We undertook a technical feasibility study and developed an outline business case for a 100% Green Hydrogen Hub.
Our study investigated the logistical challenges of transitioning UK domestic properties from natural gas to 100% hydrogen.
We explored the engineering challenges of running existing domestic gas appliances on 100% hydrogen.
We helped our client understand how its network would respond to potential network faults or failures of equipment.
We helped our partners to understand the performance implications of various combinations of their control strategy.
We supported the development of a process that facilitated a load match between that observed in real-life with simulation results.
Our work helped provide valuable data to feed into our client's wider investigations.
We supported MHI Vestas Offshore in the development of a tool which allows foundation designers to independently perform integrated load analyses.
To help understand uncertainty characteristics of wind resource assessment approaches, we converted the data into a novel, continuous two-dimensional model of wind resource uncertainty.
We completed a power curve performance analysis and energy yield assessment (EYA) for one of our clients’ onshore wind farms.
We provided modelling to support decision making around potential remedial activities for scour of a turbine foundation.
Our analysis gave our client a more accurate characterisation of the wind resource at its site.