Fotowatio Renewable Ventures (FRV)

🔋 Juan Ozores Arriola: Innovation leader at FRV-X Australia 🌱 🚀 Innovation is the engine of our growth. With more than 5 years of experience in the #RenewableEnergy industry and a background in chemical engineering, Juan Ozores Arriola is responsible for New Technology & BESS at FRV-X Australia. Every day, he faces one of the biggest challenges at FRV-X: developing new business lines and launching pioneering projects. 🗣️ Juan shares, “Every new business model brings its own challenges. It requires us to be creative and make sure we cover all the risks while building new processes from scratch. It's hard, but that's what makes it interesting.” 🔬 FRV-X, our innovation platform, is a key part of our commitment to the energy transition. Through new vectors of #Decarbonization, such as hydrogen, green methanol or #BatteryEnergyStorage, Juan and his team are helping to bring the energy of the future into the present. ⚡ #FRVPeople #EnergyTransition #FRVX #BESS #Hydrogen #Sustainability

🌍🚀 Accelerated growth in renewable energies 🚀🌍 With two months to go until the end of 2024, we can draw some conclusions. During this 12 months, an unprecedented growth in installed renewable energy capacity is expected, with a projected increase of more than 440 GW. This will be the largest increase in history, marking a key milestone in the global energy transition. ⚡ 🌱 This growth reflects the global commitment to drive a more sustainable future, thanks to technological advances and growing demand for clean energy solutions. 🌞 We are seeing solar, wind and other renewable sources not only gaining ground, but accelerating the march toward a carbon-free world. The change is unstoppable! #RenewableEnergy #EnergyTransition #RenewableGrowth #GlobalCommitment #Sustainability

🌍🔋 Perovskite solar cells - the future of solar energy 🌍🔋 Perovskite solar cells are revolutionizing the renewable energy industry due to their high efficiency and low production costs. These cells use a material called perovskite, which has a unique crystalline structure capable of absorbing sunlight very efficiently. 👍 Advantages of perovskite solar cells 🔸 Higher efficiency: Perovskite cells have achieved energy conversion efficiencies of over 25%, rapidly approaching traditional silicon cells. 🔸Lower production costs: Perovskite cells are less expensive and less energy intensive to manufacture than silicon cells. 🔸 Lightweight and flexible: Unlike silicon cells, perovskite cells can be applied to flexible surfaces, allowing them to be used in a variety of devices and structures, from roofs to portable devices. 🔸 Versatility in applications: They can be integrated into windows, building facades and other architectural elements, expanding the possibilities for solar power generation in urban environments. 👉 Challenges and future prospects 🔹 Although perovskite solar cells have many advantages, they also face challenges, such as long-term stability and degradation under environmental conditions. However, research advances are addressing these issues, and improvements are expected to continue. 🔹 Commercialization and adoption: Large-scale commercialization of perovskite solar cells is expected to begin between 2024 and 2025. This will enable faster and more affordable adoption of solar energy, making clean energy more accessible to businesses, communities and households around the world. 🔹 Global impact: The mass adoption of perovskite solar cells could have a significant impact on reducing carbon emissions and combating climate change. By offering a more efficient and cost-effective renewable energy source, these cells have the potential to accelerate the transition to a more sustainable energy future. Perovskite solar cell technology represents a revolution in the field of solar energy. With their high efficiency, low cost and versatility, they are poised to transform the way we generate and use solar energy. The solar revolution is already underway and promises a greener, more sustainable future.

🔆 Community energy and self-consumption: democratizing energy ⚡🏡 #CommunityEnergy and self-consumption are transforming access to renewable energy, making it possible for more and more people to benefit directly from clean sources such as solar energy. This model, which promotes collaboration between neighbors and communities, is revolutionizing the way we manage and consume energy. 🌞 Solar #SelfConsumption allows households to generate their own electricity through solar panels, while community installations allow several homes or buildings to share the same renewable energy source. This democratization of energy access not only reduces dependence on non-renewable sources, but also helps reduce energy costs. 🏡 The trend towards self-consumption continues to gain momentum, with a steady growth in the installation of rooftop solar panels. More and more communities are participating in projects that make the most of the power of the sun, moving towards a more sustainable and equitable future. 💡 The future of energy is collaborative, sustainable and accessible to all. #CleanEnergy is no longer a luxury, it is a shared reality! 🌍🔋 #FRV #Sustainability

🌊 Ocean energy is a game-changer! 💪 🌍 Did you know that tidal energy could potentially supply up to 10% of global electricity demand? This renewable energy source holds immense promise in driving the transition towards a more sustainable and cleaner future. As we continue to explore innovative solutions in renewable energy, tidal power stands out as a reliable and untapped resource that aligns with our vision of a greener world. 🌱 Every step towards harnessing this energy is a step closer to a 100% sustainable future. #TidalEnergy #Renewables #Sustainability #FRV #CleanEnergy

Minister for Energy and Resources, Lily D’Ambrosio MP visited the Terang battery project, key to FRV Australia's energy storage advancement   FRV Australia welcomed Victoria's Minister for Energy and Resources, Lily D'Ambrosio, on a visit to our Terang Battery Energy Storage System (BESS) project, an important step in building a cleaner, more reliable energy future for Victoria.   This project, which includes a 100 megawatt/200 megawatt hour battery is essential for renewable energy storage and will strengthen the region's power grid. It has also been made possible by a $7 million investment from the Victorian Government's Energy Innovation Fund.   As stated by Minister for Energy and Resources, Lily D'Ambrosio   “The Terang battery is in a strong and strategic part of the grid and will soak up local renewable energy, support lower bills for southwest Victorians and boost economic development.”   “The Energy Innovation Fund has been designed to position Victoria at the forefront of the energy transition, with associated benefits for supply chain and skills development - and that's what the Terang battery is bringing.”   With the creation of up to 150 jobs during construction, the commitment to local economic growth is evident, supporting communities and providing new opportunities for businesses in the region through site maintenance contracts.   Terang positions Victoria as a leader in energy storage, supporting the transition to 95% renewable generation by 2035, and contributes to the goal of 2.6 gigawatts of storage capacity by 2030.   We are excited to continue to be part of this transition to a more sustainable future, together with our partners and the local community.

♻️ Solar panel and battery recycling: Our commitment to the circular economy #SolarPanel and #Battery #Recycling is a critical component in the transition to a sustainable energy model. At FRV, we are committed to the circular economy, addressing the associated challenges and promoting innovative solutions. ⚠️ Challenges ⏳ Limited lifetime: Solar panels and batteries have a defined lifetime (generally 25 to 30 years for panels and 5 to 15 years for batteries). Their eventual disposal raises concerns about waste management. 🧪 Material composition: Solar panels contain materials such as silicon, silver, and other rare metals, while batteries include chemical components that can be toxic. Proper separation and recycling of these materials is complex and costly. 🏗️ Lack of recycling infrastructure: The infrastructure for recycling solar panels and batteries is still developing. Many countries lack adequate facilities to process these products at the end of their useful life. 📢 Public awareness: Lack of knowledge and awareness of the importance of solar panel and battery recycling can limit consumer participation in recycling programs. 💡 #Solutions: 🛠️ Comprehensive recycling programs: There is a need to develop and implement recycling programs that ensure the collection and proper treatment of solar panels and batteries at the end of their useful life. 🚀 Innovation in recycling processes: Collaboration with companies specializing in recycling technology to improve efficiency and reduce costs in the processing of materials. 💰 Investment in research and development: To find more sustainable and effective recycling methods, as well as in the creation of new materials that are easier to recycle. 📚 Education and awareness: To educate the community, through awareness campaigns, about the importance of recycling and foster a culture of sustainability. #FRV's commitment to the circular economy not only helps mitigate the environmental impacts of end-of-life solar panels and batteries but also drives the transition to a more responsible and sustainable energy future.

🏢 #SustainableArchitecture: Integration of solar energy in buildings. 🌞 The integration of solar energy into building architecture is a growing trend that combines sustainability and design. Incorporating solar panels on facades and roofs helps to create energy-efficient buildings. Features: 🌱 Carbon footprint reduction. 💰 Energy cost savings. 🏬 Aesthetic and functional design. These projects not only generate clean energy, but also promote a more sustainable and green future. #Innovation #FRV #SustainableArchitecture

🏠 Solar energy expansion: From rooftops to large-scale 🌞 #SolarEnergy is experiencing a significant boom, not only through large installations, but also through the implementation of panels on residential rooftops. This trend is being driven by initiatives such as the #EuropeanSolarRooftopsInitiative, which seeks to encourage self-consumption and community energy. Here are some key points: 💰 #Affordability and #Sustainability: installing solar panels on rooftops allows homeowners to generate their own electricity, reducing dependence on the grid and lowering energy bills. Every rooftop counts, becoming a small power generating plant. 🌞 Large-scale projects: Along with the growth of home installations, utility-scale projects are booming. These large solar plants contribute significantly to the energy matrix, complementing rooftop production. 🤝 Community benefits: Rooftop solar not only benefits homeowners, but can also strengthen communities. Local energy generation fosters resilience and self-sufficiency. 👩🔧 #TechnologicalInnovations: Advances in solar panel technologies, such as more efficient and cost-effective systems, have facilitated adoption. In addition, tax incentive policies and subsidies have encouraged more people to invest in solar energy. 👨🎓 #Awareness and education: Awareness of the importance of renewable energy and climate change is growing. Education and awareness campaigns help drive the adoption of solar energy solutions throughout the community. With every rooftop that becomes an energy generator, we move closer to a more sustainable future. #CommunityEnergy #SolarRooftops #SelfConsumption

It was a tremendous honor to participate on the XI edition of UNEF Unión Española Fotovoltaica #ForoSolar. Being part of Spain´s #RenewableEnergy most influential and relevant forum is always a pleasure. Specially when we had the possibility to debate about how to guarantee the profitability of #BESS facilities in Spain represented by Fernando Rodriguez-Arias Market Analyst Expert at FRV.