230 V battery system BESSTIE® 120
400 Vlithiumiron phosphate

230 V battery system - BESSTIE® 120 - EODev - 400 V / lithium / iron phosphate
230 V battery system - BESSTIE® 120 - EODev - 400 V / lithium / iron phosphate
230 V battery system - BESSTIE® 120 - EODev - 400 V / lithium / iron phosphate - image - 2
230 V battery system - BESSTIE® 120 - EODev - 400 V / lithium / iron phosphate - image - 3
230 V battery system - BESSTIE® 120 - EODev - 400 V / lithium / iron phosphate - image - 4
230 V battery system - BESSTIE® 120 - EODev - 400 V / lithium / iron phosphate - image - 5
230 V battery system - BESSTIE® 120 - EODev - 400 V / lithium / iron phosphate - image - 6
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Characteristics

Voltage
400 V, 230 V
Storage system
lithium, iron phosphate
Other characteristics
with integrated battery management system, smart
Height

1,464 mm
(58 in)

Width

1,464 mm
(58 in)

Length

2,550 mm
(100 in)

Weight

2,500 kg
(5,512 lb)

Description

After revolutionizing the generator industry with the GEH2® electro-hydrogen generator, EODev is proud to present BESSTIE®120, a versatile battery system designed to transform energy management and storage. Compact, easily transportable and deployable, it's the new ally to meet your energy needs, whether autonomous or hybrid. With a capacity of 124kWh, this battery system can adapt to any technical configuration and environment. YOUR NEW ALLY FOR THE ENERGY TRANSITION Thanks to Lithium Iron Phosphate technology, BESSTIE offers reliable energy storage and emission-free power for a wide range of applications: backup power, hybridization with a generator and support for electric vehicle charging infrastructures. With its compact design and rapid deployment capability, BESSTIE integrates perfectly into any environment, guaranteeing efficiency and durability. A MODE FOR EVERY APPLICATION Small but powerful, BESSTIE® 120 is making its mark on the energy transition landscape thanks to its modularity. Our BESS battery system is unique in its ability to meet a wide range of needs and configurations, while adapting to the technological ecosystem and environment in which it is deployed. It responds to multiple power supply issues through several modes: Hybrid: Our BESS manages peaks in energy demand by storing excess energy from a diesel or hydrogen generator during periods of low load, and redistributing it when demand is high. This mode offers numerous advantages: Peak shaving: optimizing the efficiency of a generator by managing peaks in energy demand & storing the surplus produced.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.