MK Battery DEKA 180AH 6V Gel Battery – 8GGC2-DEKA

The MK Battery 8GGC2-DEKA is a top-choice battery for renewable energy systems, offering dependable and maintenance-free power. This gel battery is built to withstand frequent deep cycles, making it ideal for various green energy applications. With its advanced gelled-electrolyte technology, it ensures long-lasting performance and reliability.

Product Features

Sealed, Valve-Regulated Construction

This feature eliminates the need for periodic watering and prevents acid fumes and spills, ensuring hassle-free maintenance and safe usage, especially in residential areas.

Exclusive Gel Electrolyte

The battery incorporates a gelled electrolyte that requires no additional liquid, promoting consistent performance without the need for regular checks of specific gravity.

Durable Grid Design

Equipped with compu-cast power path grids and computerized oxide control, this battery offers increased durability and deep cycle capability, ideal for heavy demand applications.

Low Standby Loss

With less than 2% per month stand loss, this battery experiences minimal deterioration even during transport and storage, providing peace of mind when handling logistics.

Non-Spillable and Safe Transport

Rated non-spillable by ICAO, IATA, and DOT, the battery can be safely transported without special containers, offering versatility for various installation environments.

How It Works

The MK Battery 8GGC2-DEKA operates using a gelled-electrolyte mechanism, efficiently cycling energy to provide substantial power for renewable energy uses. This battery is engineered for high reliability and longevity under frequent and demanding cycling conditions.

Proprietary Gel Mixing

Ensures a consistent and homogeneous gel composition, crucial for extended battery life and performance reliability.

Ultrapremium Sealing Valve

Maintains cell pressure integrity while safely releasing excess pressure, preventing contamination and ensuring operational safety.

Exclusive Computerized Filling Process

This process ensures optimal gel-to-plate interface and removes any air pockets, enhancing overall battery power and efficiency.

Specifications