The Solar Smart Flower as an Ambassador of Monaco's Energy Transition.
- M Abti
- Feb 21, 2025
- 3 min read
Known as “clean energy” or “green energy”, renewables have a minimal impact on the environment in terms of waste and pollutant emissions. Thus, this business sector is increasingly evolving thanks to advances in technology and innovation.
The Principality of Monaco has been investing in renewable energy sources for some years, in line with The Energy Transition White Paper, a policy document signed in March 2017 by H.S.H. Prince Albert II of Monaco with the aim to involve the entire Monegasque society in the energy transition path.
In 2017, the Monaco Énergies Renouvelables (M.E.R.) was created by the Prince's Government and SMEG, major player in charge of the distribution, production and supply of energy throughout the Principality. This innovative energy company is addressed to develop, build and manage photovoltaic, wind and hydroelectric parks outside Monaco. Thanks to this initiative, a little more than half of the energy used in Monaco (around 53% of the total) is now generated by renewable energies.
Meanwhile, the Principality has always encouraged the application of cutting hedge high technology. The Smart Flower, installed by the will of the Gouvernement Princier in Fontvieille public gardens, between the Chapiteau and the Roseraie Princesse Grace, is an excellent ambassador for energy engineering that mimics nature. This smart photovoltaic generator, operated by SMEG and EDF ENR (leading French photovoltaic company), is able to produce solar photovoltaic power according to the inclination of the sun, like a sunflower.

This high-tech flower is made of twelve petals, each equipped with forty photovoltaic cells, which allow a sun exposure area of 18 m2 while optimising the production of green electricity thanks to a system of horizontal and vertical axes within a solar dual axis tracker able to follow the sun’s rays at a 90° position during the day, to maximise power produced (up to 40% more energy than traditional panels). Moreover, the device is capable to cool down or go into safety mode if weather conditions are extreme (e.g.: heat waves, windstorm, etc.) as well as to self-clean at each opening and closing.
Of course, the Solar Flower is just one of the many ongoing projects in Monaco committed to become a Solar City in the near future, in view of achieving net zero by 2050. Not by chance, the Grimaldi Forum counts on more than 1,500 photovoltaic panel modules covering an area of 2,500 m2 to generate a total power of 526 kW, being the largest clean energy source in the Principality. Since early December 2021, the Centre Scientifique de Monaco has been equipped with 443 photovoltaic panels installed over 987 m2, with estimated annual capacity of 250 MWh, representing the largest photovoltaic facility on a public building in the Principality. ***
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By Maurice Abbati
Journalist; Editor; Communication, Media and Public Relations Specialist
Lecturer and Author in English language of Technical Articles and the Manual: "Communicating the Environment to Save the Planet, a Journey into Eco-Communication" by Springer International Publishing.


































![Words of Eco-Logia – 21st May 2026
Welcome to a new weekly column of Eco-Logia!
EPISODE 7: What does Urban Functional Biodiversity refer to?
How do you feel when you come into contact with the green spaces of your city? Maybe more relaxed, regenerated and energetic! it is not by chance. #Urban Functional #Biodiversity is about various natural #species and their specific functional traits (e.g., nitrogen fixation, pollination, water retention) that maintain #ecosystems and provide essential #services in heavily populated areas. Boosting #climate regulation, favouring flood #control, reducing #pollution, providing recreational spaces and improving human #wellbeing, resilience and health are some of the most significant #benefits they generate.
Being inspired by #Nature’s balance helps #architects, #designers and urban #planners to select vegetation able to optimises specific ecological functions, such as #water infiltration or biodiversity support. Integrating interconnected #green spaces (e.g.: parks, green roofs) and #blue spaces (ponds, wetlands) promotes #habitat connectivity and strengthens urban biodiversity. Moreover, engaging local residents and stakeholders in the planning and management of urban nature, encourages a shared vision of the development of densely inhabited areas, boosting mental and physical health.
Main Strategies for Enhancing Urban Functional Biodiversity are:
· Biodiversity-Sensitive Design]: that is integrating native, multi-functional plant species into urban design, including vertical gardens and green roofs.
· Ecological Restoration: that is actively restoring urban green and blue spaces to enhance habitat diversity and ecological function.
· Inclusive Governance: that is engaging local residents and stakeholders in the planning and management of urban nature.
🎬 Editing, Layout and Contents by: © MonacoEcoArt](https://scontent-den2-1.cdninstagram.com/v/t51.82787-15/704041748_18591891829048354_6937176257147723648_n.jpg?stp=dst-jpg_e35_tt6&_nc_cat=100&ccb=7-5&_nc_sid=18de74&efg=eyJlZmdfdGFnIjoiQ0xJUFMuYmVzdF9pbWFnZV91cmxnZW4uQzMifQ%3D%3D&_nc_ohc=oLaJEkOTfjUQ7kNvwEifjYP&_nc_oc=AdoboP-smCnNMfcSZkqzsdirBHjbnHAHym1d7BcDuw3yTX2CAZbQV9YvGfVCL1VvLvI&_nc_zt=23&_nc_ht=scontent-den2-1.cdninstagram.com&edm=ANo9K5cEAAAA&_nc_gid=RfBjG6hIv8U2UJSjovsi5w&_nc_tpa=Q5bMBQES3Iel9VJmvSO_N7S7ECkRnQNsgHJALS-SXFnUI3ISrK9UNb7QQX9L7HrCcqiWrPyEfeHMMklD&oh=00_Af-XE_gNpwQmFpXm_GCJax-cIysMFdGI5MF1BgR2TlehOg&oe=6A3BD5C2)



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