11 focused primers on the segments and regions our alumni work in, stationary storage, electric vehicles, cell manufacturing, Europe and the US market, each one enough to follow industry news and hold your own in a project meeting.
System architecture, revenue stacking, project finance and where the grid-scale storage market is heading in 2026 and beyond.
How battery energy storage systems work, their main components, and why the market is growing the way it is. A plain-English primer.
How the EV transition looks from inside the battery industry: OEM strategies, pack architectures, and supplier dynamics.
What it takes to make cells at scale: process steps, yield economics, and the people who run the lines.
CRMA, the Net-Zero Industry Act, and the European gigafactory landscape, what's built, what's slipping, and what's next.
How the IRA reshaped US battery investment, where the plants are landing, and the offtake dynamics behind them.
Atacama solar curtailment, the SEN, Ley 21.505 storage auctions and the lithium picture — how Chile became the market every BESS developer is watching.
A primer on cell chemistry (LFP, NMC), key engineering parameters, and the cell-to-pack stack, written for working professionals.
How a lithium-ion battery charges: CC-CV stages, voltage per chemistry, C-rates, safe charging practices, and common failure modes.
Technical and commercial comparison of the three dominant cathode chemistries — energy density, cycle life, $/kWh, safety and supply-chain risk.
A 12-week CPD-accredited cohort battery course that helps cross-functional battery teams build shared knowledge, align decisions and collaborate more effectively.
Jobs, salaries, consulting day rates and how to break in.
Real decisions defended by BatteryMBA participants.