UTL 200Ah Heavy Duty Tubular Inverter Battery (UST2060)

UTL 200Ah Heavy Duty Tubular Inverter Battery (UST2060)
The UTL 200Ah Heavy Duty Tubular Inverter Battery is built for users who require extended backup without compromising reliability. Whether it’s supporting a larger household during long power cuts or storing energy generated by a rooftop solar system, this battery delivers dependable performance day after day.

Its advanced tubular gauntlet positive plate design improves active material retention, helping extend battery life under repeated charging and discharging. Combined with a superior active material formulation and corrosion-resistant grid alloy, the battery offers excellent durability and dependable power output over years of operation.

The battery features float vent plugs that make electrolyte level inspection simple, while non-leaking vent plugs help maintain a clean and safe installation. Manufactured using a high-pressure die-casting process, every plate is engineered for consistent quality and long-term reliability.

Designed with a very low self-discharge rate of approximately 2mV per day, the battery retains stored energy efficiently even during periods of limited use. Its robust construction also delivers an impressive 1500+ life cycles at 80% Depth of Discharge (DOD), making it a dependable energy storage solution for homes and businesses experiencing frequent power interruptions.

Whether connected to a home inverter, hybrid inverter, or off-grid solar system, this 200Ah inverter battery provides reliable backup for multiple household appliances, office equipment, and essential electrical loads.

Product Specifications

Key Features

• 200Ah capacity at C10 discharge rate
• Advanced tubular gauntlet positive plate technology
• 1500+ life cycles at 80% DOD
• Superior active material with corrosion-resistant grid alloy
• Float vent plug with electrolyte level indicator
• Non-leaking vent plug design
• Heavy-duty polypropylene IT500 container
• High-pressure die-cast plate construction
• Very low self-discharge rate (approximately 2mV/day)
• Designed for inverter and solar applications
• 60-month warranty

Applications

The 200Ah tubular inverter battery is ideal for:

• Large homes with higher backup requirements
• Rooftop solar power systems
• Hybrid solar inverter systems
• Off-grid solar installations
• Offices and commercial establishments
• Retail stores and showrooms
• Clinics and healthcare facilities
• Farmhouses
• Schools and educational institutions
• CCTV, networking equipment, and other critical loads

Frequently Asked Questions

Is this battery suitable for solar power systems?

Yes. The battery is C10 rated, making it well suited for solar applications where energy is discharged over longer durations. It also performs efficiently with conventional home inverters.

What does a C10 battery rating mean?

The C10 rating measures battery capacity over a 10-hour discharge period. This provides a realistic indication of usable capacity for inverter and solar applications, where batteries typically discharge gradually.

Why should I choose a tubular inverter battery?
Tubular batteries are designed to handle frequent deep discharge cycles, offer a longer service life, recover well after charging, and generally perform better than conventional flat plate batteries in areas with regular power cuts.

How many charging cycles can this battery deliver?
Under recommended operating conditions, the battery is designed to provide 1500+ life cycles at 80% Depth of Discharge (DOD).

Does the battery require maintenance?
Yes. Like other flooded tubular batteries, periodic inspection of electrolyte levels and topping up with distilled water will help maintain optimum performance and service life.

Where can this battery be used?

This battery is suitable for residential inverters, hybrid and off-grid solar systems, offices, retail stores, clinics, educational institutions, and other applications requiring dependable long-duration backup.

What makes this battery suitable for longer backup?
Its 200Ah capacity, robust 3+4 plate combination, advanced tubular construction, and low self-discharge characteristics enable it to store more energy and deliver reliable backup for higher loads over longer durations.