Feature: Batteries
A Battery Energy Storage System (BESS) is, in simple terms,
How do battery energy storage systems enhance industrial
sustainability?
By Louisa Rochford, Content Marketing Manager, Impulse Embedded Ltd
W
here would we be without energy? Our world relies on it. Tis means that energy consumption is at an all-time high, making it a bigger concern today than ever. With new, energy-intensive technologies like AI becoming
commonplace, it begs the question of how we can mitigate our constant use of non-renewable energy sources. It’s becoming all the more important to consider energy efficiency and how we can diminish our environmental impact, including greenhouse gas emissions.
22 April 2025
www.electronicsworld.co.uk
a container for electricity which is collected and stored with batteries. Tey provide a way to store electricity, which can then be accessed later, offering substantial benefits like enhanced grid stability and effective integration of renewable energy sources. Te elements that make a BESS function efficiently include
reliable communication and networking solutions, and that's where MOXA come in. MOXA are known worldwide for their industrial-grade networking and automation products, which ensure that BESS operate smoothly and securely. By integrating MOXA's technology, we can optimise the performance of BESS, making significant strides in sustainable energy use and establishing a progression for a greener future. So, how do BESS work, how do MOXA contribute to their efficiency, and what are the broader implications for sustainability?
What is battery energy storage? Battery Energy Storage Systems capture excess electricity during periods of low demand or abundant renewable generation from intermittent sources (such as solar panels and wind turbines) and store it for later use when demand peaks, or when those renewable sources diminish. At the core of a BESS are the batteries, which can vary in type,
including: Lead-acid – First-generation batteries, generally used in older systems. Compared to more modern, rechargeable batteries, they have low energy density (the amount of energy a battery can store relative to its weight or volume). Lithium-ion – Te most common type in BESS, lithium stands out for its high efficiency, energy density and longer lifespan with minimal need for maintenance. Teir reliability is a key factor in the success of a BESS. Sodium-ion – Sodium-based batteries, a newer alternative, have somewhat lower costs associated with them thanks to the abundance and accessibility of sodium carbonate. However, they also feature a lower energy density compared to lithium-ion. Tere are two main kinds of BESS: Front of the Metre (FTM)
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