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Photovoltaic power station

Revolutionary progress in perovskite solar cells for renewable energy

In a groundbreaking development, researchers at the City University of Hong Kong (CityU) have achieved a significant breakthrough in adapting perovskite solar cells for renewable energy, marking a pivotal advancement in sustainable energy.
Windmill, clean energy transition

The role of hydrogen in the energy transition

Professor Sara Walker, Professor of Energy at Newcastle University, is Director of the Hub on Hydrogen Integration for Accelerated Energy Transitions HI-ACT, and here, she explores the role of hydrogen in the energy transition.
A modern street LED lighting pole. Urban electro-energy technologies. A row of street lights against the night sky

Green lighting transformation: LED upgrades and environmental gains

Switching to LED street lights could help to combat the climate emergency and decrease energy consumption.
Examining the energy efficiency directive and the district heating sector

Examining the energy efficiency directive and the district heating sector

The EU has recast the energy efficiency directive. As politics plays a crucial role in the development of future district heating markets, stakeholders within the sector should pay notice.
Modern building using renewable energy. Lightbox.Renewable energy

Cities are 24×7: What if they were powered 24×7 with carbon free energy?

Molly Webb, explains why achieving net-zero cities is crucial for meeting global climate goals, what can carbon free energy do to help?

Molly Webb – Energy Unlocked

Molly Webb is the founder & CEO of Energy Unlocked, an independent not-for-profit working internationally to accelerate the pace of energy systems transitions to meet climate change targets. Molly has over 15 years of experience in advocacy for global disruptive innovation in tech, climate change, smart cities and energy. Molly...
Electricity Supply Through the Countryside, Protium green hydrogen

Solving the UK’s current grid challenges: Time to rethink green hydrogen potential

Protium tells us about hydrogen’s role in the UK’s pursuit of a cleaner and more resilient energy future and the opportunity to accelerate decarbonisation through strategic local projects.

Revolutionary electrocatalyst boosts clean energy efficiency

The discoveries in nanomaterial phase engineering present exciting prospects for creating effective catalysts, which in turn can play a vital role in advancing clean energy efficiency solutions and sustainable development.
Engineer using thermal camera to analyse the heat loss of a house

UK Energy Efficiency Policy inaction: Challenges and opportunities

Maintaining a consistent and forward-thinking UK Energy Efficiency Policy is key to the UK's future decarbonisation plans, but what are the challenges, and where is there the most room for improvement?.
Heating in a household UK

Revolutionising renewable technology in the UK for a greener future

Hannah Jepp from Ares Power, part of Kingdom Energy, explores how we can use renewable technology in the UK to accelerate our clean energy revolution.
EDF Renewables logo, promoting clean energy

EDF Renewables UK and Ireland: Combatting climate change with clean energy

At EDF Renewables UK and Ireland, we’re passionate about creating a net zero future where clean energy powers our lives and protects our planet from climate change.
science and technology concept, Abstract Molecular Structure

Hydrogen production in the energy transition: Exploring Protium Project Pioneer 1

Protium explores green hydrogen production in a case study of the Protium Project Pioneer 1, exploring carbon storage and net zero possibilities in energy.
Dam of a small-scale hydropower station of 7MW in the South of Greenland, credit: Claus Andersen-Aagaard.

The secrets of hydropower and PTX in Greenland

Greenland is a prime location for large-scale hydropower projects. Renewable energy investment possibilities are, therefore, abundant, writes Claus Andersen-Aagaard, Chief Executive Officer of GreenLead.

Claus Andersen-Aagaard – GreenLead

Claus Andersen-Aagaard works as CEO of GreenLead I started in consulting in 2006, guiding customers to optimize their business together with a team of professionals. Afterwards I joined Vestas Wind System, the world’s largest wind turbine company in 2008. In the wind turbine industry, I pushed for cost consciousness in...
Green Hydrogen production pipeline - green hydrogen gas for clean electricity solar and windturbine facility

Can increased green hydrogen production boost Sheffield’s name in the sustainable aviation sector?

Green hydrogen production facilities from the University of Sheffield are set to outproduce any other UK centre, thanks to new equipment to support the sustainable aviation sector.
Carbon emissions

AI helps cut carbon emissions for a greener future

AI is pivotal in climate action with £4M UK funding for innovative AI projects. AI helps cut carbon emissions in diverse sectors, advancing net-zero goals and green industries.
modern aircraft of an airfield

Promoting green travel with sustainable aviation fuel

Sarah Wilkin, Founder & CEO of Fly Green Alliance (FGA), looks at how the airline industry is working to reduce its carbon footprint through the use of sustainable aviation fuel.

UK pledges £3 billion to support green growth in Zambia

Foreign Secretary James Cleverly announces a new partnership for green growth in Zambia, with ambitious targets.
Lava Falls Over Cliff, Big Island, Hawaii

Mapping magma flows and solar storm risks in the energy industry

Using magnetotellurics, the EARTH project will generate models predicting magma flows and solar storms to forecast risks to the energy industry.
Chalmers University of Technology

Energy systems and the electrification of transport, industry and household

Energy systems research at the division of Energy technology, Chalmers University of Technology, aims to speed up the electrification of transport and industry as well as decarbonize material systems to reduce embedded carbon emissions of building and infrastructure.

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