Post di valentina corich

What is the Future of Utilities? 🔮 🤸♂️ Extracting value from Demand Side Flexibility (DSF) - especially EVs 🌱 Integrating renewables and grid balancing 🧠 Artificial Intelligence We had the opportunity to attend the Future of Utilities, the Energy Transition Summit, which took place in the heart of Amsterdam from 20 to 21 March. During the enlightening event, one of the highlights was the dynamic debate on maximising the value from demand-side #flexibility, #smartmobility, AI and renewable energy sources. These topics sparked engaging conversations and insights into the transformational potential of these elements in shaping the future of utilities. By harnessing demand-side flexibility, smart EV charging, and artificial intelligence, we can unlock new opportunities and drive the transition to a renewable energy future. ⚡ Hive Power's 𝗙𝗟𝗘𝗫𝗢 engine enables utilities, ESCos, OEMs, car manufacturers and CPOs to optimise flexible energy assets and contribute to a more sustainable grid. Book your DEMO to see how it works: https://lnkd.in/dmBbbU6k

A chart that says it all! A very interesting study conducted by the Fraunhofer Institute compares the current LCOE (that basically represents the cost of each kWh produced) for various types of plants in Germany. Needless to say it, renewables win by a landslide! Obviously, cost is not the only driver when writing an energy policy but, considering that clean energy has several positive implications also for the environment, it is difficult to find reasons against it. A piece of information to be aware of and to spread extensively! Further results of the study can be found at this link: https://lnkd.in/dfSvH9CM #lcoe #cleanenergy #renewables #solarpv #photovoltaic #windenergy #solarenergy

A chart that says it all! A very interesting study conducted by the Fraunhofer Institute compares the current LCOE (that basically represents the cost of each kWh produced) for various types of plants in Germany. Needless to say it, renewables win by a landslide! Obviously, cost is not the only driver when writing an energy policy but, considering that clean energy has several positive implications also for the environment, it is difficult to find reasons against it. A piece of information to be aware of and to spread extensively! Further results of the study can be found at this link: https://lnkd.in/dfSvH9CM #lcoe #cleanenergy #renewables #solarpv #photovoltaic #windenergy #solarenergy

Solar Power Anywhere, Anytime: The Rise of Mobile Energy Solutions Grab Free Sample Version Now- https://lnkd.in/eFd6Wu8Z "Solar Power Anywhere, Anytime: The Rise of Mobile Energy Solutions" encapsulates the evolving landscape of #energy accessibility and sustainability. With advancements in #solar technology, we're witnessing a transformative shift towards portable energy solutions that can be utilized anytime, anywhere. Whether it's charging your phone on a camping trip, powering remote monitoring devices in rural areas, or even fueling electric vehicles on the go, mobile solar energy is revolutionizing how we harness power. This trend not only promotes environmental stewardship by reducing reliance on fossil fuels but also fosters greater independence and resilience in our energy infrastructure. As solar panels become more lightweight, efficient, and affordable, the possibilities for mobile energy solutions are limitless, empowering individuals and communities to embrace a brighter, cleaner future. Source- SolarContainer.one #solar #energy #sun #power #renewableenergy  #cleanenergy #solarrevolution #greenpower #solarpanels #solartechnology #gosolar  #solarsolutions #solarinnovation #renewables #future

Heterojunction technology (HJT) for PV solar modules has been around for decades, but it’s only in recent years that its popularity has risen thanks to R&D efforts and more efficient manufacturing. Today, with its advanced performance and durability, HJT is believed by many to be the best solar panel technology available on the market. With some manufacturers, including Risen Energy, now mass producing these panels, they are also becoming an increasingly cost-effective option for rooftop and large-scale installations. So, what exactly are the benefits of this new technology? Read our latest blog to find out: https://lnkd.in/gxiPZ9F8

What does good annual degradation performance look like? Just like any other technology, solar panels can’t perform at 100% efficiency for the entirety of their lifespan. Degradation from age (age-related degradation), sunlight (light-induced degradation (LID)) and voltage (Potential-Induced Degradation (PID)) all come into play to affect the efficiency of a panel. A quality manufacturer will mitigate these inefficiencies, with a warranty to back it up. For residential rooftop panels, we offer a 25-year product warranty that guarantees no more than 0.55% annual degradation over 25 years, so your solar panel is still operating at over 80% efficiency decades down the track! Learn more about our products: #degradation #technology #innovation #solar #renewableenergy

The energy transition is at a global tipping point, driven by the exponential growth of renewable energy. This decade will be disruptive, as renewable technology sales race up the S-curve. Linear is often the default perception, but the reality is renewable technologies are still growing exponentially. Take #solar capacity. It took 22 years for the first terawatt to be installed, the second and third combined will take just 5 years. These technologies have been growing exponentially for some years, but it is only now that volumes are becoming high enough to start making a meaningful difference as we transition away from fossil fuels. #Wind and solar will start to rapidly replace coal and gas this decade, and #EVs will displace millions of barrels of oil a day. This is just the beginning. #energy #sustainability #renewables #energytransition

NEW: Using electric vehicles to store energy and feed back into the grid could soon save Europe’s energy companies and motorists billions of euros a year. New research by Fraunhofer ISI and ISE for T&E shows that EVs equipped with bidirectional charging can act as ‘batteries on wheels’ that draw down electricity at times of oversupply and give back when demand is higher. This so-called vehicle-to-grid (V2G) technology can save the EU’s energy systems €22 annually by 2040. This would be an 8% reduction on the cost of building and running the EU energy system. Europe can reap the benefits of V2G technology almost for free as the additional costs of bidirectional onboard chargers and wall-boxes would be offset by reduced electricity bills within a few months. But this potential may not be realised without common EU standards to ensure interoperability between all EVs and chargers. Learn more about how V2G could transform Europe’s energy system at the link in our comments. Fraunhofer ISI Fraunhofer-Institut für Solare Energiesysteme ISE #V2G #Charging