Shivoh Chirayil Nandakumar’s Post

Electricity, the internet, and now renewable energy and EVs. New disruptive technologies are often troubling to some (especially oil companies) - but that doesn't stop a good idea getting traction #solarpv #batterystorage #energytransition #chinamanufacturing

Great post and very pertinent to what's going on today with Energy Transitioning.

Here’s an anti electricity campaign from 1889. Sometimes it’s hard for human beings to adjust to change. The interesting thing about climate is—if we don’t innovate, climate will impose drastic changes upon us. The entire society will collapse. Shout out to the climate innovators! #climate #electrifyeverything #climatechange

One of the things I love most about working in renewable energy is the constant push for innovation. We're not just replacing fossil fuels with like-for-like solutions, we're constantly developing new technologies to revolutionise how we power our world. SeaWarm, a UK company, a The University of Edinburgh spin-off, whose technology captures thermal energy from water sources for use in residential and commercial buildings. Seawarm is a perfect example of the exciting advancements happening in the renewable energy sector. It's inspiring to see companies thinking outside the box and developing solutions that can make a real difference. #renewableenergy #watersourceheatpump https://lnkd.in/eT6Nx8xW

#WhereNextWednesday Evercloak Inc. is a cleantech company that leverages advanced materials to solve some of the world’s toughest climate challenges. The first challenge Evercloak is tackling is building energy use. According to the International Energy Agency, air conditioning (A/C) accounts for 10% of current global energy consumption – a number expected to triple by 2050 (Ref: International Energy Agency. May 2018. The Future of Cooling: Opportunities for energy-efficient air conditioning.) Evercloak has developed a nanocomposite membrane that can be used in membrane dehumidification systems to selectively dehumidify air. By removing the latent heat load through dehumidification, the size and energy use of the resulting A/C systems can be reduced by over 50%. Now that’s making a real impact! Where Next? “Evercloak is focused on scaling up nanocomposite membrane production and selling membranes to development partners for a variety of cleantech (and non-cleantech) applications. We are also advancing our membrane moisture rejection system and recently started collecting field data on the world’s first graphene oxide membrane dehumidifier. ” – Evelyn Allen, CEO & Co-founder. Contact Evercloak to learn more about their technology and explore development opportunities. ONeconomy | ÉconomieON

🌞 As we strive for a sustainable future, it’s crucial to address the challenges within the solar industry itself. One such challenge is the inefficient production processes that lead to valuable materials being wasted during panel manufacturing. But ROSI wants to change that. The startup has developed a process to recover ultra-pure silicon that’s lost during the manufacture of silicon wafers. This process not only allows the silicon to be reused in new wafers but also enables the cutting fluid to be used again, significantly reducing waste. And that's not all. ROSI has also created technology to recover ultra-pure silicon and silver from photovoltaic panels at the end of their life. This means that instead of ending up in landfills, these valuable materials can be recovered and reused. 🌍💡🔄 #Innovation #InnovationThatMatters #CircularEconomy #SolarPower #ChangeNOW2024

🌞🔋 Revolutionizing renewable energy: Solar panels now printed like ink onto thin, flexible surfaces, as showcased by @gigadgets_. This breakthrough in #Sustainability and #Innovation paves the way for more versatile and accessible #CleanEnergy solutions. Imagine the possibilities for integrating solar power into everyday objects and surfaces! #Tech4Good #Technology

I want to share with you a summary of the evolution of #hydrogen technology in the bus market over the last ten years. This is to give us an idea of how this technology has been making its way specifically in this #transportsector. From my point of view I consider that in this last decade the technology has gone from a promising concept to a growing reality, with substantial improvements in technology, cost effectiveness and infrastructure. So it seems that the future looks bright with the advances being made and the growing commitment to sustainable transportation solutions. What do you think about it? Do you think hydrogen technology will play an important role in this particular transportation sector? Will we expect a decrease in fuel cell costs in the next few years if their use continues to grow in the bus market? Have a nice weekend!

#Myth_3: Hydrogen Infrastructure is Too Expensive Reality: While establishing a hydrogen infrastructure involves upfront costs, long-term investments can lead to a sustainable and versatile energy system. The costs are also expected to decrease as technology advances and economies of scale come into effect.