Lithium, from the inside out
Understand cells, packs, battery management, power conversion and system integration.
Explore the technology
THE LITHIUM ENERGY LANDSCAPE
Stored energy.
Powerful possibilities.
A clearer view of lithium batteries, energy storage and the systems powering an electric world.
INDEPENDENT INSIGHT / PRACTICAL PLANNINGA CONNECTED ENERGY SYSTEM
Understand the technology.
See the wider opportunity.
Follow the connections between battery chemistry, storage applications and the infrastructure that makes stored energy useful.
Where stored energy works
Explore utility storage, commercial facilities, renewable integration and critical loads.
See the applicationsThe people behind the power
Find official resources from battery suppliers, system integrators and independent researchers.
Explore the ecosystemEVIDENCE, WITH CONTEXT
A fast-changing landscape.
A grounded starting point.
108 GWGlobal battery storage additions in 2025
IEA, Global Energy Review 2026. Estimated annual power capacity additions.
~90%LFP share of battery storage deployments
IEA, Global Energy Review 2026. A stationary storage measure, not all battery demand.
MW ≠ MWhPower and stored energy answer different questions
MW describes the rate. MWh describes the quantity. Start with the load and required duration.
THE STORAGE SCENARIO PLANNER
Make the first calculation.
Ask better questions.
Explore energy, usable capacity and charging requirements using assumptions you can see and change. Export a planning brief to discuss with your engineering team.
Open the storage plannerAN ILLUSTRATIVE STARTING POINT
10 MW for 4 hours
40 MWh delivered at the load, before you consider usable capacity, conversion losses and site constraints.
Power × duration = delivered energy
FROM INFORMATION TO A PROJECT BRIEF
Bring the right questions to the table.
Understand the application, document assumptions and identify what needs specialist review before a project moves forward.
Explore practical use cases