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EP500Pro – All-in-one emergency power station
The Bluetti EP500Pro is equipped with a 5,100Wh LiFePO₄ battery and a 3,000W pure sine wave AC inverter. It is the ideal solution for powering a holiday home, your home during a power cut, your workshop, or for family parties and camping trips. With up to 15 output ports, you can power laptops, fridges, air conditioning or even an electric vehicle all at once.
Safe, smart and always up to date
The advanced Battery Management System (BMS) and LiFePO₄ technology ensure safety and durability. The EP500Pro features a dual-core microcomputer with an internet connection, allowing for direct online firmware updates. The unit gets better over time.
Uninterrupted UPS mode
When the mains fails, the EP500Pro automatically takes over power supply for essential loads. Unlike petrol generators, the EP500Pro operates silently, with no emissions, no fuel and no maintenance. It can be combined with solar panels (up to 2,400W) for fast recharging or continuous operation.
Versatile power station
The EP500Pro easily adapts to any scenario: at home, off-grid, for commercial, medical or IT activities, or on holiday. It is a ‘plug-and-play’ power station ready for action at any time.
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The 400A V-TAC busbar is designed for the efficient distribution of current in high-performance electrical systems. With its robust construction and high-quality materials, this busbar ensures a safe and durable connection in a variety of applications, including solar, marine and industrial systems.
Technical specifications:
Rated current: 400A
Maximum voltage: 48V DC / 300V AC
Dimensions: 168 x 79 x 40 mm
Base and cover material: Glass fibre-reinforced nylon
Busbar material: Tin-plated copper
Number of terminals: 4 M10 (3/8") screws
Colour: Red (positive) and Black (negative)
Protection: Protective cover included to prevent accidental contact
Key benefits:
High current capacity: Withstands up to 400A, ideal for applications with high current requirements.
Durable construction: High-quality materials for long service life and corrosion resistance.
Easy installation: Compact design and standard M10 terminals for quick and secure connection.
Enhanced safety: The protective cover prevents short circuits and ensures safe handling.
Recommended applications:
Photovoltaic systems and solar installations
Electric and marine vehicles
Industrial distribution panels
Backup power systems and UPS
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Note: Depending on stock availability, the cables may differ from the image shown. It is possible that both wires (positive and negative) are black.
Power cable set for connecting batteries to the inverter. The set contains a red positive cable, a black negative cable and cable lugs with an M10 hole.
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The DYNESS DL5.0C is a high-performance LiFePO4 battery, ideal for small-scale residential and commercial applications. With a capacity of 5.12kWh and a rated current of 100Ah, this module offers flexibility and efficiency in solar energy storage. It can be used in both on-grid and off-grid systems, being compatible with inverters from renowned brands such as Growatt, Deye, Victron, Goodwe and Solis.
Technical specifications:
Battery type: LiFePO4 (Lithium Iron Phosphate)
Energy capacity: 5.12kWh
Nominal capacity: 100Ah
Nominal voltage: 51.2V
Operating voltage: 44.8V – 57.6V
Maximum discharge current: 100A (1C)
Recommended charge/discharge current: 50A
Peak discharge current (15s): 110A
Depth of discharge (DoD): 90%
Cycle life: >6000 cycles
Operating temperature: -20°C ~ +55°C
Built-in heating system: Yes – operates automatically in low-temperature conditions
IP rating: IP20
Dimensions: 558x515x190 mm
Weight: 45 kg
Scalability: up to 16 units in parallel
Communication: CAN/RS485/RS232
Advanced monitoring and extended compatibility
The DYNESS DL5.0C allows monitoring via an app (optional), offering real-time control and remote firmware updates. It features a modular design with flexible mounting options: wall-mounted, floor-standing or in a stacked configuration.
Safety and durabilityThe high-safety LFP cells are equipped with balancing functions, and the integrated heating system ensures optimal performance even at low temperatures. The battery is designed for long-lasting, safe and efficient operation.
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The DYNESS Powerbox G2 is a state-of-the-art LiFePO4 battery, designed for high performance, maximum safety and flexible installation. With its compact design, low weight and IP65 protection, it is ideal for residential and commercial applications, suitable for both indoor and outdoor installation.
This model comes equipped with an active fire suppression system, an integrated WiFi module for real-time monitoring and an optional heating function for low temperatures, making it a top choice for any modern photovoltaic system.
Key technical specifications:
Battery type: LiFePO4
Total energy: 10.24kWh
Usable energy: 9.728kWh
Rated capacity: 200Ah
Nominal voltage: 51.2V
Operating voltage: 44.8 – 57.6V
Nominal charge/discharge power: 5.12 kW
Maximum discharge power: 10.24 kW
Maximum discharge current: 200A
Recommended current: 100A
Recommended depth of discharge (DoD): 90%
Cycle life: Unlimited (10-year warranty)
Operating temperature: 0 ~ 55°C
Discharge temperature: -20 ~ 55°C (with heating function)
Weight: 95 kg (without front panel); 98 kg (with glass front panel)
Dimensions: 710 x 165 x 640 mm
Protection: IP65 – ideal for outdoor installation
Communication: CAN / RS485
Expandability: up to 12 units in parallel
Fire suppression system: Integrated
WiFi module: Included – APR OTA function
Heating function: Yes
Certifications: UN38.3, IEC62619, EC62040, CE, CE RED
Inverter compatibility: Growatt, Deye, Victron, Goodwe, SMA, Solis, Sungrow etc.
Smart and compact design
15% lighter and 30% more compact than previous versions, the Powerbox G2 is easy to install on a wall or floor, offering maximum flexibility without sacrificing performance.
Safety and full connectivity
The active fire protection system and smart connectivity features make this battery a safe and efficient choice for any type of modern solar installation.
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The High Voltage 3U-HRACK battery rack is the ideal solution for the efficient organisation and installation of an energy storage system comprising up to 12 battery modules and a battery controller. The standard 19-inch design ensures maximum compatibility and easy installation.
✅ Maximum capacity: 12 battery modules + 1 controller✅ Dimensions: 589 × 590 × 2240 mm✅ Weight: 85kg✅ Compatibility: Deye BOS-GM5.1 LiFePO4 modules
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The Deye HVB750V / 100A-EU high-voltage battery controller is essential for managing and monitoring high-voltage battery packs. Designed in accordance with European and British standards, it ensures safe and optimised operation of the energy storage system. With a rated charge/discharge current of 100A and a wide operating voltage range (120–750Vdc), this controller ensures reliable performance and advanced protection.
✅ Operating voltage: 120–750 Vdc✅ Rated charge/discharge current: 100A✅ Maximum charge/discharge current: 125A✅ IP20 protection✅ Dimensions: 440 × 570 × 150 mm✅ Weight: 19kg
? Compatible with:✅ Deye BOS-GM5.1 LiFePO4 Battery Module – 5.12kWh✅ 3U-HRACK High Voltage Battery Rack (12 modules)✅ 3U-LRACK High Voltage Battery Rack (8 modules)✅ Part of the Deye 40.96kWh High Voltage Kit
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The V-TAC VT-10240W LiFePo4 photovoltaic battery is a state-of-the-art energy storage solution, ideal for residential and commercial photovoltaic systems. With a nominal capacity of 10.24kWh and a voltage of 51.2V, this battery offers high efficiency and an extended service life, ensuring a reliable power supply for your customers.
✔ Advanced LiFePo4 technology – Long service life and optimal performance.
✔ Power and efficiency – 200Ah capacity and 90A charge and discharge current.
✔ Guaranteed safety – IP20 protection and CAN communication system for effective monitoring.
✔ Extended 10-year warranty – Long-term reliability for your investment.
✔ Manufacturer’s recommendation – Charge at 90A up to 58.4V, then maintain the voltage at 58.4V until the charging current reaches 10.3A.
Technical Specifications:
Nominal capacity: 200Ah
Nominal voltage: 51.2V
Nominal energy: 10.24kWh
Standard charge/discharge current: 90A
Maximum continuous charge/discharge current: 100A
Standard charging voltage: 58.4V
Charging limit voltage: 58.4V
End-of-discharge voltage: 43.2V
Communication: CAN
Internal resistance: 16mΩ
Dimensions (L x W x H): 420 × 237 × 775 mm
Protection rating: IP20
Operating temperature (charging): 0 ~ 55°C
Operating temperature (discharge): -20 ~ 60°C
Connection mode: maximum 16 units in parallel
https://www.tiktok.com/@solartech.ro/video/7464962714566216992?lang=en
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The V-TAC VT-10240B LiFePo4 photovoltaic battery is a state-of-the-art energy storage solution, ideal for residential and commercial photovoltaic systems. With a nominal capacity of 10.24kWh and a voltage of 51.2V, this battery offers high efficiency and an extended service life, ensuring a reliable power supply for your customers.
✔ Advanced LiFePo4 technology – Long service life and optimal performance.
✔ Power and efficiency – 200Ah capacity and 90A charge and discharge current.
✔ Guaranteed safety – IP20 protection and CAN communication system for effective monitoring.
✔ Extended 10-year warranty – Long-term reliability for your investment.
✔ Manufacturer’s recommendation – Charge at 90A up to 58.4V, then maintain the voltage at 58.4V until the charging current reaches 10.3A.
Technical Specifications:
Nominal capacity: 200Ah
Nominal voltage: 51.2V
Nominal energy: 10.24kWh
Standard charging/discharging current: 90A
Maximum continuous charge/discharge current: 100A
Standard charging voltage: 58.4V
Charging limit voltage: 58.4V
End-of-discharge voltage: 43.2V
Communication: CAN
Internal resistance: 16mΩ
Dimensions (L x W x H): 420 × 237 × 775 mm
Protection rating: IP20
Operating temperature (charging): 0 ~ 55°C
Operating temperature (discharge): -20 ~ 60°C
Connection mode: maximum 16 units in parallel
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Pytes V5° battery with built-in heating
How does it work?
The integrated battery heating system is powered exclusively by the charging source, such as the inverter or charge controller (regardless of the devices supplying current to charge the battery). The heater draws up to 180 W from the charging source (per battery) and will heat the battery by up to 10°C per hour. The heater operates within a typical operating range of -20°C to 10°C. If the battery temperature drops below 5°C, the heater will switch on, using power from the charging source to raise the temperature to 10°C. If the battery temperature is between 2°C and 5°C, the heater will switch on and the battery will be charged (at the same time) until the battery reaches a temperature of 10°C, at which point the heater will switch off and the battery will continue to be charged. If the battery is below 2°C, the charging current will be directed solely to the heating system until the battery rises above 5°C, at which point the battery will charge normally. The heating system will not affect the battery’s SOC.
The Pytes V5° battery requires 4U of space to allow the bus to connect correctly between batteries and to facilitate adequate cooling. For example, you will need a server rack of at least 12U to allow for the installation of three batteries.
Features:
- Charging below freezing point
- Long-life battery module integrated with LFP cells, with a lifespan of ≥6000 cycles
- Intelligent energy management with sophisticated BMS to maximise reliability and longevity, remote update
- Easy connection: up to 300 A in parallel
- High charge/discharge rate: fully charged in 1 hour, high output power (1C)
Specifications:
Nominal voltage: 51.2 V
Rated capacity: 100 Ah
Nominal energy: 5.12 kWh
Chemistry: Lithium Iron Phosphate (LiFePO4)
Maximum continuous charging current: 100A (1C)
Maximum continuous discharge rate: 100A (1C)
Communication protocol: RS485, CAN
Dimensions (L*W*H): 44cm x 53cm x 14cm
Weight: ~44kg
Included with the battery:
2 x 300A flexible busbars
1 CAN / RS485 daisy-chain communication cable
1 x 10AWG earthing cable
Download the technical data sheet
Download the list of compatible inverters (CAN/RS485)
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The rack for the 9.6 kWh Vestwoods batteries is a robust and well-designed platform, designed to optimise the storage and management of renewable energy in a safe and efficient environment. Built to house and protect the Vestwoods batteries, this rack offers significant benefits in terms of the organisation and performance of your energy system.
Key features:
Perfect compatibility: The rack is designed to fit perfectly with the 9.6 kWh Vestwoods batteries, ensuring efficient integration and optimal operation of the energy storage system.
Robust construction: Made from high-quality materials, the rack offers a robust and durable structure, ensuring reliable support for the energy storage units.
Efficient organisation: The rack is designed to organise the batteries efficiently, facilitating installation and maintenance. This helps to optimise space and increase energy efficiency.
Integrated ventilation: To prevent overheating, the rack features an integrated ventilation system designed to maintain an optimal temperature for the batteries, thereby helping to extend their lifespan.
Aesthetic design: With a modern and aesthetic design, the rack integrates perfectly into various environments, offering an energy storage solution that not only fulfils its practical function but also fits harmoniously into your space.
Easy access: The rack is designed to facilitate access to the batteries for maintenance or replacement, ensuring convenient management of the energy system.
The price refers to a single unit (a single rack). Up to 3 batteries can be installed.
Below are a few examples:
For 1 battery you need:
1 x VestWoods 9.6kWh battery rack
1 x VestWoods 9.6kWh battery rack cover
For 2 batteries, you will need:
2 x VestWoods 9.6kWh battery rack/bracket
1 x VestWoods 9.6kWh battery rack cover
1 x VestWoods 9.6kWh battery parallel connection cables
For 3 batteries, you will need:
3 x VestWoods 9.6kWh battery rack/mount
1 x VestWoods 9.6kWh battery rack cover
2 x VestWoods 9.6kWh battery parallel cables
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The set includes a 2-metre red (+) cable and a 2-metre black (-) cable, fitted with quick connectors and terminals with an M10 thread. Ideal for connecting Pytes V5a batteries to the inverter quickly and securely.
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The V-Tac portable power bank, with a capacity of 5000mAh, combines wireless charging technology with magnetic functionality, offering a modern and efficient solution for charging your devices. Designed to be ultra-slim, with a Space Grey aluminium alloy finish, this power bank is easy to carry and stylish. With 20W power output and universal compatibility with most digital devices, including smartphones, tablets and more, this power bank also supports magnetic charging for the iPhone 12 and later models. The digital indicator and multiple input and output options, including Type-C and Lightning, ensure easy and flexible use, tailored to your daily needs.
Technical specifications:
Capacity: 5000mAh
Maximum output power: 20W
Wireless charging: Up to 15W
Connectivity: Type-C input/output, Lightning input
Compatibility: Devices with wireless charging; magnetic function compatible only with iPhone 12 and later models
Dimensions: Ultra-slim, 9mm
Colour: Space Grey
Benefits:
Fast wireless and magnetic charging for compatible devices
Compact and portable design, ideal for travel
Digital display for charging monitoring
Universal compatibility with most digital devices
High-quality materials, with EMC and ROHS certifications
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The E-BOX series: the new-generation LiFePo4 battery for energy storage systems. Battery manufacturer Pytes offers a safe, well-designed and high-performance LiFePo4 solution. The battery pack is compact, easy to install, maintenance-free and can be integrated into an energy storage system by connecting multiple units in parallel. It is widely used in domestic applications, small commercial and industrial energy storage systems, as well as telecommunications stations.
Download the technical data sheet
Download the list of compatible inverters (CAN/RS485)
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The Pylontech power cable set is required to connect the battery to the photovoltaic inverter. This cable kit is compatible with the Pylontech US2000C, US3000C or Pytes battery models. Each battery unit includes the interconnect cables between batteries (parallel connection to another battery), whilst this cable kit is for connection to the inverter.
2 x 2 m power cables (positive and negative)
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The lithium iron phosphate (LiFePO4) battery is an energy storage solution used in photovoltaic systems to manage and supply electricity efficiently.
With a capacity of 9.6 kWh, this LiFePO4 battery provides a significant amount of energy that can be stored and released gradually, depending on the needs of the photovoltaic system. The high storage capacity allows it to power household appliances and equipment for several hours or even days, depending on energy consumption.
The LiFePO4 battery offers several advantages. Firstly, it is a battery with a long service life. LiFePO4 technology allows for a large number of charge-discharge cycles without significantly affecting the battery’s performance. This means the battery can be used over a long period of time without the need for frequent replacement.
Secondly, the LiFePO4 battery has high chemical stability, making it safer compared to other types of batteries. There is no risk of explosion or fire, even in the event of overcharging or overheating. This makes it an ideal choice for safety-critical applications.
Furthermore, the LiFePO4 battery is characterised by high charging and discharging efficiency. It has a low self-discharge rate, meaning that the stored energy is retained over a longer period without significant loss. Furthermore, the charging time is relatively short, allowing the battery to recharge quickly when necessary.
In conclusion, the 9.6 kWh LiFePO4 battery is a reliable and efficient solution for energy storage in photovoltaic systems. With a long service life, high chemical stability and high efficiency, this battery ensures a constant and reliable power supply for equipment and appliances connected to the photovoltaic system, helping to optimise the use of solar energy and reduce dependence on conventional energy sources.
Specifications
Storage capacity: 9.6 kWh
Charge/discharge current: 100A@25 °C
Maximum charge/discharge current: 100A@25 °C
Maximum charging voltage: 54 V
Minimum discharge voltage: 40.5 V
Nominal voltage: 48V
Housing details
Front panel: LCD
Battery type: LiFePO4
Housing colour: Black
Features
Discharge capacity: 80%
Charge cycles: >6000
Discharge temperature: -20°C to +60°C
Charging temperature: 0°–60°C
IP rating: IP20
Dimensions
Dimensions: 445*244*500mm
Product details
Pieces per pack: 1
Weight: 81 kg
Certifications and standards
Certificates: CE, EMC, RoHS
Warranty: 120 months
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This series of lithium iron phosphate batteries forms part of the new energy storage products developed and manufactured by Deye; it can be used to provide a reliable power supply for various types of equipment and systems.
It is particularly suitable for scenarios involving high power requirements, limited installation space, restricted charging, and a long cycle life.
The battery features a Battery Management System (BMS), which can manage and monitor cell information, including voltage, current and temperature. Furthermore, the BMS can balance the charging and discharging of the cells to extend the cycle life.
Multiple batteries can be connected in parallel to expand capacity and power, for higher capacity requirements and longer energy storage duration.
Lithium batteries are one of the best options for any battery management system involving solar panels and multiple batteries, as they offer excellent energy storage capacity. A lithium-based setup adequately supports any solar system and boasts excellent performance and safety ratings, enhancing usable capacity. Furthermore, the battery’s lifespan is impressive and requires no maintenance provided the user follows the recommended charging cycle.
The Lifepo4 solar battery is short for lithium iron phosphate battery, which is our company’s best-selling battery for any solar system and renewable energy sources in residential homes or commercial premises.
Convenient Weight
The lithium battery weighs just 45 kg, which makes it easy to handle during installation for various projects. Its weight also allows for the best possible arrangements to achieve the desired results.
Discharge Depth Rating
The depth of discharge rating for these lithium batteries is 90%. This is truly impressive for this large battery model and one of the reasons why they are always in demand.
Operating temperature
The charging speed of the batteries is excellent within the temperature range of 0 to 55 degrees. The discharge rate is also perfect within a temperature range of -20 to 55 degrees.
In addition to this, it is recommended to store the battery bank at a storage temperature of 0 to 35 degrees. This ensures that cycle life expectations are met and prevents degradation during storage.
Furthermore, the most suitable humidity conditions for this battery are between 5% and 95%. Adhering to these specifications will ensure a longer battery life.
Operating altitude
Another reason why these batteries perform so well and are in high demand is their ability to operate efficiently at high altitudes. These batteries are ideal for use at altitudes of up to 1,900 m.
IP rating of the casing
To increase service life and ensure that no damage occurs during transport, it is essential to purchase batteries with an excellent IP rating for the casing. The IP rating simply means that the casing is secure enough to prevent dust from damaging the components inside.
Scalable setups
Customers can purchase whatever quantity of batteries they need for their projects, as they can be arranged in scalable groups. The maximum battery pack can accommodate 64 batteries, producing up to 327 kW in a parallel connection. There is also a 32-group arrangement for smaller projects.
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Note: Depending on stock availability, the cables may differ from the image shown. It is possible that both wires (positive and negative) are black.
Power cable set for connecting batteries to the inverter. The set contains a red positive cable, a black negative cable and M12 cable lugs.
In stock
Contact us at contact@solartech.eu for more info regarding the inventory of this product.
The lithium iron phosphate (LiFePO4) battery is an energy storage solution used in photovoltaic systems to manage and supply electricity efficiently.
With a capacity of 5.12 kWh, this LiFePO4 battery provides a significant amount of energy that can be stored and released gradually, depending on the needs of the photovoltaic system. The high storage capacity allows it to power household appliances and equipment for several hours or even days, depending on energy consumption.
The LiFePO4 battery offers several advantages. Firstly, it is a battery with a long service life. LiFePO4 technology allows for a large number of charge-discharge cycles without significantly affecting the battery’s performance. This means the battery can be used over a long period of time without the need for frequent replacement.
Secondly, the LiFePO4 battery has high chemical stability, making it safer compared to other types of batteries. There is no risk of explosion or fire, even in the event of overcharging or overheating. This makes it an ideal choice for safety-critical applications.
Furthermore, the LiFePO4 battery is characterised by high charging and discharging efficiency. It has a low self-discharge rate, meaning that the stored energy is retained over a longer period without significant loss. Furthermore, the charging time is relatively short, allowing the battery to recharge quickly when necessary.
In conclusion, the LiFePO4 battery with a capacity of 5.12kWh is a reliable and efficient solution for energy storage in photovoltaic systems. With a long service life, high chemical stability and high efficiency, this battery ensures a constant and safe power supply for equipment and appliances connected to the photovoltaic system, helping to optimise the use of solar energy and reduce dependence on conventional energy sources.
Chemistry: LFP (lithium iron phosphate)
Nominal voltage: 51.2V
Operating voltage: 42V–56.8V
Nominal capacity: 100Ah
Dimensions: 445*400*130mm
Weight: 41kg
Charge/discharge current: 20A
Communication protocol: RS485, CAN
Number of 80% DOD cycles: ≥6000@25°C
Operating temperature: Charge 0°C–60°C / Discharge -20°C–60°C
Connection mode: Single or up to 16 in parallel
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The rack for the 5.12 kWh Vestwoods batteries is a robust and well-designed platform, designed to optimise the storage and management of renewable energy in a safe and efficient environment. Built to house and protect the Vestwoods batteries, this rack offers significant benefits in terms of the organisation and performance of your energy system.
Key features:
Perfect compatibility: The rack is designed to fit perfectly with Vestwoods 5.12 kWh batteries, ensuring efficient integration and optimal operation of the energy storage system.
Robust construction: Made from high-quality materials, the rack offers a robust and durable structure, ensuring reliable support for the energy storage units.
Efficient organisation: The rack is designed to organise the batteries efficiently, facilitating installation and maintenance. This helps to optimise space and increase energy efficiency.
Integrated ventilation: To prevent overheating, the rack features an integrated ventilation system designed to maintain an optimal temperature for the batteries, thereby helping to extend their lifespan.
Aesthetic design: With a modern and aesthetic design, the rack integrates perfectly into various environments, offering an energy storage solution that not only fulfils its practical function but also fits harmoniously into your space.
Easy access: The rack is designed to facilitate access to the batteries for maintenance or replacement, ensuring convenient management of the energy system.
The price refers to a single unit (a single rack). Up to 5 batteries can be installed.
Below are a few examples:
For 1 battery you will need:
1 x VestWoods 5.12kWh battery rack
1 x VestWoods 5.12kWh battery rack cover
For 2 batteries, you will need:
2 x VestWoods 5.12kWh battery rack/mount
1 x VestWoods 5.12kWh battery rack cover
1 x VestWoods 5.12kWh battery parallel connection cables
For 3 batteries, you will need:
3 x VestWoods 5.12kWh battery rack/mount
1 x VestWoods 5.12kWh battery rack cover
2 x VestWoods 5.12kWh battery parallel cables
For 4 batteries, you will need:
4 x VestWoods 5.12kWh battery rack/mount
1 x VestWoods 5.12kWh battery rack cover
3 x VestWoods 5.12kWh battery parallel cables
For 5 batteries, you will need:
5 x VestWoods 5.12kWh battery rack/mount
1 x VestWoods 5.12kWh battery rack cover
4 x VestWoods 5.12kWh battery parallel cables
