Cudd Bentley Consulting Ltd’s Post

We support the housing sector with the transition to renewable energy to generate sustainable homes of the future. Our energy efficiency consultancy services provide social landlords and housing associations with data on their housing stock to guide them on selecting the suitable renewable solutions to introduce for improved energy performance to keep utility costs and energy waste low for their tenants. This article shares insight into the different renewable systems available and gives detail on their many benefits. https://lnkd.in/eZ58dZEA. #energyefficiency #consultancy #consultants #renewableenergy #renewablesystems #sustainable #sustainability #sustainablehomes

The European Parliament has given a resounding YES to a more sustainable and renewable future. With the updated Renewable Energy Directive, we're aiming for a whopping 42.5% of the EU's energy consumption to come from renewables by 2030! Accelerating the energy transition isn't just about sustainability; it's smart business. Companies can now be at the forefront of this change, driving innovation and reaping the benefits of a green economy. #REDIII #renewablefuels #sustainability

Explore the latest innovations in energy storage, from the introduction of advanced materials to the optimization of recycling processes. Discover how BESS are redefining the standards of efficiency and sustainability in the renewable energy sector. 💡 #EnergyTechnology #BESS #Innovation #RenewableEnergy

Progressing further, the renewable energy sector must address material scarcity and waste generation across the lifecycle. The newly released ISO 59004 offers a framework and principles to implement #CircularEconomy, making it a valuable resource for achieving sustainability in #RenewableEnergy. #Sustainability

One of the main reasons we've relied so heavily on fossil fuels is because they are so easy to store and transport. How can we make it as easy to transport renewable energy? Found Energy believes it's found the answer – in aluminium. Using scrap aluminium, the company has created modular fuel packs that could help to decarbonise emissions-heavy industries, like maritime shipping, long-haul trucking, and synthetic fertiliser production. #industry #renewable #green #energy

What is the role of technology in renewable energy sources to increase efficiency and reduce carbon emissions? #Technology #renewableenergy #carbon emissions #sustainablefuture #carbonemissions

New article published! 🥳 Our study titled “State-of-the-art value chain roadmap for sustainable end-of-life wind turbine blades” has been published in Renewable and Sustainable Energy Reviews. The study presents a full state-of-the-art value chain roadmap for end-of-life wind turbine blades that consolidates all the process steps and technologies involved for six potential end-of-life routes for blades. The roadmap highlights that there are several technologies that can effectively aid the recycling of blades, but that these need further development and scaling. This includes the design and development of full industrial systems to support this including sectioning, pre-processing, transport optimization and material refinement. The study is a part of the #DecomBlades research project and funded by the Danish Innovation Fund. A big thank you to my supervisor and co-author Erik Skov Madsen as well as all the #DecomBlades partners. You can download the article for free until the 11th of February through the link. I hope you will give it a read! https://lnkd.in/dv4iANRu

Progressing further, the renewable energy sector must address material scarcity and waste generation across the lifecycle. The newly released ISO 59004 offers a framework and principles to implement #CircularEconomy, making it a valuable resource for achieving sustainability in #RenewableEnergy. #Sustainability

Role of Renewable Energy in Achieving Sustainability Goals #renewableenergy #heatwave #energy #Arbitration #Privatecourt #ADR #ODR #money #Solarenergy #business

Transport cost differ among the different types of energy carriers. Transport costs have everything to do with the energy density per volume and weight. The lower the energy density the higher the transport cost.   The lowest transport cost is for liquids such as oil, 5 to 10 times more expensive is gas transport. Electricity transport is again 5 to 10 times more expensive than gas transport. And the most expensive is transporting hot water by pipeline. On the other hand, the transport capacity is the highest when transporting a liquid and the lowest for hot water transport.   Therefore, an economic energy transport system will have the same characteristics in a fossil and a renewable energy system.   Read more about energy transport cost and capacities in the book ‘Green Energy for All, how hydrogen and electricity carry our future’. https://lnkd.in/eJ9Xxk-n Dii Desert Energy / Desertec3.0, African Hydrogen Partnership (AHP), International Renewable Energy Agency (IRENA), Hydrogen Europe, KWR Water Research Institute, Delft University of Technology, Kees van der Leun, Jorgo Chatzimarkakis, Frank Wouters, Cornelius Matthes, Els van der Roest, Zofia Lukszo, Willem Hazenberg (Stork) MBA EUR ING RI, Samir RACHIDI, Tomasz A. S., CleanTech Business Club, Hans Coenen, Bart Biebuyck, Mikaa Blugeon-Mered, Nienke Homan, Ankica Kovač