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Andrew John Scobie
Founder Enoda, Entrepreneur, Inventor, CTO
Andrew John Scobie is the Founder and Chief Technology & Product Officer at Enoda Ltd, a company focused on addressing challenges in the energy sector. Based in Edinburgh, Scotland, Scobie has a background in industrial and systems design, and he is recognized for his innovative approach to technology in energy solutions.
Scobie emphasizes the importance of foundational physics in developing effective energy systems. His work at Enoda involves tackling the complexities of creating a secure, affordable, and decarbonized energy infrastructure, which he discusses in various forums and videos related to energy transition topics.23
In addition to his role at Enoda, Scobie has a significant presence on LinkedIn, where he has over 500 connections, reflecting his extensive professional network and engagement in the industry.1
Highlights
Today, I have argued that the value and utility of energy, particularly electricity, is determined by its reliability, liquidity, and ability to efficiently match supply with demand across time and space. Value is emergent, subjective, and relative, and I hold this principle applicable to energy as well. The value of energy lies in its utility - the work it enables at the right time, place, quantity, and quality.
Reliability of energy supply is crucial for capital formation and economic activity. Energy security matters for a country's sovereignty and economy. The electricity grid's utility is measured by how well it can match supply and demand, minimising loss and constraints. Failures and inefficiencies in the grid lead to lost value and prosperity for everyone.
The ideal electricity network, fit for our future, is a platform that uses participant signals to account for time and space in the value of energy, maximising utility and minimising costs. By optimising the grid to reliably and flexibly provide energy where and when it's needed. An electricity system that is a platform, can help decarbonise energy while removing constraints on economic growth by expanding choice. https://lnkd.in/eArf4A_c
There is an urgent need to transition from a centralised to a decentralised electrical grid to accommodate renewable energy sources effectively. In this paper for ENODA Ltd, I argue that the existing grid infrastructure, designed for traditional, dispatchable power generation, cannot support the bidirectional, distributed generation characteristics of renewable energy sources like wind and solar.
Here, I emphasise that achieving a scalable, reliable, and low-cost energy solution requires a rethinking of the technical, legislative, and regulatory frameworks to enable a system that can temporally and spatially match energy supply with demand, ultimately facilitating the transition to a carbon-free energy future.
