About this episode
What does it take to build the next generation of Battery energy storage systems (BESS) powering the renewable energy transition?In this episode of the GREENROOM, we sit down with Richard Maldini from Evo Power - an experienced engineer shaping the future of energy storage, grid stability, and battery technology. From Lithium iron phosphate (LFP) batteries to grid-forming inverters, FCAS markets, and large-scale battery systems, this episode explores the real engineering challenges behind the global shift to renewable energy.We break down how commercial and industrial battery storage, advanced energy management systems and grid-supporting technologies are transforming the electricity network, and why batteries are becoming essential for stabilising power grids dominated by solar and wind.If you're interested in battery technology, renewable energy engineering, grid systems, or the future of clean energy, this episode is packed with insights you won’t hear anywhere else from one of the most experienced people in this field.⚡ Topics Covered:* Battery Energy Storage Systems (BESS) explained* Lithium Iron Phosphate (LFP) vs other lithium battery chemistries* How large-scale batteries stabilise the grid* Grid-forming vs grid-following technology* FCAS (Frequency Control Ancillary Services) and energy markets* Safety systems in modern battery storage* The future of distributed energy and microgrids* Commercial and industrial battery applications* Engineering challenges in renewable energy systems💡 With decades of engineering experience, Richard shares how the industry is evolving and why today's engineers and innovators are essentially pioneering brand-new energy systems. 🎧 Whether you're an engineer, solar professional, energy investor, or technology enthusiast, this conversation will give you a deeper understanding of where battery storage and the renewable energy industry are heading.
