Ritar Solar Battery 12V – 200AH

PowerPoint Systems: Ritar Solar Battery 12V – 200AH

The Ritar RA12-200 is a 12V 200Ah deep cycle AGM (Absorbent Glass Mat) VRLA (Valve Regulated Lead Acid) battery designed for solar energy storage, enabling buildings with solar PV systems to store daytime-generated electricity for use during evening hours, at night, or during grid outages. Manufactured by Ritar Power, a global battery manufacturer, the unit uses advanced AGM valve regulated technology with high-purity raw materials for consistent performance and reliable standby service life across solar, UPS, telecom, and emergency power applications.

Technical Specifications:

• Manufacturer: Ritar Power (Model RA12-200)
• Battery type: Deep cycle AGM VRLA (sealed, maintenance-free)
• Nominal voltage: 12V
• Nominal capacity: 200Ah at 10-hour rate (to 1.80V per cell at 25 degrees C)
• Maximum charging current: 60.0A
• Maximum discharge current: 2,000A (5 seconds)
• Weight: approximately 60 kg
• Wide operating temperature range
• Good high-rate discharge performance
• Applications: solar power systems, UPS/EPS, telecom backup, emergency lighting, security systems, medical equipment
• Certification: KEBS

Sustainability Features:

• Enables solar energy storage, allowing buildings with PV panels to use self-generated renewable electricity after dark or during peak demand, displacing grid electricity and reducing Scope 2 carbon emissions
• Sealed AGM construction is maintenance-free (no topping up with distilled water), reducing the operational burden and chemical handling compared to flooded lead-acid batteries
• VRLA design prevents acid spillage and gas venting under normal operation, making it safer for indoor installation in plant rooms and equipment cabinets
• Deep cycle design is purpose-built for the daily charge/discharge cycling that solar systems require, delivering longer useful life than automotive batteries repurposed for solar storage
• AGM technology has a lower self-discharge rate than flooded lead-acid, retaining more stored energy during periods of low solar generation