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- Battery Energy (kWh): 5 - 6
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Lithium Battery V TAC 5,12kWh VT48100E-W
In stock
V TAC brand lithium battery TAC of 5,12 kWh with working voltage of 48 V for wall mount. This solar battery can be discharged up to 80% (DOD) and up to a total of 6000 cycles. It has a high discharge current to provide high-density energy in a point-to-point manner (charge/discharge current of 100A) with the nominal charge/discharge current of 20A at 25oC.
The VT48100E-W solar batteries are modular and can connect up to 15 modules of the same type in parallel. This LiFePO lithium battery and its BMS are compatible with the vast majority of inverter brands like Deye, GoodWe, SMA, The Voltronic, Growatt, Victron, Solis, Growatt, etc... with CAN or RS485 communication.
The VT48100E-W batteries offer a 10-year warranty and are CE certified.
- New
Lithium battery V TAC 9.6kWh VT48200B
In stock
Lithium battery of brand V TAC with a capacity of 9,6 kWh with a working voltage of 48 V. This solar battery can be discharged up to 80% (DOD) and up to a total of 6000 cycles. It has a high discharge current to provide high-density power on a point-to-point basis (charge/discharge current of 100A).
The VT48200B batteries are modular and allow up to 15 modules to be connected in parallel. This lithium battery and its BMS are compatible with the vast majority of inverter brands like Deye, GoodWe, SMA, The Voltronic, Growatt, Victron, etc... with CAN/MOdbus/SNMP communication.
It has a 10-year warranty and an EC certificate.
- New
Lithium Battery V TAC 5.12kWh VT48100E-P2
In stock
V TAC lithium battery with a capacity of 5,12 kWh with a working voltage of 48 V. This solar battery can be discharged up to 80% (DOD) and up to a total of 6000 cycles. It has a high discharge current to provide high-density power on a point-to-point basis (charge/discharge current of 100A).
The VT48100E-P2 batteries are modular and allow up to 15 modules to be connected in parallel. This lithium battery and its BMS are compatible with the vast majority of inverter brands like Deye, GoodWe, SMA, The Voltronic, Growatt, Victron, etc... with CAN communication.
It has a 10-year warranty and an EC certificate.
- New
Battery GoodWe Lynx Home U Series 5,4 kWh
The Lynx Home U series of GoodWe is a low-voltage lithium battery designed for residential applications. Its small design, its safe battery technology (LFP) and its user experience are outstanding features. Thanks to the integrated self-recognition function and Plug & Play communication with investors GoodWe, are very easy to install.
The battery GoodWe The 5.4kWh 48V Lynx Home U (LV) uses the safest LiFePO4 lithium technology available on the market.
It\'s got a smart BMS built in. Up to 6 batteries can be connected in parallel (32.4 kWh). Applicable to investors GoodWe ES, ME and SBP.
Protection class IP65 of the battery GoodWe Lynx Home U is suitable for both indoor and outdoor use.
It is possible to connect up to six units simultaneously to a single inverter. What. The usable storage capacity can be increased to 28,8 kWh.
- New
Lithium battery Dyness 5,12kWh - 48V - DL5.0C
In stock
The low voltage (48V) lithium solar battery Dyness DL5.0C with a storage capacity of 5,12 kWh. Solar battery based on LiFePO4 ions (lithium and iron phosphate). With very high performance, high safety and long life (more than 6000 cycles), it has a very compact design, high usable power output and modular design. Each DL5.0C solar battery module has an independent BMS to control battery charging/discharging with the inverter.
Lithium solar battery 48V compatible with most solar inverters (Goodwe ES/EM, SMA, Victron Energy, Solis, SAJ, Voltronic power, Luxpower, Sofar The solar, Growatt, GMDE) hybrids or isolate which has a 10-year warranty. Includes cables to connect to another battery and also to connect the inverter.
SAJ - Solar Battery BU2-5.0-HV1 for ALL-In-One-Solution
This 5kWh battery module is a part of the HS2 All-In-One Solution. SAJ BU2-5.0-HV1, 5KWh, Lithium-ion, 102.4V, IP65 SAJ Electric SAJ is a global player in the inverter market, focusing on renewable energy conversion, transmission and storage solutions.
The company offers professional distributed solar inverters, hybrid inverters with battery storage and a monitoring system.
The B2 battery is a highvoltage cobalt-free LiFePO4 battery. With a sheet metal casing, it supports a structure compatible with wall mounting and stacking installation methods. The B2 battery is formed with battery modules, a base ) and a BMS controller.
The number of battery modules can be flexibly combined according to the user\'s energy demand, with a minimum of 2 modules and a maximum of 5 modules (up to 25.0 kWh).
Solar Battery GOODWE 48V 100A 5,4kWh Low Voltage
The GoodWe Lynx Home U (LV) 5.4kWh 48V battery uses the safest LiFePO4 battery technology currently available and has an integrated smart BMS.
The IP65 protection certification of the GoodWe Lynx Home U series battery makes it suitable for installations both inside and outside.
Up to six units can be expanded and connected in parallel to one inverter.
Up to 28.8 kWh of useful storage can be added.
GoodWe\'s Lynx Home U series is a low voltage lithium battery designed specifically for residential applications with superior performance.
It features a safer battery technology (LFP) to optimize the user experience. The integrated automatic parallel battery recognition function and plug & play design make battery commissioning easy.
BMS Parallel Box II for lithium batteries T58
The battery controller of lithium batteries BMS Parallel Box is a high voltage batteries controller. This controller allows to connect in parallel up to 8 batteries Triple Power T58 and connect them to hybrid inverters Solax X1 or X3. Thanks to this controller, the capacity of the ESS may be increased, also increasing its working hours. With the T-Bat-Sys.HV module, you may increase the capacity of your installation. Increase even more the lifespan of the T58 batteries due to the alternate use of the dual module.
Lithium battery Solax Power Triple Power T58 5.8kWh HV Slave V1
Lithium battery of 5.8 kWh capacity with working voltage between 100V and 131V with maximum charge and discharge current of 25A. LiFePO4 technology ensures system safety and long cycle life with very low capacity losses. Triple power lithium batteries are compatible with SolaX hybrid inverters in their SolaX X1 and SolarX X3 versions. They are easy to install and require no maintenance. This product ensures more than 6000 cycles with 90% depth of discharge (DoD) and a charge/discharge cycle efficiency of 99%. Modular system that allows connecting up to 4 lithium batteries in series obtaining up to 23.2 kWh of storage. This product includes a 5.8 kWh module. 10-year warranty
Lithium battery Solax Power Triple Power T58 5.8kWh HV Master V2
Lithium battery of 5.8 kWh capacity with working voltage between 100V and 131V with maximum charge and discharge current of 25A. LiFePO4 technology ensures system safety and long cycle life with very low capacity losses. Triple power lithium batteries are compatible with SolaX hybrid inverters in their SolaX X1 and SolarX X3 versions. They are easy to install and require no maintenance. This product ensures more than 6000 cycles with 90% depth of discharge (DoD) and a charge/discharge cycle efficiency of 99%. Modular system that allows connecting up to 4 lithium batteries in series obtaining up to 23.2 kWh of storage. This product includes a 5.8 kWh module. 10-year warranty
Lithium Solar Battery Dyness 5,12kWh - 48V - BX51100
Available for extensions
The low voltage lithium solar battery Dyness BX51100 with a storage capacity of 5,12 kWh is designed on the basis of LiFePO4 ions (lithium and iron phosphate). With very high performance, high safety and long life (6000 cycles), it has a very compact design, high usable power output and modular design. Each BX51100 solar battery module has an independent BMS to control battery charging and discharging as required.
Lithium solar battery 48V compatible with most inverters (Goodwe ES/EM, SMA, Victron Energy, Solis, I\'m not going to go into details, Sofar The solar, Growatt, GMDE) hybrid or isolated which has a 10 year warranty and certificate It includes wires to connect to another battery and also to connect the inverter.
Battery Turbo Energy Lithium Series Slim 5,1kW
Price on request, best price guaranteed
Lithium battery of the Turbo Energy brand, Lithium Series slim model of 48 V and 5,1kW.
Lithium Ferro Phosphate battery with a capacity of 5.1 kWh (100Ah 51.2V) ideal for solar installations. Compatible with Turbo Energy, Victron, Voltronic, Goodwe, Growatt, Solis, Sofar, Darfon, Sermatec and Ingeteam inverters. This battery is characterised by having the same performance being 33% thinner and 15% lighter. Parallel connection capacity of up to 15 batteries. It has a useful life of 6000 cycles and a depth of discharge of 90%. The lithium cells are protected against high temperatures and thanks to its quick connections, it is easy to install.
10 year warranty.
Battery SAJ B1 5.1KW
Lithium battery of the SAJ brand, model B1, 48 V and 5.1 kW.
Lithium battery of 5.1 kWh capacity compatible with any brand of inverters. The battery incorporates a management system (BMS) that prevents overcharging or over-discharging and maximises the efficiency of the battery. Thanks to its modular design, wiring and installation is easy and 8 devices can be stacked in parallel.
It is recommended to install the battery indoors or in sheltered areas to avoid direct light, rain or snow. It is important that the battery installation area is well ventilated, otherwise the performance and lifetime of the battery may be affected.
10 year warranty.
Battery SAJ AS1-3KS 5.1kW
Lithium battery of the SAJ brand, model AS1, 51.2 V and 5.1 kW.
Lithium battery of 5120 W of capacity compatible with any brand of inverters. This battery can be extended in capacity depending on the user\'s needs. The useful life is 6000 cycles and in case of mains failure, the battery will ensure that there is no interruption in the load. For it to work correctly, the installation must be connected to the grid and have the eSolar AIO3 sticks for wired communication or the eSolar 4G/GPRS stick for WiFi connection. It is recommended to install the battery indoors or in protected areas to avoid direct light, rain or snow. The battery uses the wind as a cooling mode.
Warranty of 10 years
Battery Turbo Energy Lithium Series 5,1kW
Price on request, best price guaranteed
Lithium battery of the Turbo Energy model, Lithium Series model of 48 V and 5,1kW.
Lithium Ferro Phosphate battery of 5.1 kWh capacity (100Ah 51.2V) suitable for solar installations. Compatible with Turbo Energy, Voltronic inverters. Parallel connection capacity up to 6 units. Lifetime of 6000 cycles and 98% charge/discharge efficiency. The lithium cells are protected against high temperatures and thanks to its quick connections, it is easy to install.
10 year warranty.
Lithium solar battery Huawei LUNA2000 de 5kWh + BMS
LUNA2000 is Huawei\'s high voltage lithium battery. It is a 5 kWh accumulation module with its management system compatible with Huawei KTL hybrid solar inverters in both single-phase and three-phase versions. Equipment with IP65 degree of protection, 10 years warranty with maximum output power of 2.5 kWh and up to 3.5kWh transiently. The Huawei lithium battery operates at 360V for single-phase systems and 600V for three-phase systems.
Huawei lithium battery ensures the energy storage of the solar system in a safe and efficient way.
More on solar and wind batteries
Wind and solar batteries in a renewable energy installation store excess electricity for later use when the solar modules or solar panels or wind turbines produce energy surplus. In conjunction with a photovoltaic system, solar power can also be used when there is no sunshine, i.e. when the solar modules are not currently generating electricity but it was generated previously. It stores surplus energy to use at another time of the day or when there is no production.
Photovoltaic systems without batteries produce solar power that must be used instantly. This could be not the best option for some consumers, as electricity is mainly generated during the day. During this time, however, the electricity demand could be low. As a rule, the demand increases significantly in the evening hours. With a battery, you can use solar power not needed during the day when you really need it.
Without having to change your habits, you can achieve
- the sustainable reduction of your electricity bill,
- your personal contribution to the energy turnaround and the optimization of your own consumption, and
- increasing independence from the energy supplier.
For operators of private photovoltaic systems, it is now cheaper to consume the solar power themselves than to feed it into the public grid and receive the feed-in tariff for it. As a result, the demand for storage facilities has increased significantly and due to the increased own consumption, the electricity costs decrease significantly.
With access to a wide range of products from various manufacturers, we can help you find the right battery for your wind turbine or solar power systems, so it can store electrical energy to use when the solar modules or solar panels or wind turbines do not produce enough.
How much storage capacity do I need in my batteries?
The amount of capacity you need for your batteries will depend on several factors and the specific use you will make of the batteries. Here are some steps that can help you determine the right capacity:
- - Determine the purpose: What are you going to power with the batteries? It could be a house, a facility, a vehicle, electronic equipment, etc.
- - Calculate the energy demand: Analyse how much energy will be consumed by the devices or facility you plan to power with the batteries. This is measured in watts (W) or kilowatts (kW). You can consult device specifications or use energy meters to obtain this information.
- - Estimate the backup time required: Decide how long you want the batteries to provide backup power. This may vary depending on your needs and the availability of other power sources.
- - Calculate the storage capacity: Multiply the power demand in kilowatts (kW) by the required backup time in hours (h). This will give you the total capacity needed in kilowatt-hours (kWh).
- - Consider additional factors: In addition to the power demand, you should consider other factors such as the efficiency of the battery system, the depth of discharge (DOD), the ambient temperature and the expected lifetime of the batteries.
It is important to mention that, in some cases, it may also be useful to consider the charge and discharge rate batteries can handle, especially if you plan to use renewable energy to recharge them.
If you need considerable storage capacity or have specific requirements, it is advisable to consult a professional or a company specialising in energy storage systems to get an accurate assessment and a solution tailored to your needs.
What types of batteries are there and what are the differences?
There are several types of solar batteries available on the market, and each has its own characteristics and differences. Below is an overview of the most common types of solar batteries and their differences:
Lead-acid batteries:
Liquid electrolyte lead-acid batteries: These are the oldest and most common in solar applications. They have proven technology and are affordable, but are heavy and need regular maintenance, such as replenishing with distilled water.
Lead-acid gel batteries: Use a gel electrolyte instead of liquid, which makes them less prone to spills and leaks. They are more expensive than liquid electrolyte batteries, but require less maintenance.
Lithium-ion batteries:
Lithium-ion iron phosphate (LiFePO4) lithium-ion batteries: These are known for their durability, high efficiency and long life. They are maintenance-free, lighter and more compact than lead-acid batteries, and can be discharged more deeply without damage. However, they tend to be more expensive than lead-acid batteries.
Lithium-nickel-nickel-cobalt-manganese (Li-NiCoMn) lithium-ion batteries: These are a cheaper but less durable option than LiFePO4. They have a good energy density and are lightweight.
Monoblock batteries:
Monoblock batteries are generally compact units that contain multiple cells and components in a single block. They are available in various capacities and sizes, but are usually smaller and more portable compared to stationary batteries. Some monoblock batteries, especially lead-acid batteries, may require periodic maintenance, such as checking and replenishing the level of distilled water in the cells. These batteries are used in smaller, more mobile applications, such as solar power systems for caravans or boats, recreational vehicles, and residential backup power systems. They have a moderate service life and are suitable for lighter, occasional applications.
Sealed Maintenance-Free Batteries:
Sealed maintenance-free batteries, such as AGM (Absorbent Glass Mat) and VRLA (Valve-Regulated Lead-Acid) batteries, have a sealed design that prevents electrolyte leakage and do not require regular maintenance. They come in a variety of sizes and are suitable for applications where access is limited. As the name suggests, these batteries are designed to require no regular maintenance. There is no need to check or top up the water level, which makes them more convenient in many applications. These batteries are suitable for a wide range of applications, including power backup systems, security systems, emergency lighting systems, telecommunications systems and more, where a reliable power source is needed without constant maintenance. They have a moderate to long service life, depending on the type and conditions of use.
Stationary Batteries:
Stationary batteries are designed for stationary or fixed applications and are generally larger and heavier than monoblock batteries. They may have a sealed or unsealed construction, depending on the type, but are often used in applications where high energy storage capacity is required. Stationary batteries can be either maintenance or maintenance-free, depending on the specific type. VRLA and AGM batteries are examples of maintenance-free stationary batteries. They are used in applications where larger energy storage capacity is required and where ease of maintenance is a secondary concern. This includes critical backup systems, large-scale renewable energy systems and industrial applications. They tend to have a longer service life and are suitable for applications requiring long-term durability.
Flow batteries:
Vanadium flow batteries: Use vanadium solutions instead of solid or liquid electrolytes. They are known for their long life, flexible charge and discharge capability, and are suitable for large-scale energy storage applications, but tend to be expensive.
Solid-state batteries:
Solid-state batteries: These are under development and use solid electrolyte technology instead of liquid or gel. They promise higher efficiency, safety and longer life, but are still in the process of commercialisation and can be expensive.
The main differences between these solar batteries include lifetime, cost, energy density, efficiency, maintenance, and charge/discharge capability. The choice of solar battery will depend on your specific needs, budget and the conditions of your solar installation. It is important to consult with a solar professional to determine the best option for your project.
If you have any additional question regarding what batteries to use please contact us at info@tienda-solar.es