MILLY MALLY ECO Solar Boost EVO kit de chauffage de l'eau 5xPV

The MILLY MALLY ECO Solar Boost EVO 5xPV is a complete off-grid photovoltaic water heating kit designed to efficiently heat water in boilers using solar energy. This system integrates a high-performance controller with a maximum PV input power of 5000 W, ensuring optimal energy harvest from up to 5 solar panels. Ideal for residential and commercial applications, it reduces electricity costs and carbon footprint.

Advantages

Harness free solar energy to heat water, achieving up to 96% system efficiency. The pure sine wave output and MPPT efficiency >99% guarantee reliable performance. With comprehensive protection features (overload, short circuit, over-temperature, reverse polarity, overvoltage), the system ensures safe operation. The LCD display provides real-time monitoring, and the forced air cooling maintains stable performance even at high loads.

Suitable for

• Resistive electric heater boilers
• Off-grid homes and cabins
• Solar water heating retrofits
• Eco-conscious households and businesses

Key specifications

• Max PV Input Power: 5000 W
• Max AC Output Power: 5000 W
• PV Input Voltage Range (MPPT): 120 - 450 V DC
• Max PV Open Circuit Voltage (VOC): 500 V DC
• Output Voltage: 230 V AC
• Output Frequency: 50 Hz
• Output Waveform: Pure Sine Wave
• MPPT Efficiency: >99%
• System Efficiency: >96%
• Display Type: LCD
• Protection Features: Overload, Short Circuit, Over-temperature, Reverse Polarity, Overvoltage
• Operating Temperature Range: -25°C to +55°C
• Ingress Protection (IP) Rating: IP21
• Cooling Method: Forced Air (Fan)
• Heater Compatibility: Resistive Electric Heaters
• System Type: Off-Grid Photovoltaic Water Heating
• Harmonic Distortion (THD): <3%
• Standby Power Consumption: <10 W
• Certifications: CE, RoHS

Recommendations

For optimal performance, install the system with a minimum of 5 PV panels (each typically 300-400 W) and ensure proper ventilation for the controller. Professional installation is recommended to comply with local electrical codes.