presentazione standard di powerpoint · lithium project : teverola production plant & the jv in...

e-MOTICON

e-MObility Transnational strategy for an Interoperable COmmunity and Networking in the Alpine Space.

Meeting’s dayEuropean Regional Development Fund

European Regional Development Fund

Company of

FIB Srl Overview 2019 Confidential

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SERI Industrial is a vertically integrated group in the sector of electric accumulators and in markets niches

I N D U S T R I A L F O O T P R I N T

SERI Industrial SPA: footprint

Plants Compounds Productions Lead BatteriesPlastic molding Smelter Lithium

Batteries

FAAM overview


FIB is specialized in the design and manufacturing and sales, under FAAM brand, ofautomotive, traction, stationary and LiOn batteries.Main clients: Forklifts and heavy truck OEM; after market.

Monterubbiano, Fermo, IT

Monte Sant’Angelo, Foggia, IT

Nusco, Avellino, IT

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Yixing, China, (YIBF)

Monterubbiano Plant: 7.500 sm (indoor, 400 sm of which used as offices), 7.000 sm (outdoor); Employees:67 FTE

Monte Sant’angelo Plant: 8.000 sm (indoor, 700 sm of which used as offices and laboratory), 6.000 sm(outdoor); Employees: 69 FTE

Nusco Plant: 2.600 sm (indoor, 200 sm of which used as offices), 1.800 sm (outdoor); Employees: 29 FTE

Yixing Plant: 9.000 sm (indoor, 600 sm used as offices), 4.000 sm (outdoor); Employees: 72 FTE

Building and lands owned by the Group

Automotive(starter- trucks)

Motive Industrial(traction)

Storage/UPS/TELCO(stationary)

OFFER

CARBAT is a B2C network supplying automotive batteries to end users customers.CARBAT is also an “on time” battery replacement provider to end users. On eachbattery replaced, CARBAT is recovering, free of charge, the exhausted battery.FS is a service company providing after sales assistance to FIB customers. FS is alsoproviding traction batteries and full service to end users.Lithops is a Li-On R&D company (pilot and lab scale plant) developing cells for FIBindustrial project (Teverola project)

Background Footprint & Operations

http://emrol.com/

http://www.sentosa.ru/


FAAM batteries:

ʺfrom the cradle to the cradle through the graveʺ - Lithium Technology

European Regional Development FundLI

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MODULE PRODUCTION

ACTIVE MATERIAL Use of benefits from the JV in Argentina

Teverola is the first Italian plant for Cells * production. FIB / FAAM will use their many years of know-how and experience

Modules assembled with different capacities andproduction of their own cooling system

CELLS PRODUCTION

BATTERY PACK

DELIVERY & RECYCLING

Made with owned BMS

Delivery of customized solutions and involvement in recycling activities thanks to the experience of SERI Plast

FUTURE DEVELOPMENT

* for industrial, stand-by and specialty uses

Circular Economy - Lithium Technology


Lithium Project : Teverola production plant & the JV in Argentina

In March 2017 FIB bought from Whirlpool Corporation the ex Indesit industrial site, located inTeverola, where it will carry out a plant for the production of lithium cells with an initialinstalled capacity of 200MWh/y.

In December 2017, Jujuy Litio SA was established, between FIB and JEMSE, for theconstruction of a plant for the manufacture of active materials, lithium cells andelectrical systems and / or devices that use batteries of this type.

FIB will bring the know-howproductive and commercial,while the organization ArgentineGovernment (JEMSE) will make availableto Jujuy Litio SA the lithium carbonateProduced in the State of Jujuy.

The Argentine partnership will allow access to raw materials at competitive prices,allowing for a significant saving in cell production costs and access to the SouthAmerican (MercoSur) market.

Initial production capacity: 200 MWh/year (Li-ion cells)

Main markets: ESS and industrial storage market

Surface: about. 37.000 sq.m. (112.000 sq.m. outside)

Employees: about 75 employees from Whirlpool (3 shifts)

First plant in Italy for the production

of lithium cells

Direct control of the raw material

Argentina is the world's leading producer of Lithium carbonate


FAAM batteries: ʺfrom the cradle to the cradle through the graveʺ - Lithium Technology

FAAM/Lithops - Lithium Know How



FAAM Know How

Battery Management System

The control system developed by FAAM has several advantages over other marketed product:

- Architecture based on MASTER and SLAVE (BMS + BMMS)

- Possibility to control different types of cells with different "chemical"

- Variable control voltages

- Multiple Communications Interface (RS485, CAN BUS etc.)

- Evolved algorithms for determining the state of SOC and SOH

- Possibility to control types of multiple inputs

- Adaptable to different uses of batteries (storage, traction, starter ...)

- It manages several types of cooling systems



FAAM Know How

Thermal Management System

• Developed by:

• Air cooling

• Liquid cooling

• Peltier cells

• Heat pipe

• Vapor chamber

• Auto Conditioning

• System Integration

Vibration, Shock And Displacement Analysis



FAAM Experience – Lithium Energy Storage

LSh4880

48V

4.1 kWh

First lithium power plant in Italy for energy storage from renewable sources

… to - 6 MW- 1 MWh

LSi4880From - 3.0 kW…

- 4,1 kWh …

Home

Industrial



FAAM Experience – Lithium Powered Buses

FAAM Experience – Some applications



The future – Celss Roadmap

• Currently, FAAM Research Center is working on the industrialization of lithium-ion cells, based on lithium-iron-phosphate (generation 1) for industrial and special applications with specific energy of about 130 Wh/kg.

• Currently, commercial lithium-ion cells with higher specific energy reach c.a. 230 Wh/kg.

• In accordance with the European programs (SET Plan – action 7) the Group is committed to the development of generation 3 of Lithium-ion and post-lithium technologies, and subsequent.

Through European and national projects, FAAM is focusing its efforts on:

1) advanced lithium-ion cells based on high-potential cathode materials (LMNO, olivine materials) and anodes based on Sicilio (Si-graphene) to achieve specific energies higher than 250 Wh / kg.

2) Lithium-sulfur cells to reach specific energies around 400 Wh / kg



The future – Celss Roadmap


Why FAAM?

• Project execution "From the basic material to the top levels of energy and lead recycling efficiency“

• One subject: from raw materials to the battery system

• Proprietary technology and vertical supply chain

• Strong international R&D network, working on new technologies including post lithium one (Li-S), new materials (LMP, LTO, LiTiO2, etc) and international agreements for raw material production (Argentina)

• From the basic engineering to standard operation procedures, we can follow our partners in all the production steps


Thank you for your attention!

presentazione standard di powerpoint · lithium project : teverola production plant & the jv in...

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