Gel batteries

We present the batteries with the best quality / price ratio on the market. Completely hermetic to avoid leaks, and with VRLA (pressure regulating valve). They consist of a silica gel electrolyte and a glass fiber separator (AGM).

They are characterized by deep discharge cycles.

There are different voltage presentations depending on the needs of the installation, between 6V and 48V.

They are robust batteries, with high resistance to changes in vibration and T ª thanks to the gel that softens the boiling / freezing points.

They are optimal for solar PV installations, especially in isolation, as they do not require maintenance or level checking.

Key benefits:

  • Charge faster than the lead ones
  • Stored, they hold a charge longer than lead
  • Greater reliability against partial states of charge (PSOC) and fast charging
  • Good performance at low temperatures
  • Higher current delivery capacity
  • Longer life with 30% more cycles than lead
  • More than 350 cycles with 100% DOD (Depth of Discharge) at 25 ° C
  • Unique design of the regulating valve: which reduces water loss and prevents air or sparks from entering
  • Vertical or horizontal installation for different installation spaces
  • Maintenance-free (no need to add water) as it uses oxygen recombination technology
  • Sealed: spill and leak proof
  • Very low level of self-discharge (> 2% / month at 25 ° C)
  • Low gassing (unless overloaded)
  • Unique plate group configuration, high quality AGM separator and battery assembly system ensure a battery with a longer service life
  • Resistant to vibrations and temperature changes
  • ABS body: Increases the robustness of the battery container
  • High purity raw material - ensures low self-discharge rate
  • No corrosion
  • Fully recyclable
  • Low acid density, correct electrolyte level and greater distance between plates allow to keep the temperature of the battery low and retard the rate of corrosion of the grid plate


It is advisable to keep the Gel battery in its natural position, that is, with the terminals facing up to extend its useful life and achieve maximum efficiency.

They must be connected in series, in parallel it weakens their battery life and efficiency.

Using optimal voltages to charge the battery, overcharging it would swell it up and cause premature failure

Specifications table