Nikolay Popov’s Post

Solar power for everyone! ☀️ Distributed photovoltaic systems become 30% cheaper in Brazil Great news for the environment and the Brazilian economy! ♻️ According to a recent report, the cost of solar systems in Brazil has experienced a remarkable 30% drop compared to the early months of 2023. What does this mean? ✅ Access to clean energy for more people: The price reduction makes solar energy a more viable option for homes and businesses, boosting the adoption of renewable and sustainable energy. ✅ Faster return on investment: The payback period for installing photovoltaic systems has been significantly shortened, meaning that the economic benefits are achieved in a shorter time. ⏱️ ✅ Increased demand for photovoltaic modules: The decrease in costs has driven up the demand for photovoltaic modules in the country, generating opportunities for the local industry and job creation. ️ Key facts: -Residential systems (up to 4 kWp) experienced a 28% year-on-year price reduction. -Commercial systems (50 kWp) had a 34% year-on-year price drop. -The price of photovoltaic modules in general has decreased by 30% year-on-year. ☀️ -Brazil imported 17.5 GWp of photovoltaic modules in 2023. 🇧🇷 The future of energy in Brazil is bright! With decreasing costs and growing interest in solar energy, Brazil is on track to become a leader in renewable energy adoption. ☀️ Ready to join the solar energy revolution? ☀️ Contact us today to learn more about how you can install a photovoltaic system in your home or business and start saving money on your energy bill while contributing to a more sustainable future. Our experts will advise you throughout the entire process, from site assessment to system installation and maintenance. Don't wait any longer! Make the switch to solar energy today. ☀️ Diego Logotetti #solarenergy #renewableenergy #sustainability #brazil #economy #environment

🇨🇱 📢Launching Latin America's Largest Energy Storage Facility in Chile 🙌 Exciting news from Chile as the Gran Teno photovoltaic plant in the Maule region marks a major advancement in sustainable energy. This facility, with the capacity to power 136,000 homes, significantly reduces carbon emissions and highlights Chile's leadership in renewable energy. 🔋🌎 Boasting 367,200 solar panels and a total capacity of 241 MW, Gran Teno stands as the largest solar installation in southern Chile and a pioneering project in Latin America. 💡 🔆The inauguration of this facility demonstrates a strong commitment to clean energy and sustainable development, propelling Chile towards a greener future. Read the whole article by following the link in comments. #RenewableEnergy #Sustainability #GreenEnergy #Chile

Powering up Italy's renewable future with our latest 54 MW supply agreement! 🌟 From Solar Steel, we are thrilled to announce a new leap forward in Italy's renewable energy landscape. We have inked a game-changing deal to supply 54 MW of our cutting-edge 1P solar trackers to the radiant region of Lazio, Italy. Over 1,323 of our TracSmarT+1V solar trackers will bring brightness to these next two solar farms, marking a significant stride towards a greener, more sustainable future. This venture amplifies Italy's commitment to renewables and underscores our unwavering dedication to advancing solar energy worldwide. By harnessing the boundless power of the sun, these projects are poised to generate an astounding 102,579,870 kWh of clean energy annually. That's not just power—it's a promise of progress, illuminating over 60 municipalities and fueling the march toward decarbonization. From construction to maintenance, these projects will create new job opportunities, enriching communities and fostering economic growth every step of the way. With over 3000 hours of sunshine blessing these locations each year, we're tapping into nature's bounty to drive Italy's ambitious energy transition goals 🌍 #solartrackers #Italy #solarenergy

A major achievement for our EDPR team in Italy, with the implementation of the first large-scale solar project in the country. This asset will produce 17,5 GWh of clean energy per year, avoid the emission of 7,000 tons of CO2 per year and sustainably supply the equivalent of more than 6,000 local homes in Puglia. ... and we're only halfway through 2024! We currently have a capacity of almost 400 MW in wind and solar projects under construction in Italy. This significant milestone will allow us to reach 1 GW of clean energy capacity since our entry into Italy, marking a remarkable journey towards promoting a cleaner future and driving solutions in the renewable energy sector. The company aims to deliver around 6 GW of utility-scale solar capacity and around 1 GW in solar distributed generation across the globe until 2026. Our expansion not only underlines our commitment to sustainable development, but also reinforces our position as a key player in Italy's energy transformation. This is yet another example of how we are diversifying our portfolio of renewable assets in the markets where we are present and making a positive contribution to energy independence, while at the same time increasing economic and social benefits in the areas where we operate. Thanks to the entire team for your dedication and continuous effort to drive our growth ambitions. #EDPWeChooseEarth #CleanEnergy

#IndustryUpdate Driving Energy Transition in Latin America: HUASUN HJT Highlights Heterojunction Solar at 2nd GC Forum Brazil 2024 Huasun is at the forefront of driving energy transition in Latin America, showcasing its cutting-edge heterojunction solar technology at the 2nd GC Forum Brazil 2024. This innovative approach aims to enhance energy efficiency and sustainability across the region, paving the way for a cleaner energy landscape. Huasun's commitment to advancing solar technology not only supports Brazil’s renewable energy goals but also sets a precedent for other Latin American countries. Read the full story here-https://lnkd.in/geBQ93Cb #Huasun #SolarEnergy #RenewableEnergy #LatinAmerica #Sustainability #America #Brazil

📅 Save the dates: 23 and 24 October, to join us in Milan for the fourth edition of Energyear Italia 2024, where DRI will be an #energytransition sponsor! #Italy is one of DRI’s priority markets, and we are moving at pace to reach our 2GW target of installed renewable energy and battery storage projects in the country by 2030. We now have four solar projects exceeding 500MWp in various stages of development. Our latest project, a 166MWp solar project, we only announced less than two weeks ago. 🎙️ Our CEO John Stuart will take the center stage to discuss the agenda 2030 and the role of energy companies in building a sustainable future, whilst our Country Head Luca Piffer will discuss the Italian regions and their role in the energy transition. 🔗 Discover more about our projects in Italy: https://lnkd.in/eJjaEHnd #EnergyearItalia #DRIenergy #EnergyTransition #RenewableEnergy #SolarEnergy #solarpark

🌞 Italy is leading the way in clean energy with Solar PV + BESS 🌱 In Q1 2024 alone, Italy added 1.72 GW of new solar capacity, bringing the nation’s total PV capacity to an impressive 32 GW! 🌍 With regions like Lombardy, Lazio, and Veneto at the forefront, the country is capitalizing on its sunny landscape. But that's not all—Enel is set to roll out 1.6 GW of battery storage by 2024, making sure the energy we generate today powers our future tomorrow. 💡🔋 As we move closer to a net-zero future, this blend of Solar PV and Battery Storage ensures energy reliability and supports Italy’s bold climate goals. 🇮🇹 Let’s keep pushing the boundaries of innovation and renewable energy! 🌍 #RenewableEnergy #SolarPV #BESS #CleanEnergy #Sustainability #Italy #EnergyTransition #ClimateAction

🌞 Exciting Solar News! 🌞 Trina Solar, the Chinese solar giant, is set to supply a whopping 1.5GW of solar modules to Australia and the Pacific Islands in a groundbreaking deal with Marubeni Corporation! 🇦🇺🏝️ This collaboration marks a significant step in Trina Solar's expansion into the Australian market, showcasing their commitment to advancing photovoltaic systems and energy storage solutions. The 1.5GW solar power, sourced from the cutting-edge Vertex N series modules, will leverage 210 mm long solar cells – larger and more efficient than standard cells. "The Oceanic region has enormous potential for solar energy," says Edison Zhou, Head of Trina Solar for Australia, New Zealand, and the Pacific Islands. The partnership with Marubeni Australia is a strategic move to enhance the region's solar capacity, especially on off-grid islands. 🔧 Technical Insight: Trina Solar will supply Vertex modules with n-type i-TOPCon cell technology, utilizing phosphorus instead of boron. This innovative approach makes the solar panels negatively charged, enhancing the flow of electrons for greater efficiency. 🌐 If you're eager to dive into the details and learn more about this game-changing collaboration, visit: https://lnkd.in/gNcNTXFB for the full scoop! Image source: Trina Solar #SolarPower #RenewableEnergy #Sustainability #Innovation #SolarEnergy #RenewableEnergy #GreenEnergy

In 1979, the energy landscape took a significant leap forward with the inauguration of the Maricopa Solar Power Plant in Arizona, USA. This plant was the first commercial solar photovoltaic (PV) power plant, marking a pivotal moment in the history of renewable energy. The Maricopa Solar Power Plant demonstrated the potential of solar technology on a commercial scale. By converting sunlight directly into electricity, this pioneering plant paved the way for the solar industry’s growth and innovation. It showcased the viability of solar power as a sustainable and scalable energy solution. This landmark event set the stage for the rapid advancement of solar technology, leading to the development of increasingly efficient and cost-effective solar PV systems. It also inspired further investment and research in renewable energy, contributing to the global shift towards cleaner energy sources. As we reflect on this historical achievement, we celebrate how far solar energy has come and look forward to a future powered by innovation and sustainability. 🌞🔋 #SolarPV #SolarPower #RenewableEnergy #SolarHistory #CleanEnergy #EnergyInnovation #SustainableFuture #GreenEnergy #SolarMilestone #ClimateAction

🌞 Europe's diverse climates present a unique tapestry of challenges and opportunities for solar farm development. From the sun-soaked Mediterranean to the less predictable northern regions, each area offers its own set of variables. In the southern parts of Europe, the abundance of sunlight is a significant boon for solar energy production. Countries like Spain, Italy, and Greece can harness extensive solar power, leading to potentially lower energy costs and a robust renewable energy sector. However, these regions also face the challenge of overheating solar panels, which can reduce efficiency. Innovative cooling technologies and efficient panel designs are crucial to maximizing output in these warmer climates. Moving north, the climate becomes less conducive to solar energy, with countries like the UK and Germany experiencing more cloud cover and fewer sunlight hours, particularly in winter. This doesn't spell doom for solar initiatives, though. Instead, it calls for strategic planning and the adoption of advanced photovoltaic technologies that can capture solar energy even on overcast days. Energy storage solutions also play a pivotal role, ensuring that the power generated during sunnier periods can be stored for use during lower production times. Across all of Europe, regulatory frameworks and government incentives are key to driving solar farm development. Policies that support investment in renewable energy, subsidize solar panel installation, or provide feed-in tariffs can make or break the expansion of solar infrastructure. Moreover, the integration of solar farms into the existing energy grid requires careful consideration. Balancing solar power with other renewable sources, like wind and hydro, and ensuring a stable energy supply necessitates sophisticated grid management systems and flexible energy markets. In conclusion, while Europe's varied climates pose distinct challenges to solar farm development, they also open doors to innovation and adaptation. By leveraging technology, supportive policies, and cross-sector collaboration, Europe and the UK can continue to expand its solar footprint, contributing to a greener future and energy independence. #SolarEnergy #RenewableEnergy #SustainableEurope #NESFircroft