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Mercury Solar Hybrid Inverter 24V/3500Va
Key Features
Brand: Mercury
Pure sine wave inverter & ECO friendly
Configurable input voltage range for home appliances
and personal computers.
Configurable battery charging current based on
applications via LCD setting.
Configurable AC/Solar Charger priority.
Compatible to mains voltage or Generator power.
Auto restart while AC is recovering & Cold start function.
Overload/ Over temperature & Short circuit protection.
Smart battery charger design for optimized battery performance
1 Year Warranty
Mercury Solar Hybrid Inverter 24V 3500VA
The Mercury Solar Hybrid Inverter 24V 3500VA represents a crucial advancement in residential and commercial energy management. This sophisticated system integrates a pure sine wave power inverter, an intelligent solar charge controller, and an automated battery backup framework. The unit provides continuous power tracking by managing inputs from solar arrays, deep-cycle batteries, and the main utility grid.
Core Engineering Capabilities
Pure Sine Wave Output
The inverter delivers clean, low-distortion electrical output. This premium waveform safeguards sensitive electronics from harmonic interference. It ensures stable operation for refrigeration units, computing infrastructure, and clinical equipment.
Integrated Charge Management
An internal smart controller maximizes solar energy harvest. The system dynamically adjusts charging parameters based on real-time atmospheric conditions. This precise voltage regulation prevents thermal runaway and extends battery lifespan.
Configurable User Interface
The front-mounted digital display provides real-time operational telemetry. Operators can modify AC input voltage thresholds directly through the panel. It allows user-defined adjustments to battery charging current limitations.
Automated System Safeguards
Advanced internal circuitry protects against short circuits and operational overloads. Auditory and visual warning indicators alert operators to system faults. Immediate thermal shutdown protocols prevent internal component degradation.
Dual-Input Prioritization
Users can manually configure power source hierarchy. The system selects between utility grid power and solar input priority. This customization aligns operation with local utility pricing and solar availability.
Intelligent Thermal Regulation
Variable speed fans provide active cooling during operation. The system adjusts fan speeds based on internal temperature sensors. This regulation lowers noise levels and reduces dust accumulation inside the chassis.
Wide Input Voltage Flexibility
The system manages broad variations in incoming power. It handles fluctuating grid voltages without shifting immediately to battery mode. This feature conserves battery cycles for actual blackouts.
Cold Start Functionality
The unit boots up using battery reserves alone. It does not require utility grid voltage to initialize operation. This capability ensures power access during total grid blackouts.
Technical Specifications
-
- Apparent Power Rating: 3500VA
- System DC Voltage: 24V
- Output Waveform: Pure Sine Wave
- AC Input Range: Configurable via LCD Panel
- Transfer Time: Millisecond Automatic Switching
Operational Advantages of the 24V 3500VA Framework
The 24V architecture offers an ideal balance between system installation cost and electrical efficiency. Operating on a two-battery configuration lowers the initial capital required for storage banks. The 3500VA threshold provides sufficient capacity to sustain critical infrastructure during primary grid failures. It supports workspace lighting, commercial workstations, and essential refrigeration simultaneously.
The hybrid architecture prioritizes renewable energy utilization during peak sunlight hours. The system directs excess photovoltaic energy to the storage bank for nighttime operation. It draws power from the utility grid only when solar production and battery reserves fall below operational thresholds. This automated prioritization strategy minimizes grid reliance and lowers operational expenditures.
Frequently Asked Questions
What electrical loads can this system sustain?
This unit sustains standard office and household electrical equipment. It supports desktop computers, server racks, refrigerators, cooling fans, and LED fixtures. High-surge inductive loads like central air conditioners require independent assessment.
What is the specific battery requirement?
This model functions strictly on a 24V DC bus. It requires two 12V deep-cycle batteries wired in series. Users can deploy absorption glass mat or gel variants for optimal compatibility.
Does this system allow configuration for grid interaction?
The system prioritizes local load consumption and battery replenishment over utility export. Users must consult local utility regulations regarding specific grid-interactive capabilities.
