FELICITY G-100AH12V 100Ah 12V Solar GEL Battery

FELICITY G-100AH12V 100Ah 12V Solar GEL Battery

FELICITY G-100AH12V is a high-performance 100Ah 12V deep cycle GEL battery engineered for reliable, long-life energy storage in solar power systems, inverter backup installations, and off-grid applications across residential, commercial, and industrial environments. Built on proven GEL electrolyte technology, the G-100AH12V delivers superior deep discharge recovery, maintenance-free operation, and exceptional cycle life compared to conventional flooded lead-acid batteries — making it the dependable energy storage foundation for any solar investment.

Whether paired with a FELICITY inverter, a standalone MPPT charge controller, or integrated into a hybrid solar system, the G-100AH12V provides stable, consistent power delivery across the full depth of discharge range — from routine daily cycling to extended backup scenarios during prolonged grid outages.

Why GEL Technology? GEL vs AGM vs Flooded Lead-Acid

Choosing the right battery chemistry is as important as choosing the right inverter or solar panels. Each technology has distinct characteristics that make it suited to specific applications:

For Kenya’s climate — characterized by high ambient temperatures, variable grid reliability, and frequent deep discharge cycles from daily solar use — GEL technology is the optimal battery chemistry for long-term solar storage performance and lowest total cost of ownership.

Why Choose the FELICITY G-100AH12V?

The FELICITY G-100AH12V is specifically designed and rated for solar and cyclic applications — not standby or UPS use. This distinction is critical: batteries marketed for standby use are optimized for shallow discharges and infrequent cycling, and degrade rapidly when subjected to the daily deep cycling of a solar system. The G-100AH12V is built from the ground up for the charge-discharge cycling demands of solar energy storage — delivering rated capacity and cycle life under real-world solar operating conditions.

Its 12V nominal voltage makes it the foundational building block for all common solar system battery bank configurations — use a single unit for small 12V systems, connect two in series for 24V banks, or configure four in series for 48V banks — all from the same battery model.

Key Features & Specifications

100Ah Rated Capacity Delivers 100 ampere-hours of rated capacity at the standard 20-hour discharge rate (C20), providing substantial energy storage for residential and small commercial solar applications. At 12V nominal voltage, the G-100AH12V stores 1,200Wh (1.2kWh) of energy per unit — scalable by adding batteries in series or parallel to meet larger system requirements.

Deep Cycle GEL Technology The immobilized silica gel electrolyte eliminates the free liquid acid present in flooded batteries, delivering key advantages for solar storage:

• Deep discharge tolerance — recovers fully from discharges to 80% depth of discharge (DOD) without capacity loss, enabling maximum usable energy extraction per cycle
• No electrolyte stratification — the gel matrix prevents acid stratification that causes capacity fade in flooded batteries over time
• No gassing during normal operation — the sealed recombination design captures and recombines hydrogen and oxygen gases internally, eliminating the need for ventilation requirements or water top-up
• Consistent performance across the discharge curve — maintains stable terminal voltage throughout the discharge cycle, delivering predictable inverter runtime and load performance

Maintenance-Free Sealed Design The fully sealed valve-regulated lead-acid (VRLA) construction requires zero routine maintenance — no water topping, no electrolyte checks, no terminal cleaning schedules. Once installed and connected, the G-100AH12V operates reliably for years without intervention, making it ideal for remote off-grid sites, roof-mounted battery enclosures, and installations where regular maintenance access is impractical.

Spill-Proof and Position-Independent Installation The sealed GEL construction means the battery can be installed in any orientation — upright, on its side, or inverted — without risk of electrolyte leakage or spillage. This flexibility simplifies battery bank layout in tight enclosures and non-standard installation configurations.

High Temperature Performance GEL electrolyte technology maintains superior performance and cycle life at elevated ambient temperatures compared to AGM and flooded alternatives — a significant advantage in Kenya’s warm climate where battery enclosure temperatures can regularly exceed 30–35°C. The G-100AH12V is engineered to deliver full rated capacity and service life within Kenya’s typical operating temperature range.

Long Service Life and High Cycle Count Engineered for 500–800+ charge-discharge cycles at 50% depth of discharge under standard operating conditions — delivering years of reliable solar energy storage service when correctly charged and maintained within recommended parameters by a quality MPPT charge controller.

Low Self-Discharge Rate The GEL electrolyte chemistry significantly reduces self-discharge compared to flooded lead-acid batteries — retaining charge effectively during periods of low solar input, extended cloudy seasons, or temporary system downtime. The low self-discharge rate also makes the G-100AH12V suitable for seasonal or intermittent-use off-grid installations.

Universal Compatibility Compatible with all FELICITY inverters, FELICITY SCCM MPPT charge controllers, and any third-party solar charge controller or inverter with a configurable GEL battery charging profile. The standard 12V terminal configuration ensures straightforward integration into any solar system wiring design.

Battery Bank Configuration Guide

The G-100AH12V 12V architecture enables flexible battery bank design for any system voltage requirement:

S = Series connection (increases voltage). P = Parallel connection (increases capacity). Always use identical batteries from the same production batch when building battery banks.

Ideal Applications

• Residential solar backup systems – Primary energy storage for home solar installations paired with FELICITY or third-party inverters
• Off-grid homes and rural electrification – Reliable daily cycling energy storage for properties without grid access
• Small business and retail backup – POS systems, lighting, CCTV, and refrigeration backup during KPLC outages
• Solar street lighting – Dependable nightly discharge cycling for standalone street light battery banks
• Borehole pump storage – Buffer battery storage for solar-powered pump systems with intermittent operation
• CCTV and security systems – Continuous backup power for surveillance and access control infrastructure
• Telecommunications and remote monitoring – Battery storage for off-grid BTS sites and remote sensor installations
• Medical and clinic backup – Reliable backup for vaccine refrigerators, diagnostic equipment, and lighting in health facilities
• Schools and community centres – Solar energy storage for ICT labs, lighting, and community power access
• Marine and mobile applications – Sealed spill-proof design suitable for boats, caravans, and mobile off-grid setups