Empowering the Future with Solid-State Battery Innovation
One-Stop Technology Shop for All New-Age LIB Cell Production Needs
Our Business Focus
Under the new energy paradigm with a tagline “Empowering the Future with Solid-State Battery Innovation,” Inventus seeks to provide technical answers to the real-world problems that are centered around traditional Li-ion batteries, namely safety, limited energy density, charging time, waste disposal issues to name a few, by way of offering a disruptive storage solution, the so-called SOLID-STATE BATTERIES (SSBs). SSB is a deep-tech product for the battery world and considered the “holy grail” of EV batteries. Owning such as an indigenously developed technology, Inventus is well poised to register a big leap in advancing the cell manufacturing ecosystem in India, a One-Stop Technology Shop for All New-Age lithium battery cell production needs.
Inventus Battery Energy (IBE™) Technologies (P) Ltd is a unique startup dealing with New ENERGY Battery technologies namely Cathode-Active Materials (LFP, LMFP, NMC and LNMO CAMs), LiPF6 Electrolyte manufacturing know-how and ACC manufacturing technology formulations (LFP and NMC chemistries) Inventus owns several unique patented process know-how and supports licensing to manufacturers.
It supports clients with turn-key solutions to LIB Cell manufacturing (MWh and GWh plants). It supports commercial-scale manufacturing of raw materials such as Pre-CAM, CAM, and LIPF6 liquid Electrolytes (200 Litres per day up to 20,000 Litres per day).
Inventus is committed to support the national mission on Advanced Cell Chemistry (ACC) and Battery Energy Storage. IBE owns indigenous patented advanced battery cell technologies offering cell chemistry know-how, and process formulation bundled with full-fledged turn-key project support. In particular, IBE™ caters to the needs of India’s Energy storage industry requirements offering a complete end-to-end turn-key solution that includes CAPEX, OPEX, RoI & Plant design and customisation.
Our turn-key solution includes but is not limited to End to End process know-how, factory infrastructure design and Machinery supplier recommendation, CAPEX and OPEX for Giga factories. We offer a well-rounded consultancy service for battery risk mitigation, solve issues pertaining to fire incidents, and help with DFMEA for Li-Ion Cell manufacturing industries.
OUr cutting-edge Solid-State Battery technology has reached a TRL7 with our flexible ceramic oxide tape cast electrolyte technology facilitates Roll-to-ROll cell manufacturing, diminishing the much capital intensive manufacturing machineries. Inventus welcomes Joint Development partners (JDP) and Joint Venture (JV) equity-based business propositions for its disruptive Protected Lithium metal Cassette (PLC) anode-based All-Solid-State Battery Technology developed (presently at TRL 7).
Major Services
We offer the following technology services to LIB Cell manufacturing industries as part of the complete industrialization drive in India.
- Know-how licensing of Cell Chemistry and Turn-key solutions to LIB Cell Manufacturing Companies (All Form Factors).
- Know-how licensing and Turn-key solutions to Pilot and Commerical scale manufacturing of Li-CAMs (LFP,LFMP, NMC, LCO and LMO) manufacturing.
- Know-how licensing and Turn-key Solution to LIB non-aqueous LiPF6 and LiFSI Liquid Electrolyte Formulation and additives.
- Project Planning, CAPEX, and OPEX
- M-factory and G-Factory Plant design, Construction support, Dry roo and Clean room design of LIB cell manufacturing environment, Equipment identification, Raw materials supply chain etc
Our Expertise
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Rich Experience (over 30 years) in cell design & development
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Development & optimisation of cell chemistry (cathode materials, anode materials).
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In-depth knowledge of Li-ion battery cell operation, performance and failure modes.
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Experience in different physical and chemical characterisation tools for AAM and CAM powders, fabricated electrode, and various types of prototype cells.
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Unique Slurry powder mixing sequence
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Slurry viscosity optimisation (visco-elastic properties and pH) and resistivity of the slurry
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Electrode coating and drying sequence for AAM and CAM