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.

How Enoda’s technology can help address Greenhouse Gas Scope 1, 2 and 3 emissions

Enoda’s HERA® technology can help to drive down Scope 1, 2 and 3 emissions across industries, including the difficult loads identified above; therefore, the technology is capable of truly driving Net Zero outcomes in our lifetime.

Paul Domjan 08/03/2022 Paul Domjan 08/03/2022

Russia will dominate energy security until the grid is fit for renewables

Coal is political and environmentally untenable. Nuclear is politically unpalatable in many places, unaffordable, and following Russia’s attack on the Zaporizhzhia, Europe's largest nuclear plant, an unacceptable security risk. The inflexibility of nuclear power station output also makes nuclear difficult to integrate with the variable demand of electric vehicles. I worry that many countries will sacrifice their climate goals to achieve security through a system that combines electrification of transport and coal-fired power. We do not have to do this.

Paul Domjan 09/09/2021 Paul Domjan 09/09/2021

Why dynamic harmonisation of energy systems is the key to the next phase of decarbonisation

Electrification with renewables will be the primary mode of the energy transition, and its weaknesses are causing the transition to stall. It’s time to discover dynamic harmonisation, the means by which we can optimally integrate multiple modes of energy and the work that it powers.