As global energy systems scale renewables, energy storage has become the backbone of grid reliability, resilience, energy security and industrial decarbonization. From lithium-ion grid-scale batteries to hydrogen-based long-duration storage, the choices made today will shape energy security, industrial competitiveness, and net-zero outcomes. This is highly crucial for emerging and capital-constrained markets where affordability is a main driver.
In this Chemotronix Limited webinar, we explore practical deployment strategies for hydrogen systems and battery technologies, examining where each solution excels, where trade-offs exist, and how hybrid approaches can unlock system-level value across power, industry, and mobility.
The session will bridge engineering fundamentals, real-world deployment experience, and future market outlooks, offering actionable insights for policymakers, developers, utilities, and clean energy innovators.
Scope
How batteries stabilize grids and unlock renewable growth
Performance, cost, and scalability considerations
How batteries and hydrogen can work together
Guidance for carbon credit buyers.
Why attend?
In this session, we will share insights on:
The role green hydrogen exports play in Africa’s trade
strategy and energy independence?
How we finance EV adoption and charging infrastructure in regions with limited grid reliability
The policy innovations or international partnerships needed to accelerate hydrogen, and EV projects
Where hydrogen delivers the most system value
Long-duration storage and industrial decarbonization