Nex Power Ltd

Our project, "ennAIble: Advancing AI-Controlled Hydrogen Propulsion Systems," represents a pioneering effort to revolutionise the transition of the aviation industry to sustainable hydrogen-powered flight. With a steadfast commitment to innovation and sustainability, our project aims to leverage cutting-edge AI-driven control strategies to optimise the pe...

"ennAIble" is an innovative feasibility study conceived by Samad Power and City University of London that explores the incorporation of Artificial Intelligence (AI) and Machine Learning (ML) techniques into the design and control of turbogenerators used in advanced air mobility (AAM) applications. The study investigates the feasibility of boosting the per...

Samad Power proposes disruptive propulsion for future transport systems through the development of an onboard zero-emission direct-drive generator by directly integrating a hydrogen Micro Gas Turbine (MGT) with a high-speed electric generator controlled with innovatively designed power electronics (PEMD enhancement in power generation). The project aims t...

The last decade has witnessed large-scale funding from global capital markets into the quest to produce commercially viable, certifiable solutions for the emerging Advanced Air Mobility domain. At present none of these initiatives has produced any commercially viable concepts that are socially acceptable and able to attain certification status from aerosp...

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The need for a resilient, agile and reliable energy infrastructure is critical for the growth of the economy and its decarbonisation of infrastructure. Developed and developing countries both have their own challenges to address; while the cost of grid reinforcement is significant for developed countries, reliable grid availability is what developing coun...

The need for resilient, agile and reliable energy infrastructure is critical for the growth of the economy and decarbonisation. Developed and developing countries both have their own challenges to address; while the cost of grid reinforcement is significant for developed countries, reliable grid availability is what developing countries require to flouris...

Samad Power Ltd’s micro turbine TGB (TurboGreenBoiler)domestic CHP boiler, capable of producing up to 2KW of electricity whilst simultaneously providing hot water and space heating (approximately 12 kW), is currently going through lab testing and preparation for CE certification. The fundamental challenge to high volume deployment of micro CHP units is th...

The collaborative project aims at integrating micro gas turbine systems developed by City University London in collaboration with Samad Power Ltd in the UK with a concentrated solar power parabolic dish with high temperature thermal energy storage allowing for the production of combined electricity, heating and cooling from solar power which reduces the n...

Samad Power Ltd has designed a secondary power source utilising the regular gas supply within a typical household. The company has developed for domestic users a compact Combined Heat and Power (CHP) generation system, called Turbo Green Boiler (TGB). TGB is capable of producing up to 45KW of heat for water and space heating and 2KW of electricity suffici...