3D Ax new high capacity battery

With its new high capacity lithium battery, TYVA MODULOO proposes ultra-light lithium-ion batteries with exceptional energy density

The lightest LITHIUM
battery
on the market

 

 

 

 

nouvelle batterie lithium grande capacité

Buy the Moduloo Ax range certified
UN 38.3 on our website mytyva.com

The group TYVA ENERGIE proposes the second generation of high-capacity lithium battery modules Ultra-compact A4 and A5 TYVA MODULOO Ax in a sheet-of-paper format. These new modules are used to produce ultra-light lithium-ion batteries, with outstanding energy density

  • Mass density: 245 Wh/kg
  • Volume density: 360 Wh/l

In order to meet all of the specifications for lithium batteries, TYVA MODULOO Ax is available in 4 sizes: A5, A5+, A4 and A4+ in 3 finishes: CORE PACK, CASE and CUSTOM.

Our full Moduloo Ax range has been certified UN 38.3. The guarantee of safe, fast and cost-effctive tranportation of our lithium batteries.

TYVA Ax module brochure

Core pack version

TYVA ENERGIE has developed a platform of innovative modules. The lithium battery module CORE PACK modules TYVA MODULOO Ax is the lightest on the market, with an energy density of 245 Wh/Kg.

The rigid structure of the module has several mechanical interfaces for its dressing and attachment to a final product.
The mechanical integration of several TYVA MODULOO Ax CORE PACK modules can be very easily produced in a plastic, composite or metal case.

Main characteristics

  • Finish
    PCB with power terminal boxes and signal connectors  
  • Ultra-competitive price
    0.35 € /Wh *
  • Lifetime **
    700 to 5000 cycles
  • Maximum discharge direct current
    250 A / module
  • Discharge T°C
    -30° to + 70 °C
  • Charging T°C
    0 to + 50 °C

* For order volumes of more than 1,000 modules in NMC technology

** Depending upon the temperature, DOD and working power

Wh/Kg

Part
Number
 Format
 Max Dimensions
(with connectors)
 Weight
 Nominal
Voltage
 Nominal
Capacity
Nominal
Energy
 Energy
Density
TYREC_A5-X A5 75 x 183 x 210 mm 3,8 kg 3,7 to 25.9 V 30 to 245 Ah 906 Wh 238 Wh/kg
TYREC_A5P-X A5+ 75 x 202 x 210 mm 4,3 kg 3.7 to 29.6 V 30 to 280 Ah 1036 Wh 240 Wh/kg
TYREC_A4-X A4 75 x 298 x 210 mm 6,8 kg 3.7 to 48.1 V 30 to 455 Ah 1683 Wh 247 Wh/kg
TYREC_A4P-X A4+ 75 x 318 x 210 mm 7,4 kg 3.7 to 51.8 V 30 to 490 Ah 1813 Wh 245 Wh/kg

Case version

The CORE PACK modules TYVA MODULOO Ax has been integrated into a robust, IP65 sealed aluminium case.
The range of the new high-capacity lithium battery consists of a wide choice of fronts equipped with IP65 sealed connectors.

Wh/Kg

Main characteristics

  • Finish
    IP65 Sealed aluminium case
  • Sealing
    IP65
  • Ultra-competitive price
    0.45 € /Wh *
  • Lifetime **
    700 to 5000 cycles
  • Maximum discharge direct current
    250 A / module
  • Discharge T°C
    -30° to + 70 °C
  • Charging T°C
    0 to + 50 °C

* For order volumes of more than 1,000 modules in NMC technology

** Depending upon the temperature, DOD and working power

Part
Number
 Format
 Max Dimensions
(without connectors)
 Weight
 Nominal
Voltage
 Nominal
Capacity
 Nominal
Energy
 Energy
Density
TYREB_A5-X A5 77 x 220 x 194 mm 4,2 kg 3,7 to 25.9 V 30 to 245 Ah 906 Wh 215 Wh/kg
TYREB_A5P-X A5+ 77 x 220 x 213 mm 4,8 kg 3.7 to 29.6 V 30 to 280 Ah 1036 Wh 215 Wh/kg
TYREB_A4-X A4 77 x 220 x 310 mm 7,4 kg 3.7 to 48.1 V 30 to 455 Ah 1683 Wh 227 Wh/kg
TYREB_A4P-X A4+ 77 x 220 x 329 mm 8 kg 3.7 to 51.8 V 30 to 490 Ah 1813 Wh 226 Wh/kg

Specific version

Our unique, patented platform allows us to produce, at reduced development cost, custom-made lithium battery modules suited to your application.

  • Custom-made cell connection, shape, choice of the number of cells in series (S) and in parallel (P)
  • Power and signal connector replacement
  • Custom-made cases and fronts
  • Rack-mountable modules with transport handle
  • Custom-made cooling system

 

Advantages of 3D Ax modules

3D Ax new high capacity battery

3D modular

TYVA MODULOO Ax modules are used for the quick, economic construction of Li-ion batteries in 3 dimensions, where this flexibility allows us to put together, without development and certification costs, series of parallel assemblies from 3.7 V to 810 V.

Power and energy range

Our technology is used to create lithium battery modules in the “Energy” version, high-density and in the “Power” version, with high permanent discharge regimes (up to 10C). Our multi-chemistry internal modular platform based on standard cells in 18650 format supports all chemical types present on the market LiFePO4, NMC, LMO, Ni-Rich and NCA.

Temperature management

High temperature is the prime factor reducing the lifetime of lithium batteries. Our innovative“TYVA COOL” technologyprovides passive cooling for battery modules. For low-temperature applications, we propose as an option, a heating solution easy to integrate into our module front surfaces.

THE lightest LITHIUM battery on the market

TYVA MODULOO Ax lithium battery modules in the Core Pack version are the lightest and most compact on the market. The energy density is outstanding, with only 245 Wh/kg.

Ecological

TYVA MODULOO Ax modules integrate the cell replacement technology TYVA REFILL with interchangeable elements in 18650 format. The other components of the battery can thus be reused several times. TYVA MODULOO Ax preserves your environment and reduces the carbon footprint of Li-Ion batteries. Our product users benefit from the technological evolution of electrochemical cells, with increased capacity and lifetime.

Made in France
and at competitive prices

Our unique modular platform allows us to offer a competitive price of 0.35 € to 0.45 € Wh/kg for low production volumes. Our battery modules are made in France on semi-automated lines with 2 production sites located in the region of Drôme Ardèche. 80% of the TYVA MODULOO Ax components are supplied from less than 60 minutes from the manufacturing site. Our made in France manufacturing and our modular construction provide a delivery time of maximum 15 days for our clients, and an ultra-competitive price.