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Loughborough University and the science behind MESCH

As a key partner for MESCH, Loughborough University is developing innovative technologies to address energy poverty and provide clean energy solutions. In this interview, Prof. Dani Strickland, Professor of Electrical Power Engineering at Loughborough University, discusses their role, contributions and progress in the MESCH project.   Loughborough University is a key partner in the MESCH […]

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MESCH’S IMPACT

Clean cooking and Uninteruptable Power for Critical Buildings

9125kWh

Approximate power that we aim to save in a using the MESCH system.

50%

Reduction in carbon emissions hit in our target areas.

200,000

Our target for number of people that we access to clean energy.

HOW MESCH WORKS

Clean Hydrogen Innovation

The MESCH project centres on a containerised hybrid battery-electrolyser system with hydrogen storage. This is an innovative technology under development at Loughborough University.

 

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Collection of solar energy

Solar panels will capture and convert sunlight into renewable electrical energy.

Battery-electrolyser

Electricity will be stored in the battery-electrolysed for use when grid electricity is unavailable.

Generation of clean fuel

Battery-electrolyser will also convert excess electricity into clean hydrogen fuel.

Replacement of diesel and conventional cooking fuels

Hydrogen will be used as a low-cost and clean cooking fuel. The batteries will power the critical building if grid power is interrupted.