Solar inverter 10kw
A 10kW solar inverter without battery designed to work only during the daytime (i.e., a grid-tied or on-grid inverter) with a maximum DC input voltage of 450V will function as follows:
Key Features:
Type: Grid-tied solar inverter (no battery backup)
Power Capacity: 10 kilowatts (kW)
Input Voltage (DC): Max 450V DC (ensure solar panel array design stays within this limit)
Operation Time: Only during sunlight hours (no battery = no power at night or during grid outages)
Usage: Ideal for daytime load consumption or feeding excess to the grid (if net metering is available)
Requirements:
1. Solar Panel Configuration:
Panels must be connected in series/parallel to deliver up to 450V DC without exceeding it.
For example, if using 40V panels, about 10–11 in series = ~400–440V.
2. MPPT Range:
Ensure inverter's MPPT (Maximum Power Point Tracking) range is compatible with your panel configuration.
Typical MPPT range might be 150V–430V DC (varies by brand).
3. AC Output:
Can be single-phase (230V) or three-phase (400V) depending on the inverter model and your electrical system.
4. Safety Note:
The inverter shuts down if sunlight is not available or if the grid is down (unless it’s a hybrid or off-grid inverter).
Recommended Use:
Shops, Offices, Schools, or Factories with daytime operations.
Old price:
45,000.00 (PKR)
40,000.00 (PKR)
A 10kW solar inverter without battery designed to work only during the daytime (i.e., a grid-tied or on-grid inverter) with a maximum DC input voltage of 450V will function as follows:
Key Features:
Type: Grid-tied solar inverter (no battery backup)
Power Capacity: 10 kilowatts (kW)
Input Voltage (DC): Max 450V DC (ensure solar panel array design stays within this limit)
Operation Time: Only during sunlight hours (no battery = no power at night or during grid outages)
Usage: Ideal for daytime load consumption or feeding excess to the grid (if net metering is available)
Requirements:
1. Solar Panel Configuration:
Panels must be connected in series/parallel to deliver up to 450V DC without exceeding it.
For example, if using 40V panels, about 10–11 in series = ~400–440V.
2. MPPT Range:
Ensure inverter's MPPT (Maximum Power Point Tracking) range is compatible with your panel configuration.
Typical MPPT range might be 150V–430V DC (varies by brand).
3. AC Output:
Can be single-phase (230V) or three-phase (400V) depending on the inverter model and your electrical system.
4. Safety Note:
The inverter shuts down if sunlight is not available or if the grid is down (unless it’s a hybrid or off-grid inverter).
Recommended Use:
Shops, Offices, Schools, or Factories with daytime operations.