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- XG3-10kW
- User manual
3 Inverter storage. INVT XG3-10kW, XG3-10KTL Single-phase On-grid Solar Inverter
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The INVT XG3-10KTL Single-phase On-grid Solar Inverter is a grid-tied solar inverter designed for use in photovoltaic systems to convert DC power generated by solar panels into AC power that can be fed into the utility grid. It features advanced MPPT (Maximum Power Point Tracking) technology to maximize energy harvest from the solar array, and is equipped with DRM (Dynamic Reactive power Management) and CT (Current Transformer) for grid stability and power factor correction.
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Grid-tied single -phase solar inverter Inverter storage
3 Inverter storage
If the inverter is not put into use immediately, the storage of inverter should meet the following requirements:
Do not remove the inverter outer package.
The inverter needs to be stored in a clean and dry place, and to prevent the erosion of dust and moisture.
The storage temperature should be kept at -30 ℃ ~+70 ℃ , and the relative humidity should be kept at 0%RH~100f%RH.
If multiple inverters to be stacked, it is recommended to place them according to the original
stacking layer number at the time of delivery. When stacking, please place the inverter carefully to avoid personal injury or equipment damage caused by equipment tipping.
Avoid chemical corrosive substances, otherwise it may corrode the inverter.
During storage, regular inspections are required. If insect bites or packaging damage are found, the packaging materials must be replaced in time. After long-term storage, the inverter needs to be inspected and tested by professionals before it can be put into use.
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Table of contents
- 5 1. Safety precautions
- 5 1.1Warning marks
- 6 1.2 Safety guidance
- 7 1.2.1 Transport and installation
- 7 1.2.2 Grid-connected operation
- 8 1.2.3 Maintenance and inspection
- 8 1.2.4 Waste disposal
- 9 2 Product overview
- 9 2.1 PV grid-connected power generation system
- 10 2.2 Product appearance
- 11 2.3 Nameplate description
- 12 2.4 Product model
- 13 2.5 Outline dimension and weight
- 14 2.6 The LED light panel
- 14 2.6.1 The LED light panel
- 15 2.6.2 LCD operation panel
- 16 2.7 Bottom of the inverter
- 17 3 Inverter storage
- 18 4 Installation
- 18 4.1 Unpacking confirmation
- 20 4.2 Prepare before installation
- 20 4.2.1 Installation tool
- 20 4.2.2 Installation environment
- 21 4.3 Space requirements
- 22 4.4 Mounting board size
- 23 4.5 Wall installation
- 23 4.6 Install the inverter
- 25 5 Electrical connection
- 25 5.1 Overview of electrical connections
- 25 5.2 Connect the protective ground wire
- 26 5.3 Connection of PV string
- 28 5.4 Connection of DRM & CT
- 29 5.5 Single-phase inverter grid access
- 30 6 Running
- 30 6.1 Inspection before running
- 30 6.2 Inverter grid-connected running
- 31 6.3 Inverter stop
- 31 6.4 Daily maintenance and inspection
- 31 6.4.1 Periodic maintenance on the inverter
- 32 6.4.2 Maintenance guidance
- 34 7 Troubleshooting
- 38 8 Contact information
- 39 9 Appendix