Energy Storage Workshop
Energy stability: how advanced lead battery energy storage systems support renewables in the electricity network.
A pre-conference technical workshop examining how lead batteries can provide stability, reliability and continuity amid the growth of renewable energy sources.
The workshop will cover the following topics
- Market structure for energy storage for utilities and for domestic and commercial users
- Competitive position for battery technologies
- Development of lead batteries for energy storage
- Technical options for longer asset life
- Bipolar lead batteries
- Battery energy storage to support electric vehicle charging
- Opportunities for hybrid systems with lead batteries and other chemistries
- Charging and battery management systems
- Recycling and sustainability
- Future directions for lead batteries
The decarbonisation of electricity networks with renewable energy sources, principally wind power and solar photovoltaic installations has created a huge opportunity for energy storage technologies.
There are a wide range of battery chemistries that can be adapted for these applications including lead, lithium-ion, sodium-based, zinc-based and flow batteries. Lead batteries are well placed to meet the demands of frequency regulation and electrification.
Energy Storage Workshop
Energy stability: how advanced lead battery energy storage systems support renewables in the electricity network.
A pre-conference technical workshop examining how lead batteries can provide stability, reliability and continuity amid the growth of renewable energy sources.
The workshop will cover the following topics
- Market structure for energy storage for utilities and for domestic and commercial users
- Competitive position for battery technologies
- Development of lead batteries for energy storage
- Technical options for longer asset life
- Bipolar lead batteries
- Battery energy storage to support electric vehicle charging
- Opportunities for hybrid systems with lead batteries and other chemistries
- Charging and battery management systems
- Recycling and sustainability
- Future directions for lead batteries
The decarbonisation of electricity networks with renewable energy sources, principally wind power and solar photovoltaic installations has created a huge opportunity for energy storage technologies.
There are a wide range of battery chemistries that can be adapted for these applications including lead, lithium-ion, sodium-based, zinc-based and flow batteries. Lead batteries are well placed to meet the demands of frequency regulation and electrification.
Agenda
The workshop will cover the following topics:
Paper:
The role of batteries in energy storage systems
Paper:
Advancing energy storage performance through bipolar architecture
Paper:
A highly re-engineered lead battery which achieves a high cycle life at high depths of discharge and low costs
Paper:
Market potential for lead-based batteries to support energy storage supply chains
Paper:
Prospects for lead battery technology in energy storage system applications in India
Paper:
CBI’s work on the next big market: energy storage systems
Paper:
Energy Storage Innovation: Playing A Leading Role in Europe and BeyondPaper:
ChairPaper:
PanellistSo join us and boost your battery knowledge with your global colleagues at the Energy Storage workshop.
Workshop fee
€210
per person*
(€256 incl. VAT)
*All delegate fees are subject to Italian VAT at 22%.
For cancellation policy, please click here.
Registration for the Energy Storage Workshop is
only for delegates attending ELBC.
