FELICITY G-200AH12V 200Ah 12V Solar GEL Battery

FELICITY G-200AH12V 200Ah 12V Solar GEL

The FELICITY G-200AH12V is a high-capacity 200Ah 12V deep cycle GEL battery engineered for demanding solar energy storage, inverter backup, and off-grid power applications that require double the storage capacity of the standard 100Ah tier. Built on proven GEL electrolyte technology and rated for daily deep discharge cycling, the G-200AH12V delivers 2.4kWh of energy storage per unit — making it the preferred single-battery choice for medium-to-large residential solar systems, commercial backup installations, and off-grid facilities requiring extended backup runtimes without the space and wiring complexity of paralleling multiple smaller units.

Stepping up from the G-100AH12V, the G-200AH12V doubles the per-unit storage capacity while retaining the same sealed, maintenance-free, spill-proof GEL construction — enabling larger battery banks to be built with fewer physical units, simpler inter-battery cabling, and lower overall installation complexity.

G-100AH12V vs G-200AH12V — Choosing the Right Capacity

Both models share identical GEL technology, sealed maintenance-free construction, and 12V nominal voltage. The choice comes down to system size, available installation space, and battery bank design preference:

For medium-to-large solar installations where minimizing battery unit count reduces installation labour, inter-battery cabling cost, and connection resistance losses, the G-200AH12V delivers superior system economics at scale.

Why Choose the FELICITY G-200AH12V?

The G-200AH12V is purpose-designed for solar system designers and installers who need to build large battery banks efficiently. At 200Ah per unit, building a 48V / 400Ah battery bank — a common specification for medium commercial solar backup systems — requires only 8 units of the G-200AH12V compared to 16 units of the 100Ah equivalent. This reduction in unit count translates directly into lower installation time, fewer terminal connections to torque and inspect, reduced inter-battery cable cost, and a more compact battery bank footprint in constrained equipment room spaces.

For end users, the G-200AH12V means longer inverter runtimes per battery bank, fewer charge-discharge cycles per day on systems with large loads, and extended overall battery service life — all from a single high-capacity unit that requires zero routine maintenance.

Key Features & Specifications

200Ah Rated Capacity Delivers 200 ampere-hours of rated capacity at the standard 20-hour discharge rate (C20), providing 2.4kWh of energy storage per unit — double the per-unit capacity of the G-100AH12V. At 200Ah, a single unit can power a 100W load for approximately 20 hours, a 200W load for 10 hours, or a 500W load for approximately 4 hours at full depth of discharge — delivering meaningful standalone backup runtime before requiring recharge.

Deep Cycle GEL Technology The immobilized silica gel electrolyte delivers the full suite of GEL technology advantages optimized for high-capacity solar cycling applications:

• Deep discharge tolerance — recovers fully from discharges to 80% depth of discharge (DOD) without accelerated capacity fade, maximizing usable energy extraction across thousands of charge cycles
• No electrolyte stratification — the gel matrix physically prevents the acid stratification that progressively destroys capacity in flooded batteries under deep cycling conditions
• Internal gas recombination — sealed VRLA construction captures and recombines hydrogen and oxygen gases internally during charging, eliminating ventilation requirements and water top-up maintenance
• Stable discharge voltage curve — maintains consistent terminal voltage throughout the discharge cycle, delivering predictable inverter runtime and stable load performance even at high discharge rates
• Superior high-temperature cycle life — GEL chemistry maintains significantly higher cycle counts at elevated operating temperatures compared to AGM and flooded alternatives — critical for Kenya’s warm climate

Maintenance-Free Sealed VRLA Construction The fully sealed valve-regulated lead-acid (VRLA) design requires absolutely zero routine maintenance — no electrolyte level checks, no distilled water additions, no terminal corrosion treatment schedules. Installed and connected, the G-200AH12V delivers years of reliable deep cycle service without any intervention, making it ideal for remote off-grid installations, rooftop battery enclosures, locked equipment rooms, and any site where regular maintenance access is impractical or cost-prohibitive.

Spill-Proof Position-Independent Installation The sealed GEL construction eliminates all free liquid electrolyte, enabling installation in any physical orientation — upright, horizontal, or inverted — without any risk of electrolyte leakage, acid spillage, or corrosion of surrounding structure and cabling. This installation flexibility is particularly valuable for space-constrained battery enclosures, vehicle and marine applications, and non-standard equipment room layouts.

High Temperature Performance and Stability GEL electrolyte technology delivers superior capacity retention and cycle life at elevated ambient temperatures compared to both AGM and flooded lead-acid alternatives. In Kenya’s typical operating environment — where battery enclosure temperatures regularly reach 30–40°C — the G-200AH12V maintains full rated capacity and achieves its design cycle life, unlike technologies that suffer accelerated degradation at high temperatures.

Long Service Life and High Cycle Count Engineered for 500–800+ charge-discharge cycles at 50% depth of discharge under correct charging conditions — delivering multiple years of reliable daily solar energy storage service when charged by a quality MPPT controller set to the correct GEL battery charging profile. Cycle life extends significantly when average depth of discharge is kept below 50%, making oversized battery banks a sound long-term investment for high-cycling solar applications.

Low Self-Discharge Rate The GEL electrolyte chemistry maintains very low self-discharge rates — retaining charge effectively during extended periods of low solar input, prolonged cloudy seasons, or temporary system shutdown. The G-200AH12V can remain in storage or standby for extended periods without significant capacity loss, making it suitable for seasonal, intermittent-use, or emergency backup applications.

Universal Solar System Compatibility Compatible with all FELICITY IVEM high frequency inverters, FELICITY IVPM low frequency inverters, FELICITY SCCM MPPT charge controllers, and any third-party inverter or charge controller with a configurable GEL battery charging profile. Standard 12V terminal configuration ensures straightforward integration into any solar system wiring design across all common battery bank voltage configurations.

Battery Bank Configuration Guide

S = Series connection (increases voltage). P = Parallel connection (increases capacity). Always use identical batteries from the same production batch when building battery banks. Maximum recommended parallel strings: 4.

Runtime Estimation Guide (Single 48V / 200Ah Bank = 9.6kWh)

Runtime estimates based on 80% usable depth of discharge. Actual runtime varies with load profile, temperature, and battery age.

Ideal Applications

• Medium-to-large residential solar systems – High-capacity storage for homes requiring extended overnight backup and full household load support
• Commercial offices and retail businesses – Large battery banks for extended backup across full business operating hours during grid outages
• Hotels, guesthouses, and lodges – High-capacity solar storage for reliable guest facility power across kitchens, rooms, lighting, and security systems
• Schools and community facilities – Large energy storage for ICT labs, lighting, water pumping, and community power access in off-grid or unreliable grid areas
• Clinics and health facilities – Extended backup for vaccine cold chain refrigeration, diagnostic equipment, theatre lighting, and critical medical systems
• Large farms and agro-processing – High-capacity storage for irrigation pump systems, processing equipment, cold storage, and staff accommodation power
• Commercial cold storage – Large battery banks for refrigeration compressor backup during grid outages in butcheries, fish stores, and produce facilities
• Telecom and remote infrastructure — High-capacity storage for off-grid BTS sites, repeater stations, and remote monitoring installations requiring multi-day autonomy
• Industrial backup systems — Large battery banks for factory and workshop backup power covering control systems, lighting, and critical machinery
• Solar street lighting projects — High-capacity batteries for street lighting installations in areas requiring multiple nights of autonomy

Technical Specifications