BES-2026
Join leading experts, researchers, and professionals at the forefront of innovation in the battery and energy storage sectors at BES-2026, taking place June 29–July 01, 2026, in London, UK.
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Address
Yuktan Technologies Pte Ltd, 25 North Bridge Road, #01-02, Singapore 179104
Abstract Submission
Abstract Submission
Topics
- Lithium-Based Systems: Li-ion, Li-S, and Li-air battery technologies
- Post-Lithium Alternatives: Sodium-ion and Zinc-based battery chemistries
- Solid-State Batteries: Advances in solid electrolytes and interface design
- Flow Batteries: Redox flow systems for grid-scale applications
- Legacy Chemistries: Nickel-metal hydride (NiMH) and lead-acid in industrial use
- Next-Gen Chemistries: Quantum batteries, aqueous systems, ultracapacitors
- Materials Innovation: Nanoscale materials, advanced electrolytes, novel binders
- Nanostructured Designs: Nanomaterials, quantum materials, high-surface electrodes
- Solid-State Advancements: Solid electrolytes and interfacial engineering
- Supercapacitors & Hybrid Systems: High power-density storage technologies
- Battery End-of-Life Management: Collection, diagnostics, and lifecycle tracking
- Second-Life Applications: Repurposing batteries for stationary storage
- Recycling Methods: Pyrometallurgy, hydrometallurgy, direct recycling
- Regulatory Frameworks: Circular economy strategies and global mandates
- Environmental Impact: ESG metrics and carbon footprint assessments
- Mechanical Storage Types: Pumped hydro, CAES, gravity-based systems
- Thermal Storage Systems: Molten salts, ice-based, and phase change materials
- Flywheel Energy Storage: High cycle-life applications
- Integration Scenarios: Industrial and grid-level use cases
- System Efficiency: Energy losses, cycling stability, and cost trade-offs
- Green Hydrogen Production: Electrolysis, efficiency, and water sourcing
- Hydrogen Storage: Compressed, liquid, and solid-state storage methods
- Power-to-X Pathways: Conversion to fuels, chemicals, and back to power
- Long-Duration Storage: Role of hydrogen in seasonal energy balancing
- Infrastructure and Transport: Pipelines, fuel cells, and ammonia pathways
- AI & Predictive Control: System optimization, fault prediction, and diagnostics
- Smart Grids & Microgrids: Role of storage in decentralized systems
- Virtual Power Plants (VPPs): Aggregation and control of distributed assets
- EV & Grid Synergies: V2G (Vehicle-to-Grid), V2H, and bidirectional charging
- Multi-Service Storage: Frequency regulation, peak shaving, load shifting
- Critical Materials: Lithium, cobalt, nickel, and supply chain vulnerabilities
- Manufacturing Innovations: From lab to fab, automation, and quality control
- Electrode Components: Cathodes (LFP, NMC), anodes (graphite, silicon)
- Electrolyte Types: Solid, gel, and ionic liquids for high-performance cells
- Assembly & Processing: Coating, calendaring, pouch/prismatic/cylindrical cells
- Technology Spectrum: Flow batteries, NaS, hybrid storage systems
- Bulk Energy Storage: Mechanical, thermal, and hydrogen for load balancing
- Siting and Operation: Sizing, deployment strategies, and regulation
- System Cost & Economics: CapEx/OpEx analysis and levelized cost of storage
- Resilience & Redundancy: Multi-day storage for blackout protection
- Thermal Management: Heat control systems and failure prevention
- BMS Design: Real-time diagnostics, lifecycle tracking, and AI-based monitoring
- Testing Protocols: Cycle life, capacity retention, abuse testing
- Fast Charging Risks: Degradation, overheating, and safety concerns
- Regulatory Standards: Certification, compliance, and safety protocols
- Regulatory Landscape: Standards, permits, and incentives
- Business Models: ESaaS, leasing, utility partnerships, revenue stacking
- Market Trends: Global deployment, regional growth drivers
- Financing Mechanisms: Auctions, green bonds, and carbon markets
- Policy Instruments: Storage mandates, capacity payments, and subsidies