Latest news with #AedEnergy
Zawya
01-07-2025
- Business
- Zawya
Aed Energy secures investment to scale long-duration storage across MENA
Aed Energy has secured investment from Catalyst, the Masdar City–bp backed accelerator focused on scaling climate technologies across the Middle East and beyond. The investment will support Aed Energy's regional growth and fast-track the deployment of its long-duration thermal energy storage systems. As part of the partnership, Aed Energy will open a branch office in Masdar City, Abu Dhabi, UAE - reinforcing its commitment to building decentralised energy, water and cooling infrastructure across the GCC and wider MENA region. The new base places the company at the centre of a global hub for clean energy innovation and commercialisation. Backed by Masdar City and bp, Catalyst provides a strong launchpad for scaling practical, high-impact technologies. With deep regional insight and access to strategic partners, Catalyst's investment will be instrumental in accelerating the roll-out of Aed Energy's storage systems in markets where reliable, dispatchable clean energy is urgently needed to meet rising demand. Aed Energy's MWh-scale modular thermal batteries capture intermittent renewable electricity and store it as high-temperature heat, delivering zero-carbon baseload energy - with direct applications in heat, power, and cooling. Built for high-reliability, low-maintenance operation, the systems unlock clean energy access in places where conventional batteries fall short, from heavy industry to remote grids and combined energy–water–cooling applications. Rayan Kassis, CEO of Aed Energy, said: 'The MENA region has abundant solar and wind, but limited clean baseload options. Our thermal batteries fill that gap - delivering 24/7 energy for sites that need more than just a few hours of storage. From desalination to decentralised power and cooling, we're focused on solving practical energy and water challenges at scale. Catalyst's support helps us move faster.' Swethal Kumar, Managing Director at Catalyst commented: 'At Catalyst, we are committed to accelerating scalable technologies that solve real-world climate challenges. AED Energy's innovative thermal storage systems are exactly the kind of high-impact solution needed to decarbonise energy and water infrastructure across the region. By supporting its growth, we're helping bring reliable, affordable clean energy to markets where it's needed most — and positioning the UAE as a launchpad for global climate innovation.' With presence in the UK and US, this strategic milestone strengthens Aed Energy's global position and expands its reach into high-impact markets across the Middle East and North Africa. About Aed Energy: Headquartered in London, Aed Energy is pioneering the next generation of thermal energy storage and power systems. Its breakthrough solution uses low-cost, abundant materials and a proprietary heat-to-power conversion technology to deliver both heat and electricity. Designed for flexibility across grid-scale storage, renewable energy integration, combined heat and power (CHP), and industrial heat processes, Aed Energy's system offers long-duration performance and a cost-competitive alternative to fossil fuels and lithium-ion batteries - helping to accelerate the global transition to affordable, clean energy. Issued on behalf of Aed Energy by ThinkPR. For further information contact Erin Ingram on +44 (0) 1224 623 960 or erin@ or Becky Orlinski on becky@
Trade Arabia
11-06-2025
- Business
- Trade Arabia
AED Energy pilots thermal battery demonstrator at Nigeria university
Aed Energy, a UK-based developer of next-generation thermal energy storage, has announced a new pilot project at Pan-Atlantic University (PAU) in Lagos, Nigeria, as part of ZE-Gen's international innovation programme. Advancing practical solutions to displace fossil fuel generators, the programme supports Aed Energy's ambitions to accelerate clean energy access across weak-grid regions. As one of six new ZE-Gen Demonstrator projects funded through Innovate UK, Aed Energy's pilot tackles a critical challenge: the widespread use of fossil fuel generators across education, healthcare, manufacturing, and remote infrastructure in energy-constrained markets. Developed with PAU, a leading Lagos-based institution and a local clean energy integrator FaithLink Ltd, the project combines rooftop solar with Aed Energy's proprietary modular thermal battery. The system stores renewable electricity as high-temperature heat in energy dense composite bricks and delivers dispatchable power or industrial-grade heat for up to 24 hours, without lithium, combustion, or fragile supply chains. Pan-Atlantic University's main campus consumes approximately 6,570 MWh of electricity annually - much of which is currently supplied by fossil fuel generators. When run on diesel, this equates to over 1.8 million litres per year - or the equivalent of filling nearly three-quarters of an Olympic swimming pool full of diesel, for one site alone. Installed on site, Aed Energy's system marks the start of a shift from fossil fuel dependency to clean, dispatchable energy charged entirely by renewables. Its MWh-scale units are designed for rapid deployment across industrial sites, microgrids, and critical infrastructure where fossil fuel generators remain the default for primary energy supply. This project is a strategic inflection point for Aed Energy - transitioning the technology from lab-scale development into a live operating environment. It validates the system under real-world conditions and lays the foundation for commercial rollout. As global energy users seek longer-duration alternatives to short-duration battery systems, this deployment will demonstrate how Aed Energy's platform can deliver clean, reliable baseload power where conventional batteries fall short. The project is already driving positive economic and global impact. In the UK, it has created three new job roles, contributing to Aed Energy's growth plans to expand to 15 UK jobs by 2026 and more than 150 globally by 2030. In Nigeria, it is generating an estimated 10–15 local jobs during installation and commissioning. Commenting on the success of the project, CEO of Aed Energy, Rayan Kassis said: 'The Pan Atlantic University Thermal Demonstrator project, funded by the ZE-Gen, is a first step toward proving that affordable, clean baseload energy can be delivered reliably - even in regions still heavily dependent on fossil fuel generators. It moves our technology out of the lab and into the field, showing what's possible when innovation is paired with local partnerships and real-world demand.' 'We're proud to be working with Pan-Atlantic University, FaithLink, ZE-Gen, and Innovate UK to deliver a solution that's not only practical, but scalable. This deployment lays the foundation for clean energy systems that serve critical institutions, power industrial growth, and open up new export opportunities for UK innovation.' – TradeArabia News Service
Zawya
11-06-2025
- Business
- Zawya
Aed Energy pilots thermal battery demonstrator at Pan-Atlantic University, Nigeria
Aed Energy, a UK-based developer of next-generation thermal energy storage, has announced a new pilot project at Pan-Atlantic University (PAU) in Lagos, Nigeria, as part of ZE-Gen's international innovation programme. Advancing practical solutions to displace fossil fuel generators, the programme supports Aed Energy's ambitions to accelerate clean energy access across weak-grid regions. As one of six new ZE-Gen Demonstrator projects funded through Innovate UK, Aed Energy's pilot tackles a critical challenge: the widespread use of fossil fuel generators across education, healthcare, manufacturing, and remote infrastructure in energy-constrained markets. Developed with PAU, a leading Lagos-based institution and a local clean energy integrator FaithLink Ltd, the project combines rooftop solar with Aed Energy's proprietary modular thermal battery. The system stores renewable electricity as high-temperature heat in energy dense composite bricks and delivers dispatchable power or industrial-grade heat for up to 24 hours, without lithium, combustion, or fragile supply chains. Pan-Atlantic University's main campus consumes approximately 6,570 MWh of electricity annually - much of which is currently supplied by fossil fuel generators. When run on diesel, this equates to over 1.8 million litres per year - or the equivalent of filling nearly three-quarters of an Olympic swimming pool full of diesel, for one site alone. Installed on site, Aed Energy's system marks the start of a shift from fossil fuel dependency to clean, dispatchable energy charged entirely by renewables. Its MWh-scale units are designed for rapid deployment across industrial sites, microgrids, and critical infrastructure where fossil fuel generators remain the default for primary energy supply. This project is a strategic inflection point for Aed Energy - transitioning the technology from lab-scale development into a live operating environment. It validates the system under real-world conditions and lays the foundation for commercial rollout. As global energy users seek longer-duration alternatives to short-duration battery systems, this deployment will demonstrate how Aed Energy's platform can deliver clean, reliable baseload power where conventional batteries fall short. The project is already driving positive economic and global impact. In the UK, it has created three new job roles, contributing to Aed Energy's growth plans to expand to 15 UK jobs by 2026 and more than 150 globally by 2030. In Nigeria, it is generating an estimated 10–15 local jobs during installation and commissioning. Commenting on the success of the project, CEO of Aed Energy, Rayan Kassis said: 'The Pan Atlantic University Thermal Demonstrator project, funded by the ZE-Gen, is a first step toward proving that affordable, clean baseload energy can be delivered reliably - even in regions still heavily dependent on fossil fuel generators. It moves our technology out of the lab and into the field, showing what's possible when innovation is paired with local partnerships and real-world demand.' 'We're proud to be working with Pan-Atlantic University, FaithLink, ZE-Gen, and Innovate UK to deliver a solution that's not only practical, but scalable. This deployment lays the foundation for clean energy systems that serve critical institutions, power industrial growth, and open up new export opportunities for UK innovation.' Speaking on the impact of the project, the Deputy Vice-Chancellor of Pan-Atlantic University, Dr. Peter Bamkole said, 'This project's distinction lies in its silent operation, a significant shift from the noise of diesel and gas plants. We are taking the project from lab development into our live environment, and we look forward to experiencing its full benefits. As the very first deployment of this kind in Nigeria, and West Africa, we are confident that soon we will be able to say, 'we did it!' This positions us firmly with the continent and the rest of the world in the pursuit of a sustainable future.' Lily Beadle, ZE-Gen lead at the Carbon Trust said: 'Collaboration, partnerships and localisation are at the heart of ZE-Gen and we're looking forward to supporting these exciting Demonstrator projects come to life in communities." Dr James Coombes OBrien, ZE-Gen lead at Innovate UK added: 'By being a ZE-Gen Demonstrator, Aed Energy is joining a leading international programme and contributing to ZE-Gen's collaborative work to benefit people and boost economic growth in the UK and internationally. The demonstrator also lays the foundation for export-led growth. Aed Energy is now in discussions with investors and energy users across Europe, North America, the Middle East, and Sub-Saharan Africa to develop commercial pilot deployments. With global demand for energy storage and microgrid solutions exceeding £68 billion (BNEF, IEA, LDES Council, 2024), this project reinforces the UK's leadership in net-zero innovation — while delivering practical, scalable solutions for high-impact sectors where energy costs, reliability, and access remain pressing challenges. About Aed Energy Headquartered in London, Aed Energy is pioneering the next generation of thermal energy storage and power systems. Its breakthrough solution uses low-cost, abundant materials and a proprietary heat-to-power conversion technology to deliver both heat and electricity. Designed for flexibility across grid-scale storage, renewable energy integration, combined heat and power (CHP), and industrial heat processes, Aed Energy's system offers long-duration performance and a cost-competitive alternative to fossil fuels and lithium-ion batteries - helping to accelerate the global transition to affordable, clean energy. ZE-Gen is a collaborative initiative by the Carbon Trust and Innovate UK with ZE-Gen projects receiving a range of expert support to bring projects to scale. Launched at COP27, ZE-Gen, is the leading international initiative working to improve the lives of people across sub-Saharan Africa, South Asia and the Indo-Pacific region by driving the use of renewable energy in place of polluting fossil fuel generators. Issued on behalf of Aed Energy by ThinkPR. For further information contact Erin Ingram on erin@ or Becky Orlinski on becky@
Zawya
06-05-2025
- Business
- Zawya
Aed Energy accelerates technology commercialisation With key appointment
Aed Energy, a leading developer of next class long-duration thermal energy storage systems, has appointed Dr. David Bushnell as Head of Product Development. This appointment supports Aed Energy's strategic mission to accelerate clean, affordable energy by advancing its core technology from pilot systems to commercial deployment. David holds a PhD in III-V photovoltaics and brings over two decades of experience in semiconductor and photovoltaics technology development. He has held senior roles in two pioneering energy startups, including his most recent position at Oxford PV, where he led device performance testing and research and development operations in advanced photovoltaics. An accomplished technologist with a focus on advanced technology, product development, and integrated software systems, David will oversee the strategic planning, design, and execution of Aed Energy's product development roadmap. This includes a central role in advancing its MWh-scale thermal battery from pilot to commercial readiness. Reflecting on his appointment, David said: 'I'm thrilled to join the Aed Energy team at such an exciting time. I'm deeply aligned with the company's mission to combat the climate crisis through no-nonsense engineering and innovation. I look forward to working with the team to bring this transformative storage technology to market and support the global shift to clean, sustainable energy.' Commenting on the appointment, CEO, Rayan Kassis said: 'David's addition to the leadership team comes at a pivotal moment in our growth. His extensive technical knowledge and leadership experience combined with his proven track record in taking innovative energy technologies from concept to product will be instrumental in commercially scaling our technology to meet global energy demands. Headquartered in London, Aed Energy is pioneering the next generation of thermal energy storage and power systems. Its breakthrough solution uses low-cost, abundant materials and a proprietary heat-to-power conversion technology to deliver both heat and electricity. Designed for flexibility across grid-scale storage, renewable energy integration, combined heat and power (CHP), and industrial heat processes, Aed Energy's system offers long-duration performance and a cost-competitive alternative to fossil fuels and lithium-ion batteries - helping to accelerate the global transition to affordable, clean energy. Issued on behalf of TWMA by ThinkPR.
