Chesapeake Solar & Storage Association的动态

???????????????? ???????? Wi-care G23 Series is now featured in the Solutions Explorer by the Solar Impulse Foundation! As the leading search engine for climate innovations, the Solutions Explorer sets the global standard for technical, behavioural, and political solutions. ?????????? ?????????????? ???????????????????? To address environmental challenges without compromising economic growth, Bertrand Piccard and the Solar Impulse Foundation have identified 1000+ clean and profitable solutions, and are now committed to going even further. ???????????????? ?????? ??-???????? ?????????????????? ? This is an important step in establishing our solution as a future-proof solution for companies wishing to meet their carbon footprint reduction targets. This will give I-care & Customers a significant competitive edge. https://www.icareweb.com #sustainability #carbon_foot_print #Energy_saving #digital #predictive_maintenance #Wicare https://lnkd.in/ezRFNk6m

I love a collaborative piece and this one from Rohan Kelkar and Jana Gerber does not disappoint. I've been learning a lot recently about the potential that DERs and microgrids offer as we plan for the needs of the grid today and the future grid of tomorrow. This article has some great insights.

It was so much fun to be part of the Energy Round Table alongside Jeff Pearson, Anuradha Ramachandran, Waqar Syed and Michael Ireland to talk about Energy Innovations. I shared why I see so few post-combustion (point-source) #carboncapture technology #innovators trying to disrupt this space compared to those tackling #electric approaches and carbon removals (#CDR) to #decarbonize industry.

??? Why Awareness of Clockspeeds Matters in Green Transition The green transition is urgent, yet industries face a critical challenge: innovation in energy utilities is slowed by mismatches in "clockspeeds"—the varying rates of change within the energy ecosystem. In our newly published article https://lnkd.in/dwMAnsJT, we explore this challenge through a case study of a distribution system operator (DSO), uncovering how these differing rates of change hinder shared understanding and, ultimately, innovation. Key findings: 1?? Clockspeed Dynamics: We detail how the interplay of multiple clockspeeds shapes innovation processes. 2?? Shared Understanding: Clashing clockspeeds disrupt the shared understanding needed for effective coordination. 3?? Green Transition Impact: These dynamics significantly slow down the innovation necessary for the energy transition. ?? Let’s work together to bridge these gaps and accelerate the green transition. This work has been done with Professor Philip Cash from Northumbria University?and Professor Melanie Kreye from the University of York #GreenTransition #Innovation #Clockspeeds #dgfn #Ambidexterity

?? Thrilled to present the 4th video of my LinkedIn video series from the expierence days, where Dr. Laurentiu-Viorel Badicu from a European TSO TransnetBW GmbH shares strategies and motivation for phasing out #Fgases in switchgear. Join us in the comments to discuss the potential impact of innovations like F-gas-free #grids in the energy sector and how they contribute to a greener #netzero future. Click the video to gain insights. Let’s shape a #sustainable energy landscape! ?? #energytransition #decarbonization #EU #futuregrids #technology

The Just Energy Transition must place communities at its core, especially those impacted by the shift from traditional industries like coal. #Digital technologies, such as smart grids and data platforms like the GeoHub, offer real-time insights into energy access and spatial inequalities. Tools like the Clean Electricity Equity Index (CEEI) guide policymakers in addressing energy justice by pinpointing opportunities in the just energy transition. Meanwhile, digital platforms enable collaborative planning, giving communities a voice in repurposing former coal sites and shaping future investments. Discover how innovation is driving community-centered energy planning ?? bit.ly/JET-Bulletin ?? #EnergyForDevelopment

#OurJourney2024 ??? As we wrap up 2024, let's take a moment to celebrate the milestones that reflect JA Solar's commitment to innovation, sustainability, and reshaping global energy. ?? Kicking off January with a splash! JA Solar introduced the game-changing DeepBlue 4.0 Pro series, featuring the SkyBlue and OceanBlue n-type PV modules. With power up to 635W and 22.8% efficiency, these modules were designed to conquer the toughest marine conditions—think salt mist, UV radiation, and extreme humidity. ?? Tailored for every wave: SkyBlue: Perfect for shallow, pile-mounted setups. OceanBlue: Engineered for deeper water floating applications, delivering outstanding performance even in harsh offshore environments. ?? Proven durability: From IEC certifications to surviving high wind speeds, these modules set new standards. ?? The OceanBlue series has already made waves at China’s first offshore floating PV test center, proving itself in real-world conditions. These innovations aren't just products—they're powering the clean energy transition, one wave at a time. ???? #Innovation #Sustainability #CleanEnergy

Dive into our latest blog, “Inside Solaires: Creating the future with innovative solutions” where we take you behind the scenes of our innovative technology. Discover the advanced equipment we've developed and the intricate processes that drive our groundbreaking solar solutions. Join us as we explore how our commitment to innovation is shaping a sustainable tomorrow! ???? Read it here: https://lnkd.in/gwXswhaD #Solaires #Innovation #SolarTechnology #SustainableFuture #BlogPost

?? Unlocking SJEF Power: Lower, Stronger, Smarter ?? At #SJEFSolar, we take "lower" to the next level! Our N-type TOPCon solar cells are designed with a power temperature coefficient as low as -0.30%/K, certified by TüV Rheinland, ensuring stronger performance even in extreme heat. Combined with lower sealing damage, these cells are built for enhanced durability and long-term reliability—perfect for high-efficiency modules. With less cell to module loss and more energy output, we ensure exceptional value over time. Our cells are optimized to maximize energy conversion, providing smarter, more efficient energy solutions. As we continue to innovate, let's shape a future where every ray of sunlight is harnessed for its full energy potential. ?? #SolarInnovation #CleanEnergy #EfficiencyAtItsBest #SustainableGrowth

Cement. Steel. And biogenic CDR - that's why we need carbon capture. FrostCC is half the cost of capture than amine-based systems: robust, thermo-mechanical capture cycle (versus thermo-chemical). Watch this space for commercial partner in biogenic sector. "Carbon America novel cryogenic carbon capture technology, FrostCC?, successfully completed 1,000 hours of testing at the National Carbon Capture Center (NCCC). FrostCC? is a cryogenic PSCC system that removes CO2 from flue gas before it is released into the atmosphere. It does this by cooling the flue gas below the sublimation temperature of CO2 , causing it to “frost” as dry ice and physically separate from the gas mixture. This solid CO2 is periodically melted and collected as a liquid, making it ready for compression and transportation to storage sites. FrostCC? does all of this without the use of water or chemicals and runs exclusively on electricity. During its testing at NCCC, FrostCC? successfully demonstrated its ability to capture CO2 and co-pollutants from flue gas and further validated the process and models for design. The next step in development for FrostCC? will be a demonstration of its full-scale commercial product."