logo
AED Energy pilots thermal battery demonstrator at Nigeria university

AED Energy pilots thermal battery demonstrator at Nigeria university

Trade Arabia3 days ago

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

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

AED Energy pilots thermal battery demonstrator at Nigeria university
AED Energy pilots thermal battery demonstrator at Nigeria university

Trade Arabia

time3 days ago

  • 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

Sungrow releases PowerTitan 3.0 energy storage system platform
Sungrow releases PowerTitan 3.0 energy storage system platform

Trade Arabia

time5 days ago

  • Trade Arabia

Sungrow releases PowerTitan 3.0 energy storage system platform

Sungrow, the global leading inverter and energy storage system supplier, has announced the launch of its PowerTitan 3.0 Energy Storage System (ESS) platform for utility-scale applications. Engineered for an increasingly volatile and complex clean energy landscape, this platform moves beyond standardised solutions to offer unparalleled flexibility, power density, intelligence, and safety. The full PowerTitan 3.0 portfolio is available for immediate commercial deployment. Key innovations The PowerTitan 3.0 ESS Platform features an integrated modular library of scenario-based functions: All functional modules are standardized and can be freely deployed according to scenario requirements without redesign. A single platform enables multiple combinations for comprehensive global applications. The platform shatters the constraints of fixed container sizes. Launching initially in 10ft Flex version (capacity 3.45MWh), 20ft Class version (capacity 6.9MWh), and 30ft Plus version (capacity 12.5MWh), it supports 2-12 hours duration and maintains stable performance in extreme environments from -40°C to +55°C (-40°F to +131°F) and altitudes up to 5,000 meters (16,404 feet) without derating. Redefining the battery cell For projects demanding high capacity and cost-effectiveness, the PowerTitan 3.0 Plus version comes with the powerful 684Ah stacking large battery cell, delivering up to 12.5MW/50MWh per AC block, becoming the world's largest power density BESS with over 500kWh per square meter. Back-to-back installation with 20mm spacing enables a more compact equipment layout. Based on a 1 GWh-scale project, the overall system design reduces land footprint by 45% and cabling by 10%, significantly lowering Capex. This 684Ah stacking battery cell is the industry's first of its kind to enter mass production. The battery features a higher energy density of 448Wh per liter and a cycle life exceeding 15,000 times. The higher energy density demands uncompromising safety. The pioneering Thermo-Electric Separation technology resets cell vents and internal pack exhaust channels, paired with patented heat-insulating layers. This ensures high-temperature gases do not damage battery components, prevents gas propagation, and stops thermal runaway from affecting adjacent cells. Industry-first large-scale application Featuring the industry's first large-scale application of fully liquid-cooled Silicon Carbide Power Conversion System (SiC PCS), the system delivers a power capacity of 450kW per unit, achieving a maximum efficiency of 99.3% and a system round-trip efficiency (RTE) of 93.5%. This enables full-power operation even in extreme heat of 55°C, making it ideal for high-temperature regions such as the Middle East. Rapid deployment The PowerTitan 3.0 is engineered for rapid deployment. Pre-installed, pre-debugged, block-level pre-integration and intelligent parameter configuration at the factory, it supports one-click automated configuration and inspection at the site, cutting deployment time by 17 days for a 1GWh project. The product is also integrated with intelligent functions, including Sungrow's PowerBidder - Electricity Market Trading System, a tool that aims at minimizing risks and increasing profits from electricity trading operations. Another function is the PowerDoctor Operation & Maintenance (O&M) tool, capable of predicting over 30 fault types with over 99% diagnostic accuracy, and providing guided repairs, making maintenance more proactive. Built-in grid-forming capabilities Sungrow's PowerTitan 3.0 is embedded with the company's Stem-Cell Grid-Forming Tech 2.0. It anticipates grid disturbances before they escalate, ensuring energy storage responds proactively. The product delivers renewables and energy storage grid-forming synchronously, GW-scale black start, seamless mode switching between grid-following and grid-forming, adaptation to wide-range SCR changes (1-40), and enables 20 milliseconds rapid response and 90° symmetrical/asymmetrical phase angle jump. With these functions, the product supports rapid grid recovery, maximizes ancillary service revenue, and ensures reliability across all grid scenarios: generation, transmission, microgrids, and consumption endpoints. The company transforms complex requirements into rapidly deployable solutions, eliminating redundancy while maximizing value. "This platform empowers reliable, efficient, and profitable clean energy applications for any challenge. The entire portfolio is available today," concluded Xu Qingqing, Vice President of Sungrow and President of Sungrow Energy Storage Business Unit, at the product launch ceremony at the company's headquarters in Hefei. - TradeArabia News Service

Lummus, InnoVent sign tyre pyrolysis technology deal
Lummus, InnoVent sign tyre pyrolysis technology deal

Trade Arabia

time04-06-2025

  • Trade Arabia

Lummus, InnoVent sign tyre pyrolysis technology deal

Lummus Technology, a global provider of process technologies and value-driven energy solutions, and InnoVent Renewables have signed a memorandum of understanding (MoU) to work toward licensing and deploying InnoVent's continuous tyre pyrolysis technology globally. 'This is another significant step in expanding and strengthening our portfolio for the circular economy,' said Leon de Bruyn, President and Chief Executive Officer of Lummus Technology. 'By combining InnoVent's tyre recycling technology with Lummus' global licensing and engineering expertise, we will be addressing the global challenge of waste tires and creating new pathways for sustainable product development.' Under an agreement outlined in the MoU, once finally negotiated, Lummus would serve as the exclusive licensor for InnoVent's proprietary continuous tire pyrolysis technology, which converts end-of-life tyres into valuable products such as pyrolysis oil, gas, recycled carbon black and steel. Lummus would also act as the licensor for comprehensive technology packages that combine InnoVent's tire pyrolysis process with Lummus' downstream technologies to increase the value of fuel and chemical outputs. 'Partnering with Lummus has the potential to accelerate the global deployment of our technology and help us address the environmental and public health challenges of 1 billion end-of-life tires that are disposed of annually,' said Vibhu Sharma, Chief Executive Officer, InnoVent Renewables. 'Together, we can transform waste into valuable resources, reduce carbon emissions and support the transition to a more sustainable future.'

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store