Deep-dive guides, analysis, and educational content about long duration energy storage technologies, markets, and project selection.
Long Duration Energy Storage (LDES) systems can store energy for 10+ hours to multiple days, filling the gap between lithium-ion batteries and seasonal storage. Learn how LDES works, why it matters for the energy transition, and what technologies are leading the way.
Lithium-ion batteries are great for 2-4 hour storage, but long-duration needs require different technologies. We compare LDES vs Li-ion across cost, lifespan, safety, and use cases to help you decide.
Learn how to calculate the Levelized Cost of Storage (LCOS) and why it matters for comparing different long-duration energy storage technologies.
A deep dive into the three major flow battery chemistries, comparing their performance, cost, durability, and commercial maturity for long-duration energy storage.
Explore how compressed air energy storage (CAES) works, from traditional diabatic to advanced adiabatic and isothermal systems, and its role in grid-scale long-duration storage.
Examining sodium-ion battery technology, its advantages over lithium-ion, cost reduction potential, and whether it can serve long-duration energy storage applications.
Explore innovative gravity storage technologies from pumped hydro alternatives to vertical piston systems and mountain-based gravity storage.
A comprehensive forecast of the global LDES market, including capacity projections, technology share, regional dynamics, and key growth drivers.
Discover how thermal energy storage works, from molten salt to underground thermal storage, and its critical role in decarbonizing both electricity and heat sectors.
A detailed look at liquid air energy storage (LAES) technology, its efficiency challenges, commercial status, and unique advantages for long-duration grid storage.
Explore the full range of grid services that long-duration energy storage can provide, from frequency regulation to capacity reserves and black start capability.
Analyzing the critical materials, manufacturing bottlenecks, and supply chain risks facing long-duration energy storage technologies.