10 - 20 days
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The 261kWh High Voltage LiFePO₄ Battery Kit with liquid cooling – OLITER IP65, V-TAC is an advanced energy storage solution designed for high-power commercial and industrial (C&I) applications, where high energy density, precise thermal control and reliability in continuous operation are essential.
The system offers a total capacity of 261 kWh, derived from 5 LiFePO₄ modules of 52.249 kWh each, with a module capacity of 314 Ah, and is optimised for industrial applications, production plants, logistics centres, large commercial buildings or integration into high-power photovoltaic systems.
LiFePO₄ technology & liquid cooling
The use of LiFePO₄ technology ensures :
superior thermal stability
high operational safety
long service life
The system is equipped with liquid cooling, an essential solution for high-capacity applications, enabling precise thermal control, consistent performance and cell protection under heavy load or high ambient temperatures.
High Voltage Electrical Performance
The High Voltage configuration enables efficient integration with industrial inverters and complex energy systems:
Total capacity: 261 kWh (equivalent to 260–300 kWh)
Recommended charge/discharge current: 100 A
Maximum charge/discharge current: 157 A
Nominal system voltage: 832 V
Operating voltage range: 728 – 949 V
These parameters allow the system to be used in self-consumption, peak shaving, energy back-up and internal grid stabilisation applications.
Industrial construction & IP65 protection
The system is supplied in a robust, rack-mountable enclosure with an IP65 protection rating, making it suitable for installation in demanding industrial environments or outdoors (under controlled conditions).
Operating temperature: -20°C to +55°C
Dimensions (without inverter): 1100 × 1400 × 2105 mm
Dimensions (with inverter included): 1600 × 1400 × 2105 mm
Approximate weight: ~2700 kg
Recommended applications
High-power commercial and industrial photovoltaic systems
Production halls, factories, logistics centres
Large commercial buildings and industrial campuses
Self-consumption and peak shaving solutions
Back-up systems for critical consumers
Integration into microgrids and hybrid energy systems
Key benefits
High storage capacity: 261 kWh
Safe LiFePO₄ technology
High-voltage system (832 V) for high efficiency
Liquid cooling for consistent performance
Industrial enclosure with IP65 protection
Suitable for intensive C&I applications
10-year warranty
✅ Colour display + touchscreen
✅ CAN communication port
✅ Parallel function
✅ WiFi module included, with free app
✅ 10-year warranty
⚠️ This kit does not include an inverter.
Download the Technical Data Sheet
10 - 20 days
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The LiFePO4 High Voltage modular battery is an advanced and flexible energy storage solution, ideal for use with inverters from Deye, Megarevo, Afore, GoodWe, Solis and Sofar. This battery allows storage capacity to be expanded from 15kWh up to 40kWh by adding 5.12kWh modules, thus offering exceptional adaptability for a variety of energy needs.
Key Features:
Modular Design:
Each module has a nominal energy capacity of 5.12kWh and a nominal capacity of 100Ah, with a nominal voltage of 51.2V.
The system supports series configurations, allowing expansion up to 8 modules, for a maximum capacity of 40.96kWh.
Advanced Technology:
It utilises state-of-the-art LFP (LiFePO4) technology, ensuring higher energy density and an extended service life.
The cycle life is over 6,000 cycles at a temperature of 25±2°C and a charge/discharge rate of 0.5C/0.5C, maintaining 70% of the initial capacity.
Compatibility and Scalability:
Compatible with inverters from Deye, Megarevo, Afore, GoodWe, Solis and Sofar.
Enables real-time monitoring of charging and discharging, online system updates and easy maintenance.
Performance and Efficiency:
The rated charging/discharging current is 40A, with a maximum current of 50A.
High efficiency thanks to intelligent SOC (State of Charge) management and advanced algorithms.
Dimensions and Weight:
The module dimensions are 590mm x 420mm x 194mm, with a weight of approximately 45.6kg.
The complete system varies in size and weight depending on the number of modules, ranging from 15kWh (161.4kg) to 40kWh (389.4kg).
Operating Conditions:
The operating temperature for charging is between 0°C and 45°C, and for discharging between -10°C and 55°C.
The recommended storage temperature is between 0°C and 35°C, and the maximum operating altitude is 2000m.
Protection and Safety:
IP65 rating for protection against dust and water, ensuring reliable operation in various environments.
Technical Specifications:
Rated Capacity
Nominal Voltage
Usable Capacity
Dimensions (mm)
Weight (kg)
Recommended Current (A)
15.36kWh
153.6V
12.29kWh
590x420x698
161.4
40
20.48 kWh
204.8V
16.38 kWh
590x420x849
207.0
40
25.60 kWh
256.0V
20.48 kWh
590x420x1000
252.6
40
30.72kWh
307.2V
24.58kWh
590x420x1151
298.2
40
35.84kWh
358.4V
28.67 kWh
590x420x1302
343.8
40
40.96kWh
409.6V
32.77 kWh
590x420x1453
389.4
40
The LiFePO4 High Voltage modular battery is the ideal solution for optimising energy storage in residential and commercial applications, offering flexibility, reliability and superior performance.
✅ Display
✅ CAN/RS485 communication port
✅ Maximum charge/discharge current 40A
✅ Over 6,000 cycles at 80% DOD
✅ Compatible with Deye, Goodwe, Megarevo, Solis
✅ 10-year warranty
Download the technical data sheet
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The DEYE BOS-G PRO battery pack , 61.44kWh, manufactured by V-TAC, is a professional energy storage solution designed for high-power photovoltaic systems and advanced industrial, commercial and residential applications. It utilises LiFePO₄ technology, renowned for its stability, safety and extended lifespan (over 6,000 cycles at 70% SOH).
The system consists of 12 BOS-G60 PRO modules, configured in series, together with the PDU control unit, offering a total system energy of 61.44 kWh and a usable energy of 55.3 kWh, in accordance with DEYE standards.
Key features
Advanced LiFePO₄ technology
High thermal stability, maximum safety
Long service life: >6000 cycles (at 25°C, 0.5C)
Electrical parameters
Module energy: 5.12 kWh
Number of modules: 12
Total system energy: 61.44 kWh
Usable energy: 55.3 kWh
Nominal system voltage: 614.4 V
Operating voltage range: 528–700.8 V
Rated current: 100 A
Peak discharge current (2 min at 25°C): 125 A
DC power: 61.44 kW
Operating temperatures
Charging: 0°C … 55°C
Discharge: –20°C … 55°C
Storage temperature: 0°C … 35°C
Environmental parameters
Humidity: 5% – 85% RH
Maximum altitude: 3000 m
Protection: IP20
Installation: Rack-mounted
Communication & Integration
Ports: CAN2.0 / RS485
Fully compatible with DEYE HV inverters in the commercial range
LED indicators (yellow – HV Power On / red – Battery Alert)
Safety and certifications
International certifications: UN38.3 / CE / CE-EMC / IEC6240 / CEC / VDE
Metal housing, robust design
Complies with European standards for HV racks
Dimensions & Installation
Module dimensions: 530 × 602 × 2219 mm (G60 configuration)
Approximate total weight: 622 kg
Ideal for:
Photovoltaic parks
Office buildings
Industrial complexes
Large homes with high energy consumption
Professional electrical backup
Major benefits
Scalable and modular system
High efficiency and minimal losses
Extended service life
Excellent compatibility with DEYE inverters
Stability and safety in operation
✅ Colour display + touchscreen
✅ CAN communication port
✅ Parallel function
✅ 10-year warranty
Technical data sheet: 61.44kWh Storage System
Storage system manual
10 - 20 days
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The BOS-A Rack11 is a metal structure designed specifically for high-voltage (HV) energy storage systems from the DEYE / V-TAC BOS-G PRO range. It enables the organised, safe and efficient installation of 10 HV battery modules plus 1 High Voltage Battery Cluster Control Box, in accordance with the manufacturer’s specifications.
The construction is robust, with upper and lower diagonal bracing, ensuring excellent stability even in heavy-duty configurations. The rack is designed for fixed vertical mounting and is ideally suited to advanced industrial, commercial or residential applications.
Installation capacity
10 HV battery modules
1 High Voltage Battery Cluster Control Box (PDU)→ Total: 11 mounting positions
Technical specifications
Dimensions: 610 × 610 × 1900 mm
Weight: 47 kg
Material: Reinforced steel
Installation: Vertical rack with adjustable feet
Configuration: 11 ‘layer slots’ for modules + PDU
Advantages and benefits
Robust and stable structure
Seamlessly integrated with DEYE HV systems
Quick assembly thanks to modular design
Expandable with additional racks
Ideal for large commercial systems or industrial installations
Weight optimised for transport and handling
Excellent natural ventilation of the HV modules
10 - 20 days
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The Deye BOS-A Pack 7.68 battery is an advanced energy storage solution, designed for residential, commercial and industrial photovoltaic applications. With a nominal energy capacity of 7.68kWh, state-of-the-art LiFePO₄ technology and a charge/discharge current of up to 160A, this module offers an ideal combination of power, safety and durability.
It is compatible with Deye BOS-A and BOS-G battery systems and V-TAC storage platforms, and is designed for integration into dedicated racks.
Key features
LiFePO₄ (LFP) technology – the safest battery chemistry
Nominal usable energy: 7.68 kWh
Capacity: 200Ah
Nominal voltage: 38.4 Vdc
Nominal charge/discharge current: 160A
Lifespan: over 6,000 cycles under normal conditions (according to LFP standards)
Connectors and interfaces
B-: negative terminal (black)
B+: positive terminal (orange)
COMM1 – communication and auxiliary power port
COMM2 – secondary communication and power supply port
The connections are optimised for quick integration into DEYE systems.
Operating temperatures
Charging: 0°C … 55°C
Discharge: –20°C … 55°C
Storage: 0°C … 35°C
Protection & safety
IP20 rating – for indoor installation
Integrated protection electronics
Compatible with management systems (Deye BMS)
Dimensions & weight
Dimensions: 632 × 576 × 135.2 mm (L × W × H)
Weight: 66 kg
Advantages
High discharge power (160A)
High stability thanks to LiFePO₄ technology
Seamless integration into Deye BOS-A racks
Extended service life
Ideal for energy storage, backup, self-consumption and hybrid systems
Recommended applications
Deye hybrid photovoltaic systems
High-consumption homes with multiple batteries
Commercial and industrial systems
Modular projects with BOS-A racks
High-capacity UPS / critical backup
Download the technical data sheet
Download the manual
10 - 20 days
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The Deye BOS-A HVB 800V/160A-EU control module (BOS-A-PDU-2) is the central management unit for high-voltage (HV) energy storage systems in the Deye BOS-A / V-TAC BOS-A range. It provides communication, protection, coordination and control of battery modules in a rack configuration, managing both charging/discharging and real-time monitoring of the system.
With an operating range of 200–1000 Vdc, a maximum charge/discharge current of 160 A, IP20 protection and intelligent communication ports, the module is ideal for industrial, commercial and residential applications with high performance requirements.
Electrical parameters
Operating voltage: 200–1000 Vdc
Maximum charge/discharge current: 160A
DC input rating: 12–29 V DC / 4.15 A
Operating temperatures
Operating: –20°C … 65°C
Protection: IP20
Dimensions & weight
Dimensions: 632 × 572 × 142.2 mm
Weight: 21 kg
Interface and signalling
The module includes a comprehensive interface for monitoring and control:
Display screen: shows SOC, warnings and status codes
START: internal 12V switch for system start-up
HV light indicator: high voltage indicator (yellow)
ALARM indicator: battery system error warning (red)
Ports and connections
Battery connections:
B+ – battery positive terminal (red)
B- – battery negative terminal (black)
PCS connections:
PCS1+ / PCS1- – first set of positive/negative connections
PCS2+ / PCS2- – second set of positive/negative connections
Communication & power supply:
COMM1 – communication + external 12V power supply
COMM2 – additional communication
USB – software upgrade / storage port
Bluetooth – mobile app connection for ESS monitoring (APP)
Ethernet – reserved for future functions
Daisy-chain ports for multi-rack systems
IN COM – connection to the previous PDU
OUT COM – connection to the next PDU
Functions and safety
SOC monitoring and battery status
Quick fault identification via codes on the display
Surge protection
Full control for HV systems up to 1000Vdc
Quick integration into BOS-A racks
Recommended applications
HV hybrid photovoltaic systems
Commercial and industrial infrastructure
Large backup systems
Multi-battery configurations with BOS-A racks
Suitable for V-TAC and DEYE HV systems
Download the technical data sheet
Download the manual
10 - 20 days
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The 3U-LRACK is a robust and versatile solution for organising and mounting high-voltage energy storage systems. Built to the 19-inch standard, it can accommodate up to 8 HV battery modules and 1 control unit (High Voltage Battery Cluster Control Box), providing a complete, safe and perfectly structured system for residential or commercial applications.
Key features
Universal 19-inch compatibility – ideal for modular HV batteries.
High capacity – supports up to 8 batteries + 1 control module.
Solid metal construction – stabilises and protects the battery packs.
Adjustable feet – provide precise levelling on any surface.
Open design – allows for easy cabling, quick access and optimal ventilation.
Optional system integration – perfect for installers who prefer integration into a dedicated rack.
Dimensions & Weight
Dimensions (L × W × H): 530 × 602 × 1629 mm
Weight: 41 kg
Recommended applications
High-voltage photovoltaic systems
Professional B2B installations
Residential projects with modular batteries
Integrations requiring order, safety and easy access to HV modules
In stock
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The 12V 200Ah LiFePO4 battery – DATB12200 is a high-performance battery designed for applications requiring high power, excellent safety and a very long service life. With a total capacity of 2560Wh, this model is ideal for solar systems, caravans, boats, backup systems and industrial applications.
Thanks to LiFePO4 technology and the intelligent BMS, the battery offers advanced protection, high thermal stability and over 8,000 cycles, significantly outperforming AGM, GEL or lead-acid batteries.
It is an excellent solution for users who require constant power, heavy-duty operation and long-term reliability.
Key benefits
Over 8,000 cycles – extremely long service life
Very high discharge current: 200A
Maximum charging current: 100A
Ultra-safe LiFePO4 chemistry – stable and with no thermal risk
High efficiency: 95% at charge
Performance in extreme temperatures: -20°C to +65°C
Low weight for the capacity offered
Maintenance-free – no periodic procedures required
Compatible with solar systems and high-power UPS
Recommended applications
Off-grid / hybrid photovoltaic systems
Caravans and motorhomes
Boats and marine systems
Professional UPS and backup systems
Telecommunications
Industrial equipment
Camping, off-grid areas
Technical data – DATB12200
Feature
Value
Nominal voltage
12V – 12.8V
Nominal capacity
200Ah
Total energy
2560Wh
Cell type
LiFePO4 (LFP)
Cycle life
8,000 cycles
Maximum charging current
100A
Maximum discharge current
200A
Charging voltage
14.4V ±0.2V
Charging efficiency
95%
Discharge efficiency
90%
Charging temperature
0°C – 45°C
Operating temperature
-20°C – 65°C
Dimensions
50.5 × 24.5 × 24 cm
Battery weight
16.3 kg
Total package weight
17 kg
Battery type
Solid state
Brand
DATUBOSS
Model
DT12-200
BMS protection
Yes
User benefits
Perfect for high-capacity solar systems
Ensures stable long-term consumption
Ideal for off-grid homes, caravans or marine applications
Higher efficiency and lower total cost compared to lead-acid
In stock
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The 12V 300Ah LiFePO4 battery – DATB12300 is a high-capacity energy storage solution, ideal for high-power solar systems, industrial applications, caravans, boats and off-grid systems. With a total energy capacity of over 3600Wh, the battery offers extended runtime, stability and an impressive lifespan.
LiFePO4 (lithium iron phosphate) technology offers excellent safety, thermal stability and a very long service life – up to 8,000 cycles, making this model ideal for intensive use and professional applications.
The model features a compact design relative to its capacity and a balanced weight, making it easy to integrate into both mobile and fixed systems.
Key benefits
Over 8,000 cycles at 80% DoD – exceptional service life
High capacity: 300Ah – long runtime
Very safe, stableLiFePO4 chemistry, suitable for intensive use
Operating temperature range: -10°C to +50°C
Optimised weight: just 30 kg for a capacity of 300Ah
Consistent performance even during deep discharges
Maintenance-free – no distilled water, no sulphation
Ideal for solar systems, off-grid systems and professional applications
Recommended applications
High-capacity off-grid and hybrid photovoltaic systems
Caravans, motorhomes, campervans
Marine systems and electric boats
Industrial UPS and high-power backup
Telecommunications and critical equipment
Energy systems in off-grid areas
Light electric vehicles, professional portable equipment
Technical data – DATB12300
Feature
Value
Nominal voltage
12V – 12.8V
Nominal capacity
300Ah
Cycle life
8,000 cycles
Cell type
LiFePO4
Operating temperature
-10°C – 50°C
Dimensions (L × W × H)
526 × 235 × 220 mm
Battery weight
30 kg
Package weight
27 kg (as per transport specifications)
Brand
MFUZOP
Model
MFUZOP 12V 300Ah
Origin
Henan, China
Number of cells
4
Battery type
Solid state
BMS
Yes (default for LiFePO4)
Packaging
56 × 34 × 30 cm
User benefits
Perfect for large solar systems and high-demand consumers
Excellent stability in continuous operation
Excellent balance of lifespan, safety and capacity
Choose a battery that offers real autonomy and durability
10 - 20 days
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The 24V 100Ah LiFePO4 battery – DATB24100 is an advanced energy storage solution, ideal for medium- and large-scale solar systems, industrial applications, backup systems and mobile equipment. With a total energy capacity of 1280Wh per module, LiFePO4 technology ensures stability, superior safety and a significantly extended service life.
Thanks to LFP chemistry and the integrated BMS, the battery offers complete protection against overvoltage, undervoltage, short circuits and extreme temperatures. It is an optimal battery for those who need an efficient, lightweight and maintenance-free 24V system with stable long-term performance.
Key benefits
Over 6,000 cycles – very long service life
Efficient 24V system, ideal for high-power loads
High discharge current: 100A
50A charging current
Safe and stable LiFePO4 chemistry
Performance in extreme temperatures: -20°C to +65°C
Lightweight – just 11.8 kg
Maintenance-free, fully sealed
Compact and easy to integrate into solar systems or mobile equipment
Recommended applications
24V off-grid photovoltaic systems
Caravans, motorhomes, campers
Marine systems and maritime equipment
UPS and backup systems for homes or businesses
Telecommunications and industrial equipment
Portable systems or areas without mains electricity
Technical data – DATB24100
Feature
Value
Nominal voltage
24V – LiFePO4
Nominal capacity
100Ah
Total energy
1280Wh
Cell type
LiFePO4 (LFP)
Life cycles
6000 cycles
Maximum charging current
50A
Maximum discharge current
100A
Charging voltage
14.4V ±0.2V × 2 (24V module)
Charging efficiency
95%
Discharge efficiency
90%
Charging temperature
0°C – 45°C
Operating temperature
-20°C – 65°C
Dimensions
38.4 × 19.4 × 25.5 cm
Battery weight
11.8 kg
Package weight
11.8 kg
Brand
DATUBOSS
Model
DT24-100
Integrated BMS
Yes
User benefits
Ready-to-install 24V system
Maximum safety thanks to the integrated BMS
High compatibility with 24V inverters and solar systems
Sustainable and energy-efficient investment
10 - 20 days
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The Deye RW-G10.6 photovoltaic battery is a smart storage solution designed for hybrid and off-grid photovoltaic systems. With a total capacity of 10.64 kWh and a usable energy of 9.58 kWh, this battery offers high performance, reliability and a long service life thanks to LiFePO₄ (LFP) technology.
Built for residential and commercial applications, the Deye RW-G10.6 allows up to 32 units to be connected in parallel, achieving a total capacity of over 340 kWh. Its modular and compact design makes it suitable for wall or floor mounting, ensuring quick integration into any type of energy storage system.
Key technical data:
Specification
Value
Rated capacity
10.64 kWh
Usable energy
9.58 kWh
Nominal voltage
51.2 V
Maximum charge/discharge current
100 A
Peak current (10 seconds)
200 A
Scalability
up to 32 units (≈ 340 kWh)
Dimensions (W × H × D)
600 × 750 × 200 mm
Weight
96 kg
Cell type
LiFePO₄ (LFP)
Operating temperature
Charging: 0 °C … +55 °C / Discharging: -20 °C … +55 °C
Cycle life
≥ 6000 cycles
Maximum system voltage
1000 V DC
Installation
Wall-mounted or floor-standing
Key benefits:
Enhanced safety – LiFePO₄ cells with integrated thermal and electrical protection.
Extended service life – over 6,000 cycles, maintaining high performance over time.
High scalability – connect up to 32 units for large-scale applications.
Excellent compatibility – ideal for Deye hybrid inverters and other 48 V systems.
Modular and compact design – wall or floor mounting, easy to install.
High discharge current (up to 200 A peak) – ideal for high-load consumers.
Superior energy efficiency – low losses and high efficiency.
Stable performance in all conditions – operates between -20 °C and +55 °C.
✅ Up to 32 units can be connected in parallel
✅ Over 6,000 cycles
✅ Compatible with most low-voltage inverters
✅ 5-year warranty
Download user manual
Download the technical data sheet
In stock
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Pytes R Bracket for E-BOX-48100R batteries – a secure and compact solution for installing LiFePO₄ storage systems
The Pytes R Bracket is designed for the simple and efficient installation of E-BOX-48100R batteries. It allows for the mounting of a single battery or the stacking of multiple units, offering a safe, stable and cost-effective solution for organising the energy storage system.
With its robust design, the bracket reduces installation costs, saves space and allows for optimal battery ventilation. Compared to traditional metal cabinets, the Pytes R Bracket frame takes up less space and facilitates heat dissipation, helping to maintain optimal battery performance over time.
Ideal for residential, commercial or industrial applications, this bracket is constructed from durable and stable materials and is compatible with the 48V LiFePO₄ systems widely used in photovoltaic installations.
Technical specifications
Category
Parameter
Model
Pytes R Bracket
Compatibility
E-BOX-48100R batteries (LiFePO₄ 48V)
Unit dimensions (L × W × H)
535 × 725 × 135 mm
Unit weight
7.7 kg (≈17 lbs)
Charging capacity
Supports multiple battery packs
Material
High-strength steel, anti-corrosive finish
Installation
Floor-mounted, modular system (vertically stackable)
Ventilation
Natural – allows for efficient heat dissipation
Applications
Commercial, industrial and residential photovoltaic systems
Installation instructions
Assemble the components in accordance with the included installation guide.
Use the screws provided to mount the individual frame and secure the battery.
For multi-tier systems, assemble each rack with its corresponding battery, then stack them vertically.
A connecting plate must be installed between the layers of racks for stability.
Secure the entire assembly to the wall and connect the system to the distribution box.
Key benefits
Quick and secure installation
Can support multiple vertically stacked racks
Excellent ventilation – efficient heat dissipation
Space-saving compared to traditional cabinets
Robust and stable design for long-term use
Fully compatible with Pytes E-BOX-48100R batteries
Download the technical data sheet
10 - 20 days
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V-TAC BOS-A160 Energy Storage System, 161.28 kWh, 806.4 V, LiFePO4
A complete solution for industrial and commercial applications and high-power photovoltaic projects, the V-TAC BOS-A160 offers an impressive capacity of 161.28 kWh, based on 21 LiFePO4 modules of 7.68 kWh each. Built for performance and safety, this rack-mounted battery system is ideal for logistics centres, factories, off-grid systems, smart buildings or microgrids.
Thanks to LiFePO4 technology (200 Ah), the system ensures a long service life, a 90% depth of discharge, as well as superior thermal and electrical stability. Equipped with an intelligent BMS, it allows for real-time control and monitoring of parameters, ensuring cell balancing and complete system protection.
Installation is rack-mounted in a compact double-sided structure (610 × 610 × 1900 mm × 2), and energy management is optimised for hybrid and off-grid applications. The product comes with an extended 10-year warranty and complies with the strictest safety and performance standards.
Technical Specifications
General Information
Model: BOS-A160
Brand: V-TAC
Total capacity: 161.28 kWh (7.68 kWh × 21)
Technology: LiFePO4, 200 Ah
Electrical data
Nominal charging/discharging current: 160 A
Nominal DC power: 129.02 kW
Nominal system voltage: 806.4 V
Discharge depth: 90%
Enclosure details
Installation: Rack-mounted
Protection rating: IP20
System configuration: BOS-A-Pack 7.68 × 21 + BOS-A-PDU-2 × 1
Operating conditions
Operating temperature: 0 °C – +55 °C
Discharge temperature: -20 °C – +55 °C
Dimensions and weight
Dimensions: (610 × 610 × 1900 mm) × 2
Weight: 1586 kg
Key benefits
High capacity – ideal for industrial and commercial applications
Safe and stable LiFePO4 technology
Intelligent BMS with real-time monitoring
High depth of discharge (90%)
Modular, rack-mounted installation
Long service life and high efficiency
✅ Total capacity: 161.28 kWh
✅ High capacity – ideal for industrial and commercial applications
✅ Intelligent BMS with real-time monitoring
✅ 10-year warranty
Technical Data Sheet – Storage System
Storage System Manual
Certificate of conformity
10 - 20 days
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BOS-G80-Pro V-TAC energy storage system, 81.92 kWh, 819.2 V, LiFePO4
The V-TAC BOS-G80-Pro system is a high-performance energy storage solution for industrial and commercial applications. With a total capacity of 81.92 kWh, comprising 16 modules of 5.12 kWh each, this system offers an excellent balance between energy density, safety and durability, and is designed for easy integration into hybrid or off-grid photovoltaic systems.
Built on LiFePO4 (100Ah) technology, the BOS-G80-Pro guarantees superior chemical stability, protection against overcharging and an extended service life. The system is equipped with an intelligent BMS, which monitors critical parameters in real time, maintaining perfect balance between cells and maximising energy efficiency.
Its rack-mounted design saves space and facilitates maintenance, whilst its IP20 protection rating makes it suitable for installation in controlled environments (technical rooms, industrial spaces, energy data centres). With a 10-year warranty, the system is a reliable choice for projects requiring consistent reliability and performance.
Technical Specifications
General Information
Model: BOS-G80-Pro
Brand: V-TAC
Total capacity: 81.92 kWh (5.12 kWh × 16)
Technology: LiFePO4 – 100Ah
Electrical data
Nominal charge/discharge current: 100A
Peak charging/discharging current: 125A
Nominal system voltage: 819.2V
Operating voltage: 704 ~ 934.4V
Enclosure details
Installation: Rack-mounted
Composition: BOS-G-Pack 5.1 × 16 + BOS-G-PDU-2 × 1
Protection rating: IP20
Operating conditions
Operating temperature: 0°C ~ +55°C
Discharge temperature: -20°C ~ +55°C
Dimensions and weight
Dimensions: 1060 × 602 × 1629 mm
Weight: 837 kg
Key benefits
81.92 kWh capacity, suitable for commercial and industrial applications
Safe and stable LiFePO4 technology with extended service life
Intelligent BMS with automatic monitoring and balancing
High energy efficiency and low operational losses
Modular rack-mounted design – quick installation and simple maintenance
125A peak current for dynamic power requirements
✅ Capacity of 81.92 kWh, suitable for commercial and industrial applications
✅ Intelligent BMS with automatic monitoring and balancing
✅ 125A peak current for dynamic power requirements
✅ 10-year warranty
Technical Data Sheet: Storage System
Storage System Manual
Certificate of conformity
10 - 20 days
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The V-TAC VT-10242W photovoltaic battery is a reliable and high-performance solution for storing solar energy in residential and commercial applications. With a capacity of 10.24 kWh, LiFePO4 technology and IP65 protection, this battery offers enhanced durability, maximum safety and stable performance even in challenging conditions.
A major advantage is its ability to operate at low temperatures, down to -20°C, making it ideal for use in cold climates.
Technical specifications – V-TAC VT-10242W
Technology: LiFePO4 (Lithium Iron Phosphate)
Nominal capacity: 200 Ah
Nominal energy: 10.24 kWh
Nominal voltage: 51.2 V
Standard charge/discharge current: 90 A
Maximum continuous current: 100 A
Communication: CAN
Internal resistance: ≤ 16 mΩ
Dimensions (L x W x H): 460 x 265 x 800 mm
Weight: ~100 kg
Protection rating: IP65
Operating temperature: -20°C ~ +55°C
Discharge temperature: -20°C ~ +60°C
Service life: ≥ 6000 cycles @ 25°C, DOD 90%
Maximum number of modules in parallel: 15
Key benefits
High safety thanks to LiFePO4 technology and integrated BMS.
Dust and water resistance – IP65, ideal for indoor and outdoor applications.
Operates at low temperatures down to -20°C, perfect for areas with harsh winters.
Extended service life – over 6,000 charge/discharge cycles.
Compatibility with modern photovoltaic systems and top-of-the-range inverters.
Scalability – the ability to connect up to 15 modules for larger systems.
See the battery test here!
✅ Dust and water resistance – IP65, ideal for indoor and outdoor use.
✅ Operates at low temperatures down to -20°C, perfect for areas with harsh winters.
✅ Extended service life – over 6,000 charge/discharge cycles.
✅ Nominal capacity: 200Ah
✅ Nominal voltage: 51.2V
✅ Nominal energy: 10.24kWh
✅ 10-year warranty
Download the technical data sheet
Download manual
Download RED certificate
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The TAB e.module L5.1 is a reliable and easy-to-install modular LiFePO4 battery, designed for residential energy storage applications. With its compact and scalable design, this battery is the ideal choice for those seeking maximum safety, long-term performance and flexibility in sizing their photovoltaic system. Manufactured in Europe, Slovenia.
Top-level safety
High-safety LFP (lithium iron phosphate) cells.
Intelligent BMS with comprehensive protection against abnormal temperatures, overvoltage, high currents or load variations.
Optimal performance and low costs
Long service life and stable performance even after repeated cycles.
High efficiency, helping to reduce electricity costs.
Modular and flexible design
Capacity can be expanded to meet the customer’s requirements.
Quick and simple installation, with no complex additional costs.
High compatibility
Compatible with Tier 1 inverter brands recognised on the global market.
Technical data TAB e.module L5.1
Battery type: LiFePO4 (LFP)
Nominal voltage: 51.2 V
Nominal capacity: 5000 Wh (5.1 kWh)
Recommended charge/discharge current: 75 A (continuous)
Maximum continuous current: 100 A*
Peak current: 200 A (15 seconds)
Dimensions (L x W x H): 442 x 459 x 160 mm
Weight: 47.5 kg*The maximum value is guaranteed only within the range of 10°C – 35°C.
Key benefits
Maximum safety thanks to LFP technology and BMS protection.
Scalability to adapt to various energy requirements.
Extended service life and long-term reliability.
Quick installation, compatible with the most popular inverters.
✅ Made in Europe, Slovenia
✅ Rated capacity: 5000 Wh (5.1 kWh)
✅ Nominal voltage: 51.2 V
✅Recommended charge/discharge current: 75 A (continuous)
✅ Protection rating: IP20
Download the technical data sheet
Download the catalogue
Download the safety data sheet
Download the certificate of conformity
Download manual
Firmware for e.module L5.1 BESS_16C_20250710_0.3.5.zip
Software for e.module L5.1 LV_1_44_user.zip
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This set of connecting cables is ideal for linking batteries or inverters, ensuring a secure connection with minimal losses and high thermal resistance. The tinned copper construction and silicone insulation provide flexibility and durability even under demanding conditions.
Technical specifications
Type: 4 AWG
Length: 30 cm
Conductor cross-section: 21 mm²
Terminal lugs: M8
Operating temperature: up to 200°C
Material: Tinned copper + silicone
Colour: red + black
Advantages:
Secure and reliable connection for photovoltaic systems.
Increased flexibility thanks to the silicone insulation.
High resistance to extreme temperatures.
10 - 20 days
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The GETI GBLE series LiFePO4 battery is designed for solar systems, caravans, boats, recreational vehicles, scooters and other applications requiring frequent and deep discharges. This modern, lightweight and high-performance battery is equipped with an integrated battery management system (BMS), which ensures not only fast charging and a long service life, but also protection against overcharging, over-discharging or short circuits.
The GETI LiFePO4 battery is an ideal alternative to lead-acid batteries, offering a much longer service life (up to 3,000 cycles), low weight and environmental benefits through reduced long-term costs and environmental impact.
Key benefits:
LiFePO4 technology: longer service life, compact dimensions and low weight compared to AGM and GEL batteries.
Integrated BMS: protection against overcharging, over-discharging or short-circuiting.
High performance and reliability.
Long service life (over 3000 cycles).
Fast charging, no memory effect.
Can be used in a wide range of applications.
Flexible positioning (can be mounted in any orientation).
High safety and robust construction (IP65).
Technical specifications:
Nominal voltage: 12.8V
Capacity: 200Ah
Energy: 2560Wh
Charging voltage: 14.4V (±0.2V)
Cut-off voltage: 10V
Charging mode: CC/CV (constant current + constant voltage)
Maximum continuous charging current: 200A
Maximum continuous discharge current: 200A
Maximum peak discharge current: 350A (5 sec.)
Lifespan: >3000 cycles at 80% DOD
BMS: integrated
Display: Yes
Bluetooth: No
Self-discharge: ≤2%/month at 25°C
Charging temperature: 0°C … +45°C
Discharge temperature: –20°C … +60°C
Storage temperature: –10°C … +45°C
Connectors: M8
Protection rating: IP65
Warranty: 2 years
Dimensions (L x W x H): 522 × 240 × 218 mm
Weight: 20.3 kg
Connectivity: batteries can be connected in series (maximum 4 units) and in parallel (maximum 1).
Download the technical data sheet
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The GETI GBLE series LiFePO4 battery is designed for photovoltaic systems, caravans, boats, recreational vehicles, scooters and other applications requiring frequent and deep discharges. This modern, lightweight and high-performance battery is equipped with an integrated BMS (Battery Management System), which ensures fast charging, a long service life and protection against overcharging, over-discharging or short-circuiting.
The GETI LiFePO4 battery is an excellent alternative to lead-acid batteries, offering a lifespan of up to 3,000 cycles, low weight and environmental benefits, with significant long-term savings.
Key advantages:
LiFePO4 technology – longer lifespan, compact dimensions and lower weight compared to AGM and GEL.
Integrated BMS for advanced protection.
High performance and reliability.
Long service life (>3000 cycles).
Fast charging, no memory effect.
Flexible installation (can be positioned in any orientation).
High safety and robust construction (IP65).
Technical specifications:
Nominal voltage: 25.6V
Capacity: 100Ah
Energy: 2560 Wh
Charging voltage: 29.2V
Discharge cut-off: 20V
Charging mode: CC/CV (constant current + constant voltage)
Maximum continuous charging current: 100A
Maximum continuous discharge current: 100A
Maximum peak discharge current: 200A (5 sec.)
Lifespan: >3000 cycles at 80% DOD
BMS: integrated
Display: Yes
Bluetooth: No
Self-discharge: ≤2%/month at 25°C
Charging temperature: 0°C … +45°C
Discharge temperature: –20°C … +60°C
Storage temperature: –10°C … +45°C
Connectors: M8
Protection: IP65
Warranty: 2 years
Dimensions (L x W x H): 522 × 240 × 218 mm
Weight: 20 kg
Connectivity: up to 2 batteries in series and 2 in parallel.
Download the technical data sheet
10 - 20 days
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The GETI GBLE series LiFePO4 battery is designed for solar systems, caravans, boats, recreational vehicles, scooters and other applications where frequent and deep discharges are required. The battery is modern, lightweight and powerful, equipped with an integrated battery management system (BMS) that guarantees fast charging and protection against overcharging, over-discharging and short circuits, ensuring a long service life.
This LiFePO4 battery is a superior alternative to lead-acid batteries, offering a lifespan of up to 3,000 cycles, low weight and lower long-term costs, making it an environmentally friendly choice.
Key benefits:
LiFePO4 technology – longer lifespan, lower weight and compact dimensions compared to AGM/GEL.
Integrated BMS for complete protection.
Fast charging and no memory effect.
Can be mounted in any orientation.
High performance and reliability.
Enhanced safety and IP protection.
Ideal for a wide range of mobile and fixed applications.
Technical specifications:
Nominal voltage: 12.8V
Capacity: 100Ah
Energy: 1280Wh
Charging voltage: 14.4V (±0.2V)
Cut-off voltage: 10V
Charging mode: CC/CV (constant current + constant voltage)
Maximum continuous charging current: 100A
Maximum continuous discharge current: 100A
Maximum peak discharge current: 200A (5 sec.)
Lifespan: >3000 cycles at 80% DOD
BMS: integrated
Display: Yes
Bluetooth: No
Self-discharge: ≤2%/month at 25°C
Charging temperature: 0°C … +45°C
Discharge temperature: –20°C … +60°C
Storage temperature: –10°C … +45°C
Connectors: M8
Protection: IP (advanced protection against dust and water)
Warranty: 2 years
Dimensions (L x W x H): 330 × 172 × 215 mm
Weight: 10.5 kg
Connectivity: up to 4 batteries in series and 2 in parallel.
Download the technical data sheet
10 - 20 days
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Oliter 233kWh High-Voltage Battery Kit, V-TAC – with Liquid Cooling and IP65 Protection
The Oliter OHL-233 high-voltage battery kit from V-TAC is an advanced energy storage solution designed for high-capacity industrial and commercial applications. With a total energy capacity of 233kWh and state-of-the-art LiFePO4 technology, this system is ideal for large-scale projects requiring safety, efficiency and long-term reliability.
Thanks to the liquid cooling system, the batteries are maintained within optimal operating parameters even under demanding conditions, and the IP65-rated enclosures allow for use in harsh environments, including industrial premises.
Key features:
Cell chemistry: LiFePO4
Module energy: 46.59kWh
Module capacity: 280Ah
Module nominal voltage: 166.4V
System nominal voltage: 832V
System operating voltage: 728–949V
Total system energy: 232.96 kWh
System usable energy (DC Usable): 209.66 kWh
Max. charging/discharging current: 140A
Recommended current: 100A
Communication: CAN
Protection rating: IP65
Dimensions (without inverter): 1100×1400×2105 mm
Dimensions (with inverter): 1600×1400×2105 mm
Approximate weight: 2560 kg
Installation: Floor-mounted
Life cycles: ≥6000 (at 25°C, 0.5C/0.5C, 70% EOL)
Charging operating temperature: 0°C ~ +55°C
Discharge operating temperature: -20°C ~ +55°C
Storage temperature: 0°C ~ +35°C
Maximum operating altitude: ≤2000m
Monitored parameters: System voltage, current, cell voltage, cell temperature, module temperature
SOC algorithm: Intelligent, adaptive
Key benefits:
✔ Massive energy storage – 233kWh for complex applications✔ Liquid cooling for thermal stability and improved performance✔ Full protection – IP65, ideal for industrial environments✔ Intelligent communication – CAN protocol for advanced integration✔ Over 6, 000 life cycles – a sustainable long-term investment✔ Reliable operation in extreme temperature conditions
Ideal for:
Commercial solar farms
Large-scale off-grid systems
Data centres and industrial facilities
Commercial buildings with high energy consumption
Large-scale backup solutions
✅ Colour display + touchscreen
✅ CAN communication port
✅ Parallel function
✅ WiFi module included, with free app
✅ 10-year warranty
⚠️ This kit does not include an inverter
Download Technical Data Sheet
HV Oliter storage system manual
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Ensure a safe, stable and professional installation of Pytes 5.12kWh LiFePO4 batteries with this modular metal rack, specially designed for use in photovoltaic systems.
Compatible with the E-BOX-48100R modelRobust construction, made from corrosion-resistant metalCompact design, ideal for installation in technical rooms, cabinets or dedicated roomsQuick assembly – the structure is supplied with all necessary componentsAllows for the safe, vertical stacking of multiple batteries
Ideal for residential, commercial or industrial projects requiring an organised system for supporting and protecting solar batteries.
Technical specifications:
Compatibility: Pytes 5.12kWh LiFePO4 batteries
Material: Steel
Installation: Floor-mounted, with a stable guide system
Dimensions: Perfectly suited to E-BOX-48100R enclosures
Delivery: Supplied unassembled, with mounting system included
Load capacity: Maximum 250 kg
Benefits:
Excellent organisation of the storage system
Professional and clean appearance
Reduces the risk of damage or overloading of connectors
Ensures optimal ventilation between modules
10 - 20 days
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The 12.8 V 200 Ah LiFePO4 battery – model LFP12200SDSG from Ronic Energy, featuring Bluetooth and LTCP (Low-Temperature Charging Protection), is the ideal solution for smart energy storage in caravans, motorhomes, boats or off-grid solar systems. With a capacity of 2560 Wh, a BMS with multiple protections (overcurrent, short-circuit, overvoltage, temperature), a Smart LCD screen, and the ability to monitor and control parameters in real time via an Android/iOS app, it offers increased autonomy and safety.
Key advantages:
Long service life: over 6,000 cycles at 80% DoD (~10 years of use)
LTCP protection – automatic charging shutdown below 0°C to protect the cells
Bluetooth monitoring – view voltage, charge level, temperature and current directly in the app
Robust performance – BMS up to 200 A continuous, vibration and shock resistance
Lightweight and efficient – high energy density and optimal weight compared to traditional lead-acid batteries
Technical details:
Voltage: 12.8 V
Capacity: 200 Ah / 2560 Wh
Cut-off voltage: 14.6 V
Operating temperatures: charging +1°C to +50°C, discharging –20°C to +50°C
Dimensions: 525 × 245 × 230 mm, weight: 20.55 kg
M8 connectors, LCD display, Bluetooth 5.0, LTCP, multiple BMS protections
10 - 20 days
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LiFePO4 12.8 V 100 Ah battery – the LFP12100SDHY MINI COMPACT model from Ronic Energy, equipped with Bluetooth and LTCP (Low-Temperature Charging Protection). It has a capacity of 1280 Wh, an exceptionally compact design (230×145×215 mm, weighing just 9.25 kg) and monitoring via a mobile app (Android/iOS).
Key benefits:
Extended lifespan – over 6000 cycles at 80% DoD (~10 years)
LTCP protection – automatic charging stops below 0°C, for LiFePO4 safety
Bluetooth & Smart LCD – view voltage, temperature, charge level and control via the app
100 A BMS rated current – protection against overcurrent, short circuit, overvoltage and temperature
Compact & durable – ideal for caravans, motorhomes, boats or off-grid solar systems
Technical details (model LFP12100SDHY MINI COMPACT):
Nominal voltage: 12.8 V
Capacity: 100 Ah / 1280 Wh
Charging voltage: 14.6 V
Operating temperatures: charging +1 °C – +50 °C, discharging –20 °C – +50 °C
Dimensions/Weight: 230×145×215 mm / 9.25 kg
Connectors: M6, ABS casing, BMS with LCD, Bluetooth, LTCP
