Deep Cycle Gel Battery Victron 12V 130AH BAT412121100

Victron Gel V130G: Maximum monobloc storage, Hermetic VRLA technology and copper flat terminals M8

The development of autonomous photovoltaic installations or high-security uninterrupted power systems requires accumulation solutions that support recurrent deep discharges without compromising their chemical integrity. Battery Victron Gel V110G or V130G solventes these critical needs by joining the catalog of solutions based on the immobilization of acid, guaranteeing optimum performance and a highly stable continuous current delivery throughout its useful life.

Garled electrolyte of great stability and high purity thermal connectivity

In front of the traditional accumulators of open-avoiding that involve constant review and distilled water filling tasks, this model of Victron it stands out by confining its electrolyte in the form of a dense gel. This structure not only avoids acid stratification, but minimizes internal evaporation and optimizes heat transfer within the chassis, allowing the battery to recover its nominal capacity efficiently after intense discharges.

Instead of incorporating the classic conical babies prone to false mechanical contacts by sulfation, the block has copper flat terminals for bolts M8. High copper conductivity minimizes internal resistance at binding points, decreasing tension falls and avoiding unnecessary heating on wiring. If you are projecting the deployment of a catchment field on tilted roofs or industrial covers for feeding this energy bank, an excellent way to mechanically secure the set is to integrate structures for aluminum extruded with high durability fixations.

Minimum rate of self-cargo and ABS chassis flame retardant

Thanks to the meticulous selection of its cast materials and the use of high purity lead alloy grilles, the Victron Gel v130g exhibits a self-cargo rate exceptionally low. This allows you to remain stored for long months without experiencing processes of deep sulfation, a highly advantageous property for second seasonal use residences or remote telecommunications stations.

The outer housing is manufactured in acrylonitrile butadiene styrene (ABS) High density with flame retardant properties and resistance to mechanical impacts, strictly complying with UL and EC international security certifications. To keep these blocks loaded to the maximum by direct uptake of clean radiation, a very widespread alternative in residential environments is equipping the roof with solar high efficiency monocrystals. Also, if you need a versatile and compact solution to reduce instantaneous consumption of your home without deploying large battery benches, you can assess the flexibility offered by modern balcony Kits autoinstalables.

Featured technical characteristics (model Victron GEL V130G):

• Official reference of the manufacturer: Bat412121100.

• Nominal block of the block: 12v.

• Nominal system of the system: 130 ah in the C20 discharge rate.

• Electrolyte technology: Gellified Deep Cycle (Hermetic structure VRLA).

• Maintenance: Fully maintenance free throughout its useful life.

• Type of output terminals: Flat copper terminals with threaded for m8 pins.

• Outdoor container material: Rigid ABS chassis resistant to fire (flame retardant).

• Device dimensions (long x wide x high): 410 mm x 176 mm x 227 mm.

• Structural net weight: 38 kg.

• Regulatory compliance: CE and UL international certifications overcome successfully.

• Factory warranty: 2 years of official coverage Victron with Global Support.

FAQ Section (Frequently Asked Questions)

1. What advantages does the gel technology of this battery provide against traditional open-acid-open models? The main advantage lies in safety, the absence of maintenance and useful life. Being the gelled electrolyte and the block sealed hermetically, there is no risk of acid leaks or liquid evaporation occurs, completely eliminating the need to review levels or fill distilled water. In addition, gel batteries tolerate significantly better continuous discharges, suffering a much smaller degradation against the daily cycles of an isolated solar installation.
2. Why are M8 copper plane terminals used instead of the usual conical terminals? Copper has an electrical conductivity much higher than that of the lead of traditional terminals. M8 copper flat terminals guarantee a perfect contact surface, which reduces electrical resistance, minimizes voltage drops and avoids high intensity overheats. When the cables with eye terminals are screwed directly on the battery, a fixed and permanent mechanical connection is achieved that does not loosen with vibrations.
3. What does it mean that it has a low self-discharge and how long can it be stored without connecting? Self-discharge is the internal energy loss experienced by any battery when it is not in use. Thanks to the use of lead-calcium grids of great purity, the Victron Gel V130G retains its load optimally, losing a minimum percentage per month. This allows you to leave it stored or shut down the solar installation of a weekend home all the winter without fear that the battery is completely discharged and damaged by sulfation.
4. Is it safe to install the battery Victron Gel V130G within habitable spaces or camperized vehicles? Yes, it is totally safe. Being an airtight accumulator regulated by safety valves (VRLA), the residual gases produced during the load are automatically recombined automatically without going outside. It does not emit corrosive gases or harmful vapors to the atmosphere, and lack of free liquid inside, it is immune to spills, allowing its assembly in inhabited areas or closed closets with total tranquility.
5. What technical precautions should be programmed in the load regulator so as not to damage the gel? It is essential to configure the loading regulator or the inverter charger in the specific profile for gel batteries. The voltage in the absorption stage must be strictly limited between the values specified by Victron (Generally between 14,1V and 14.4V for 12V blocks) and any automatic equalization must be deactivated completely. Excessive overvoltage would break the chemical balance, opening the VRLA valves and drying the gel irreversibly, which would void its useful life.