Technology Prototypes

Technology Prototypes

Li-Ion Cell Chemistry (Conventional)

and

Manufacturing Formulation for Giga-factories

  • We provide a complete Turn-key Solution for the Li-Ion cell Manufacturing (All form factors)
  • NMCxyz, LFP and LCO/LMO blended cell chemistry and a complete process formulation for Front-of-Line (FOL), Mid-of-Line (MOL) and End-of-Line (EOL)
  • Optimized Electrode loading (for power and energy cells)
  • Proprietary electrolyte formulation (LiPF6 and LiFTSI)
  • RM supply chain introduction and hand-holding
  • Direct Procurement of Separator from Celgard, USA
  • Complete Dry room/Cleanroom specifications, design and help design the factory layout
  • Help clients to plan their budget effectively and efficiently based on the plant capacity (Pilot set-up (MWh) or Commercial plant set-up (GWh)
  • RoI estimation and support to Man-power (skilled) recruitment

Cell Chemistries:

Specifications:

  • NMC 811/NMC 532; Voltage: 2.8 – 4.25V (3.7 Flat);
  • LFP/AG ; Voltage 4.2-2.8 V (3.3 V Flat)
  • LFP/nC-LTO (Option available)

Format (Form factor) :  Cylindrical, Prismatic and Pouch

Note: Application Specific Customisable Pouch Cells

 

IBE has developed a disruptive concept to build a NextGen class Lithium metal anode-based All-Solid-State Battery with Protected Lithium Cassette (PLC)

  • Indian Patent No : 385777 (Granted on 31st December 2021)
  • PCT IB 2021057404 Published

DRY ELECTRODE PROCESS – INDIGENOUS TECHNOLOGY

Symmetric Supercapacitors

(Liquid Electrolyte Formulation)

Different form Factor Supercapacitors

  • Patent Granted : December 2020 (patent No: 354533);
  • PCTIN2021050404

Supercapacitor Coin Cell Cycling Characteristics

Specifications:

  • Electrodes: Porous Carbon;
  • Capacitance: 0.5mF (coin cell);
  • Capacitance: 5mF (pouch cell);
  • ESR: 49 – 70mΩ; Voltage: 2.5 – 2.7V

LTO based Bipolar Hybrid Capacitor (LIC/LIB)

  • Indian Patent Granted on December 2020 (No: 354533);
  • PCTIN2021050404 (Published)

LTO based Bipolar Li-Ion Capattery Pouch Cell Cycling Characteristics