Power Banks
Brother Printers
IP PBXs
Mercury Solar Hybrid Inverter 48V/5500Va
Key Features
Brand: Mercury
Model: 5.5KVA Hybrid MPPT Solar Inverter
Voltage: 48V DC
MPPT Charge Controller: 80A
Output Voltage: 220V / 230V / 240V (Adjustable)
Battery Compatibility: Supports both Lead-Acid and Lithium batteries
BMS Communication: Includes a CAN port
Monitoring: Optional Wi-Fi monitoring is available
Protection: Features include overload and short-circuit protection
Power-Saving Mode: Includes a power-saving mode
1 Year Warranty
Mercury Solar Hybrid Inverter 48V 5500VA
The Mercury Solar Hybrid Inverter 48V 5500VA represents a premium tier advancement in large-scale residential and commercial energy management. This high-capacity system integrates a pure sine wave power inverter, a high-voltage solar charge controller, and an automated industrial-grade battery backup framework. The unit provides continuous power tracking by managing heavy electrical loads through inputs from high-voltage solar arrays, deep-cycle battery banks, and the main utility grid.
Core Engineering Capabilities
High Capacity Pure Sine Wave Output
The inverter delivers substantial, low-distortion electrical output capable of running heavy machinery and appliances. This premium waveform safeguards sensitive digital electronics and high-surge motors from harmonic interference. It ensures stable operation for central refrigeration units, extensive computing infrastructure, air conditioners, and water pumps.
Integrated High Voltage Charge Management
An internal smart controller maximizes solar energy harvest from expansive solar arrays. The system dynamically adjusts charging parameters based on real-time atmospheric conditions and high-voltage photovoltaic inputs. This precise voltage regulation prevents thermal runaway and extends the lifespan of large battery banks.
Configurable User Interface
The front-mounted digital display provides real-time operational telemetry and performance metrics. Operators can modify AC input voltage thresholds directly through the panel to suit unstable grid environments. It allows user-defined adjustments to battery charging current limitations and cut-off voltages.
Automated System Safeguards
Advanced internal circuitry protects against short circuits, operational overloads, and high-temperature spikes. Auditory and visual warning indicators alert operators to system faults before critical damage occurs. Immediate thermal shutdown protocols prevent internal component degradation under extreme conditions.
Dual-Input Prioritization
Users can manually configure power source hierarchy based on cost efficiency. The system selects between utility grid power priority and solar input priority. This customization aligns operation with local utility pricing structures and daily solar availability.
Intelligent Thermal Regulation
Variable speed cooling fans provide active thermal management during high-load operations. The system adjusts fan speeds based on internal temperature sensors and power conversion demands. This regulation lowers noise levels and reduces dust accumulation inside the chassis.
Wide Input Voltage Flexibility
The system manages broad variations in incoming grid power without stress. It handles fluctuating grid voltages without shifting immediately to battery mode, reducing battery wear. This feature conserves battery cycles for actual prolonged blackouts.
Cold Start Functionality
The unit boots up using battery reserves alone without requiring external AC input. It does not require utility grid voltage to initialize operation or diagnose system health. This capability ensures power access during total grid blackouts and isolated off-grid setups.
Scalable Parallel Capability
The engineering design supports parallel operations to scale up power capacity. Users can connect multiple units together to handle larger commercial building loads. This feature allows businesses to expand their solar system as power demands grow.
Enhanced Industrial Transient Response
The inverter handles sudden load spikes smoothly when heavy motors kick in. It prevents voltage sags that cause computers to reset during power handoffs. This ensures seamless continuity for office workplaces and light industrial workshops.
Technical Specifications
-
- Apparent Power Rating: 5500VA
- System DC Voltage: 48V
- Output Waveform: Pure Sine Wave
- AC Input Range: Configurable via LCD Panel
- Transfer Time: Millisecond Automatic Switching
Operational Advantages of the 48V 5500VA Framework
The 48V architecture offers the highest level of electrical efficiency for high-capacity power systems. Operating on a four-battery configuration significantly reduces current line losses and cable heat generation compared to lower voltage systems. The 5500VA threshold provides massive capacity to sustain heavy infrastructure during primary grid failures. It supports entire households, commercial workstations, and multiple refrigeration units simultaneously.
