Learn how BESS works end-to-end—tech fundamentals, cost and revenue models, grid integration, BMS, digital twins, and lifecycle planning.
Battery Energy Storage Systems (BESS) is a live, instructor-led program built around real industry thinking: how storage is sized, evaluated, deployed, and operated. You’ll cover CapEx/OpEx and lifecycle cost, revenue streams like arbitrage and ancillary services, modeling of power system components, performance metrics (cycle life, LCOE), battery management systems, digital twin simulation, augmentation planning, thermal/electrical integration, and distributed vs utility-scale storage strategies—with case studies throughout.
Understand BESS technology, economics, and grid integration—plus how real projects think about performance, safety, and lifecycle ROI.
CapEx / OpEx / Lifecycle
Arbitrage + Ancillary
Grid Component Response
Safety + Control
Lifecycle Extension
DERs vs Utility Scale
Tech + Economics Together
Not just battery theory—learn how projects are justified using lifecycle cost and revenue.
Market-Linked Thinking
Understand arbitrage, capacity, and ancillary services with rules and bidding case studies.
Modern Operations
Digital twins, augmentation planning, and integration topics that show up in real deployments.
Design and functions of BMS—safety, control logic, monitoring, and operational best practices.
Arbitrage, capacity markets, and ancillary services with bidding case studies.
The cost and revenue breakdowns made BESS finally feel real. I could explain LCOE, degradation, and market value clearly.
Simulation for predictive lifecycle extension and operational optimization.
Thermal/electrical integration of new modules, modeling, and toolchains.
Distributed (DERs, microgrids) vs centralized (utility-scale BESS) strategies, interoperability, and case studies.
Earn a completion certificate and assessment-based evaluation at program end.