low-carbon, adaptive environment that optimizes energy use and promotes sustainable living.

In addition to supporting startups and research, the ABC Incubator hosts a variety of corporate events, including workshops, conferences, and networking sessions, further enriching the TITC Living Lab’s collaborative ecosystem. This pilot exemplifies a forward-thinking approach to energy management and sustainable development, setting a benchmark for similar initiatives across the ENERGENIUS project and beyond.

Located in Murcia, Spain, the Joven Futura neighborhood is a vibrant community managed by MIWenergía. This dynamic area features residential buildings, commercial spaces, gardens, playgrounds, and a sports club, creating an ideal setting for innovation in sustainable living.

As part of the ENERGENIUS project, this pilot involves 15 apartments within multi-family buildings totaling 1,200 m², engaging 37 stakeholders in a collaborative effort to advance energy efficiency and renewable energy practices.

The apartments are primarily powered by electricity, supplemented by two photovoltaic (PV) panels, each with a capacity of 10 kW. Climate control is efficiently managed through HVAC systems, with some units utilizing electric radiators. To optimize energy consumption, all apartments are equipped with smart meters and IoT devices, capturing total energy usage data every 1 to 5 minutes.

This pilot holds significant potential for replication, particularly given that nearly 50% of Spain’s building stock comprises similar multi-family residences. By demonstrating effective energy management strategies in this context, the Joven Futura site serves as a scalable model for enhancing energy efficiency across the nation.

The Greek Pilot, managed by INNOVATIO, is a key  demo site for the ENERGENIUS project, aimed at improving energy efficiency across three iconic tourist destinations in Greece: Corfu, Thessaloniki, and Nea Moudania (Halkidiki). This pilot includes 65 residential apartments, a mix of family units and villas constructed or refurbished between 2005 and 2020, with 30 apartments selected to demonstrate the project’s impact on energy optimization in the tourism and real estate sectors.

The pilot adopts an innovative approach to energy monitoring and management, with a strong focus on analyzing energy consumption patterns and identifying opportunities for efficiency improvements. By leveraging detailed energy usage data, the pilot explores strategies to reduce consumption and adapt practices to the unique needs of tourism and real estate driven properties.

Pilots

LEARNERS: Guided Energy Innovation

The Learner pilots are at the heart of validating and advancing the potential of the “ENERGENIUS Pro” suite, a powerful set of digital tools and cross-sectoral services designed to optimize energy management. These pilots Apply proven tools from Leaders, using digital twins and smart energy sensors. They focus on refining solutions through workshops and mentorship.

The White Eagle Residence, an ENERGENIUS project pilot site managed by ZENTRIX Labs, is located in Pancevo, Serbia, and demonstrates practical solutions for energy efficiency in mixed-use developments. This site consists of two modern three-story buildings, each housing 3 residential units with ground-floor commercial spaces, blending urban living and business functionality to support local needs.

The pilot focuses on monitoring energy consumption patterns and optimizing operations to create a more sustainable living environment. Spanning a total area of 860 m² and involving 33 stakeholders (25 commercial employees, 8 residents), the initiative fosters collaboration to implement effective energy management strategies.

The energy infrastructure features:

  • Heat pumps and fan-coil systems for efficient heating and cooling.
  • Electrical HVAC units ensuring precise temperature control.
  • Two water heating pumps supporting floor and wall heating, paired with a two 260 litre thermal storage systems.

Each building unit is equipped with a smart electricity meters, providing real-time data to enhance energy efficiency.

As part of the ENERGENIUS project, the White Eagle Residence serves as a model for scalable energy solutions in residential and commercial buildings, contributing to the project’s mission of promoting sustainable energy practices across communities.

The German pilot site in Etteln, a picturesque village in Germany with 1,800 residents, is managed by DTT and showcases a forward-thinking approach to green transformation and energy efficiency. Known for its strong digital skills and active volunteer spirit, Etteln is emerging as a digital lighthouse community, setting an example for other rural areas.

With 30 km of fiber infrastructure, smart mobility solutions, and environmental sensors already in place, the village is creating a “Village Twin”—a digital replica of its buildings and infrastructure. This innovative model aims to promote citizen involvement, empowering residents to actively participate in sustainable practices and monitor their energy consumption.

The pilot involves 20 houses and public buildings, utilizing real-time data to engage 74 stakeholders in reducing their carbon footprint. By integrating smart technologies and encouraging residents to track their energy use, Etteln demonstrates how small communities can lead the way in sustainability and digital innovation.

As part of the ENERGENIUS project, Etteln is setting a benchmark for other villages in Germany, proving that digital tools combined with community engagement can drive impactful environmental change.

PSACEA, a part of the Ukrainian State University of Science and Technology (USUST), is a leading institution in Ukraine specializing in energy-efficient construction, sustainable design, and cutting-edge technologies like Building Information Modeling (BIM). As part of the ENERGENIUS project, the university is transforming Dormitory #7, located in Dnipro, into a model for sustainable and efficient resource use.

Built in 1976, Dormitory #7 is a 9-floor building with a basement and technical floors, housing 16 rooms per floor, along with 2 kitchens, 4 common areas, and shared bathrooms. The structure, made of brick walls with precast concrete floors and roofs, serves as a living space for students while also being a testing ground for innovative energy solutions.

The pilot engages 80 stakeholders to explore and implement strategies for optimizing the use of electricity, water, and fuel while maintaining a comfortable living environment. The building operates with electric power, centralized heating from the district, and relies on natural cooling and ventilation systems.

Through this pilot, PSACEA aims to establish Dormitory #7 as a benchmark for sustainable practices in similar residential buildings across Ukraine, contributing to the ENERGENIUS project’s mission of advancing energy efficiency and environmental responsibility in housing.

Pilots

LISTENERS: Exploring Scalability and Replicability

The Listener pilots are integral to validating and expanding the accessibility of the “ENERGENIUS Lite” suite, a streamlined set of tools designed to develop foundational energy management skills and improve digital literacy. These pilots observe and adopt best practices from Leaders and Learners, ensuring scalability and replicability in diverse environments.

Erasmus University of Rotterdam (EUR) takes a pivotal role in the ENERGENIUS project by leading a Listener pilot in the Netherlands, set in a Maritime North climate. This pilot engages 44 stakeholders across 10 residential buildings, providing a valuable platform to test and refine energy solutions. Through the demonstration site ,  EUR connects directly with local communities, fostering engagement and collaboration to ensure the project’s energy solutions address real-world challenges. By gathering valuable feedback from participants, the pilot helps refine approaches and aligns project outcomes with the specific needs of residents and stakeholders. This hands-on approach strengthens the connection between innovative technology and everyday life, paving the way for scalable, community-focused energy advancements.

As part of the ENERGENIUS project, EDENTIFY hosts a Listener pilot in Tallin Estonia, engaging 65 stakeholders across 28 residential buildings in a Nemoral climate.  The demonsrtation site brings together EDENTIFY’s personnel and its partners’ network, creating a dynamic environment for innovation and collaboration.

The pilot focuses on collecting and analyzing data to develop advanced systems and software aimed at integrating sustainability into users’ daily lives. By leveraging these insights, EDENTIFY contributes to ENERGENIUS’s broader mission of creating impactful and scalable energy solutions for communities.

WEBRATIO and SERVITLY are leading the ENERGENIUS Listener pilot in Milan city in Italy, engaging 28 stakeholders across 20 residential buildings.
Milano Pilot is situated in a Maritime South climate. The pilot encompasses a diverse mix of company personnel and premises, offering an ideal environment for testing cutting-edge energy solutions.

The demonstration goals are focusing on the development of community-driven, scalable energy management strategies.
The findings from this initiative will not only benefit local stakeholders in Milan but also contribute to the broader mission of fostering sustainable and impactful energy solutions for communities and the environment.

The Living Lab in ETRA, a key Listener Pilot, leverages the “ENERGENIUS Lite” services group to drive innovation in energy efficiency.
The Living Lab is equipped with a range of advanced energy efficiency assets, including photovoltaic (PV) panels, wind energy systems, energy storage, and smart metering capabilities, creating a versatile platform for testing and development.
This pilot site is focused on validating, optimizing, and further exploiting ENERGENIUS technologies, demonstrating their real-world impact and scalability.

Key Feautures include:

  • a photovoltaic (PV) system with integrated storage
  • two electric vehicle (EV) chargers from different manufacturers
  • an advanced energy management system (ETRA EMS) for real-time energy monitoring.

Notably, the demonstration site operates as a closed-loop system, with surplus energy retained rather than fed back into the grid, creating an ideal environment for advancing self-sufficiency and energy usage optimization solutions.

The ENERGENIUS project employs an innovative "Leaders-Learners-Listeners" (3L) piloting methodology to validate, scale, and replicate energy-efficient solutions across diverse European environments. By categorizing pilot sites into these three groups, the project ensures that solutions are thoroughly tested, refined, and optimized in real-world scenarios.

From next generation living labs to everyday homes, the ENERGENIUS project ensures that its solutions are not just visionary but also actionable. Each pilot site plays a critical role in showcasing how smarter, greener energy systems can drive sustainability, efficiency, and business growth across Europe.

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