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- INVT
- XG3-10kW
- User manual
1.2.1 Transport and installation. 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 Safety precautions
Operators need to be fully familiar with the composition and operating principle of the entire grid-tied photovoltaic power generation system and related standards of the countries/regions in which the project is located.
Operators must wear personal protective equipment.
1.2.1 Transport and installation
During storage or transport, ensure the inverter package and the chassis is intact, dry and clean.
The movement and installation of the inverter require at least two persons due to its heavy weight.
Select proper tools for movement and installation to ensure the inverter can operate normally and avoid physical injury. The installation personnel must take mechanical protective measures such as wearing anti-drop shoes or working clothes to protect physical security.
The inverter must be installed by professional technicians.
Do not store or install the inverter on or close to flammable and explosive objects;
Do not install the inverter in the place where children and other public can easily touch
Remove the metal accessories in hands eg ring or bracelet before device installation and electrical connection to avoid electric shock.
The solar cell module exposed to the sunlight may generate dangerous voltage.
Users must cover the solar cell with fully-lightproof materials before electrical connection
The inverter input voltage cannot exceed the max input voltage, otherwise the inverter may be damaged.
PV grid-connected inverter is not applicable to the positive or negative ground system of solar cell panel.
Ensure inverter PE is grounded properly, otherwise the inverter cannot run normally.
Ensure the inverter is installed firmly and electrical wiring is reliable.
Note: PV grid-connected inverter is only suitable for crystalline silicon-type solar battery component.
1.2.2 Grid-connected operation
Permissions by local electric power agency must be obtained and the inverter grid-connected power generation operation must be done by professional technicians.
All electrical connections must meet the electrical standards of the
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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