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Case Study
In this study we examine the impact of integrating a fleet of Enoda PRIME® Exchangers (“Prime Exchangers”) coordinated by Enoda ENSEMBLE™ into the Texas grid through the Business As Usual (“BAU”) case.
BAU operation of around 25,000 400kVA Prime Exchangers can allow for reduction of up to 3,855.8 tonnes of CO2 in the Regulation-Up market (“RegUp”) on June 21st, 2023. This fleet of 25,000 devices would have been sufficient on this day to completely saturate the regulation up market.
Such a fleet would have reduced carbon emissions of just one of the frequency and ancillary services, RegUp, by 54%, and would also enable Texans to benefit from Enoda’s ability to provide these services at lowest marginal cost.
Rethinking the Grid: Technologies for a Decentralised Future
ENODA’s Paul Domjan speaks to Hajar Yagkoubi at BETD 25, discussing the pitfalls of the current electrical grid, the new technologies required to support a truly decentralised energy system, and the role of renewables in that system.
Exploring Causality Between Artificial Intelligence and Economic Capacity
AI’s benefits from a positive feedback loop from several key effects. User adoption and network effects increase data availability enhancing AI capabilities. A history of results from previous queries improve the reliability of generated content.
The Hidden Cost of Balancing In Germany
This year at BETD 2025, ENODA presented our whitepaper ‘The Hidden Cost of Balancing in Germany’, exploring the generation fuel mix in the German balancing market and its associated carbon emissions, in comparison with the German wholesale market.
Implications of Condorcet’s Theory for Decision Making in Autonomous AI Fleets Coordinated by Price Signals
Condorcet’s Jury Theorem provides insights into the collective decision-making capabilities of groups under certain conditions. This paper explores the implications of Condorcet’s theory when applied to fleets of autonomous AI devices coordinated by price signals.
The Significance of Scaling Laws in Technology Design and Diffusion
The concept of scaling laws offers profound insights into the patterns and behaviours of complex systems as they grow or shrink in size. Scaling laws are not confined to physical systems but extend to biological organisms, cities, companies, and technological networks.
Prospect of Growth
This article seeks to understand the drivers of growth, the role of productivity and capital formation, the constraints faced, and the critical importance of energy access for formulating effective growth strategies.
Role of Reliable Energy in Capital Formation
This analysis explores the implications of input dependability on capital formation through mathematical models and proofs, referencing key literature in economics
Designing GPSs for Technology Diffusion
General-Purpose Technologies (GPTs) and General-Purpose Systems (GPSs) are transformative innovations, such as electricity, telephony, the internet, and now AI, that reshape entire economies and societies. This article focusses the complex interactions of technological features, infrastructure, market forces, and social behaviour that are required for their widespread adoption.
General Purpose Systems: A Definition
In this article we introduce General Purpose Systems (GPSs) as a subcategory of General Purpose Technologies (GPTs). We will explain what both of those concepts mean and provide proof of why General-Purpose Systems is a valuable new concept.
Sustainable Prosperity for Every One
The final article in our series exploring ENODA’s mission statement, “Sustainable Prosperity for Every One” explains how bringing together our separate definitions of sustainability and prosperity allows us to arrive at a concrete goal, and why we stylise “every one” as a reminder to celebrate individuality.
Why the UK Should Leave North Sea Oil and Gas Behind: A Vision for Energy Independence
Recent criticisms from President-elect Donald Trump and UK Reform Party leader Richard Tice have reignited debates over the UK’s decision to phase out North Sea oil and gas.
Sustainability Defined
Continuing our series exploring how ENODA defines the keystone concepts of its mission statement, this article presents a functional definition of the essential nature of sustainability.
Prosperity Defined
Prosperity is a state in which individuals and societies achieve well-being, flourishing, and fulfillment through a harmonious integration of personal wealth, moral virtue, social cooperation, and freedom of choice. It encompasses both the subjective experience of well-being and the objective capacity to sustain and pursue it over time.
Can blockchain technology secure Europe’s future?
Can blockchain technology secure Europe’s future?
In her latest article ENODA’s Eva Jovanova highlights the need for a revolutionary approach to energy security, presenting decentralised blockchain technology as the solution.
President Trump: climate policy catastrophe or a new path?
This Trump Administration could be the last nail in the coffin for the COP process, that has continued to fail on its promises, but it does not need to mark the end of action on climate change.
Thought Leadership: Anna Bazley
Head of Government & Regulatory Affairs, Anna Bazley, discusses Ed Miliband’s latest speech on how to resolve the energy trilemma.
Thought Leadership: Eva Jovanova
An opinion piece from ENODA’s Web3 Regulatory & Policy Officer, Eva Jovanova, on how to achieve grid stability in Texas, in response to 'Why Texas Republicans are souring on crypto' by The Economist.
How To Solve a Problem Like Grid Stability
Inertia has provided frequency stability since the introduction of synchronous generators in the first AC electricity networks. But as we increase the role of non-synchronous generation in the grid, we face a system-stability challenge.
The Power of Solar Power
The exponential growth of solar power highlights the transformative potential of solar energy. To realise this potential, we must address critical infrastructure challenges at the substation level to ensure that increased production translates into usable energy and reduces curtailment.
Transforming Energy with Distributed Ledger Technology
A number of companies are currently developing new innovations, using distributed ledger technology (DLT), that can offer real-world value. ENODA is one of these companies - advancing DLT to more effectively manage and stabilise energy systems.