Ecobat Battery Flexes Mega Scale Power in the Industry

Hello, Champions of Net Zero!

In a significant stride towards enhancing energy resilience and sustainability, Ecobat Battery, the UK’s largest battery distributor, has successfully completed the second phase of an ambitious infrastructure project for the National Grid of Ireland. This pivotal initiative involved the installation of advanced battery technology at a 404-megawatt combined gas turbine power station, known as Huntstown Power Station, which is operated by Energia.

The journey to this achievement began on the 7th of October, with a strict two-week timeline in place to ensure the project was completed during the station’s scheduled maintenance closure. Such time-sensitive operations are critical to maintaining the reliability of energy supply, and Ecobat Battery was up to the challenge.

The project entailed the meticulous removal of the station’s outdated backup power batteries and the installation of over 200 state-of-the-art 2,190Ah batteries, each weighing a hefty 160 kilogrammes. Notably, this work was executed within the confines of a second-floor location that posed significant access challenges, necessitating the use of an external staircase rather than a standard ladder.

“This was a large-scale job and a considerable undertaking,” explained Matt Davies, Operations Manager at Ecobat Battery. “It involved not only the installation of two new banks of batteries but also the safe removal and proper disposal of the spent batteries. This required intricate planning and close cooperation with third-party specialists to ensure the project was completed on time.”

Given Ecobat Battery’s extensive experience in power storage solutions and a diverse portfolio of brands, selecting the ideal product for this installation was relatively straightforward. The team identified the Sonnenschein A602/2200HB blocs as the perfect fit for the application. However, the logistics of the project presented the greatest challenges.

“The internal route to the battery room was not feasible due to health and safety concerns, as it traverses directly over one of the turbines,” Davies noted. “Thus, we had to rely on our partners at Mastiff Engineering to help facilitate the process.”

Mastiff Engineering played a crucial role by deploying their highly trained engineers, who provided and operated a spider crane. This specialised equipment was essential for safely lowering the spent batteries as they were disconnected and transported to the exit area, followed by the lifting of the new batteries into place for installation.

Over the course of the two phases, nearly 140 tonnes of batteries were transferred, a feat that underscores the collaborative effort and dedication of all involved. “We are immensely grateful for the contributions made by the entire Mastiff Engineering team,” Davies concluded.

As we look towards a future powered by sustainable energy solutions, projects like this are critical in ensuring that infrastructure keeps pace with the demands of modern energy consumption. Such initiatives not only bolster energy security but also lay the groundwork for the transition to a low-carbon economy.

For more information on Ecobat Battery and their innovative energy storage solutions, please visit their website: Ecobat Battery.

This article originally appeared in the April 2025 issue of Energy Manager magazine. For further insights into the world of energy management and sustainability, consider subscribing to our publication.

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