Deye 5Kw Hybrid Inverter 1P/LV

Key Features:

• Smart Port (Additional AC Port) – Configurable as:
• Generator input
• Grid-tie or micro inverter input
• Smart load output for flexible energy routing
• Anti-Reflux CT Included
  Enables selective energy export or diversion of excess solar to non-essential loads.
• WIFI Dongle Included
  Supports remote monitoring and management via mobile app or portal.
• Touch Screen Interface
  Easy-to-navigate UI for real-time system control and monitoring.
• IP65 Rated Enclosure
  Built for outdoor installation with protection against dust and water.
• 5-Year Warranty
  Ensures peace of mind with long-term support.
• Parallel Operation
  Supports up to 16 units in parallel for scalable energy solutions.
• High Efficiency MPPT (99.9%)
  Dual MPPTs allow East-West configuration for optimal solar harvesting. Compatible with PV and wind turbines.
• Smart Battery Management
  Intelligent state-of-charge switching to maximize battery performance and lifespan.

Essential & Non-Essential Loads

Being able to have Essential and non-essential loads enables you to split out your heavy appliances, saving your battery backup.

Deye 5kW Hybrid Inverter Completely Autonomous

Autonomous Deye 5kW Hybrid Inverter keeps the lights on and your bills to zero with no effort.   The Deye 5kW Hybrid Inverter is smart by knowing what to do and when.

Robust & Reliable

A great-looking unit makes the Deye a firm favorite over other inverters in this range, the quality of the Deye inverters is fantastic.

Compatibility

Compatible with most  AGM and Lithium-ion batteries on the market, this inverter has many years of development making it stable and robust when configured correctly.

Blending AC & DC

The Deye is a true Hybrid inverter, it blends the DC (panels & batteries with the AC grid in the most efficient way.

Phone App

Keep on top of your consumption remotely with the Solar System monitoring iPhone or Android app.

LCD Screen

Change settings and monitor the performance of the inverter with the LCD.

5-Year Warranty

Get peace of mind with a standard  5-year warranty. 

What can the 5kw Deye inverter power?

A 5kW inverter can support a variety of electrical appliances, as long as the total power consumption at any one time does not exceed its capacity. When considering the use of appliances, it’s important to account for both their running (operational) wattage and their starting (surge) wattage, as some appliances require more power to start up than they do to run continuously.

Here are some common household appliances and their approximate power requirements, which can typically be supported by a 5kW inverter:

Essential Appliances

• Lights: LED (10-20W), CFL (10-15W), Incandescent (60-100W)
• Refrigerator: 100-800W (Note the starting surge can be 2-3 times the running wattage)
• Freezer: 100-700W (Starting surge is also higher)
• Television: 50-400W depending on size and type
• Laptop: 20-100W
• Wi-Fi Router: 5-15W

Kitchen Appliances

• Microwave: 600-1200W
• Coffee Maker: 600-1200W
• Toaster: 800-1500W
• Blender: 300-1000W
• Dishwasher: 1200-1500W (without using the drying feature)

Laundry Appliances

• Washing Machine: 500-1000W (without heating water internally)
• Clothes Dryer: Typically requires more than a 5kW capacity, especially for models that heat with electricity

Heating and Cooling

• Portable Heater: 750-1500W (It’s crucial to monitor the power usage as heaters can quickly consume a lot of power)
• Ceiling Fan: 50-100W
• Window Air Conditioner: 500-1500W (Starting surge can be significant)

Other Appliances

• Desktop Computer: 100-800W
• Vacuum Cleaner: 500-1500W
• Hair Dryer: 800-1800W (High power consumption, use with caution)

Considerations

• Surge Capacity: Ensure the inverter can handle the surge power of appliances, especially those with motors like refrigerators, pumps, and air conditioners.
• Simultaneous Usage: Be mindful of using multiple appliances simultaneously, as the total power draw should not exceed the inverter’s capacity.
• Energy Efficiency: Opt for energy-efficient models to maximize the number of appliances that can be run simultaneously.