Oxford

A community-owned solar energy facility in Oxford comprising over 20,200 photovoltaic solar panels across 30 acres of land. The project was acquired by Westmill Solar Cooperative in late October and represents the claimed largest community-owned solar project globally.

A trial installation of Aeromine Technologies' motionless wind energy prototype on the rooftop of a BMW MINI manufacturing plant in Oxford, UK. The intention is to install more units on other rooftops throughout the United Kingdom and Europe.

Project led by Professor Aidong Yang at the University of Oxford exploring the use of ammonia as both a hydrogen carrier and a reducing agent in steel production to enable 'green steel' with vastly reduced emissions.

Automotive

Wind energy technology

Novel, engineered catalysts made from abundant elements (e.g., copper, nickel, iron) designed to replace platinum group metals in clean energy technologies.

A type of alternative energy system that is subject to state permitting processes in California.

Devices that convert chemical energy from a fuel into electricity through an electrochemical reaction, producing minimal emissions.

Micro wind turbines developed by New World Wind that can be installed on structures and designed to resemble trees, aiming to blend into residential streets and urban environments while overcoming sound pollution.

A trial installation of Aeromine Technologies' motionless wind energy prototype on the rooftop of a BMW MINI manufacturing plant in Oxford, UK. The intention is to install more units on other rooftops throughout the United Kingdom and Europe.

A community-owned solar energy facility in Oxford comprising over 20,200 photovoltaic solar panels across 30 acres of land. The project was acquired by Westmill Solar Cooperative in late October and represents the claimed largest community-owned solar project globally.

Over 150,000 photovoltaic solar panels deployed at the Greenough River Solar Farm for utility-scale solar energy generation.

Wind energy units designed to be installed on rooftops, overcoming noise and wildlife disruption issues. Typical installations are 50 kW or larger and are suited for flat rooftop buildings.

Micro wind turbines designed to be installed on structures and resemble trees, intended to blend into urban environments and reduce sound pollution.