Manuals+

EASUN POWER ISolar-SML-V-10.2KW-Wifi-1

EASUN 10.2KW Hybrid Solar Inverter User Manual

Model: ISolar-SML-V-10.2KW-Wifi-1 | Brand: EASUN POWER

1. Introduction

The EASUN 10.2KW Hybrid Solar Inverter is a versatile power solution designed for both on-grid and off-grid solar applications. It features a pure sine wave output, dual MPPT solar charge controllers, and intelligent battery management to optimize energy usage and prolong battery life. This manual provides essential information for the safe and efficient installation, operation, and maintenance of your inverter.

Key Features:

  • Hybrid pure sine wave solar inverter (supports on-grid and off-grid operation)
  • Capable of working without batteries
  • Output power factor of 1.0
  • High PV input voltage range (90 ~ 500VDC)
  • WIFI and GPRS connectivity for iOS and Android monitoring
  • Built-in anti-dusk set for harsh environments
  • Integrated 180A MPPT solar charging controller (for 10.2KW model)
  • Intelligent battery charging design for optimized battery life
  • One-click restoration to factory settings
  • Double output and double PV input
  • Built-in lithium battery automatic activation
  • User-friendly touch button interface
  • Supports connection with lithium, rescue pot, and lead-acid batteries
  • Single-phase operation

2. Setup and Installation

2.1 Unboxing

Carefully unbox your EASUN 10.2KW Hybrid Solar Inverter. Inspect the package and product for any damage upon receipt. If any issues are found, contact customer support immediately.

Video: Unboxing the EASUN 10.2KW Hybrid Solar Inverter, showing the careful removal of the unit from its packaging and a brief overview of its exterior features and connection ports.

2.2 Installation Reminders

  • Strictly follow all installation and debugging instructions provided in this manual. Failure to do so may void the warranty.
  • Do not remove the warranty barcode or attempt unauthorized disassembly. This will immediately cancel the warranty.
  • Connection Order: Always connect the battery first, then the power supply (AC input), and finally the solar panel(s).
  • Before powering on and testing, double-check all connections for correctness. Pay close attention to input and output terminals.
  • Install a circuit breaker before both the input and output wiring.
  • Use only battery packs of the same type and specification. Do not connect new and old batteries simultaneously.

2.3 Mounting the Unit

Consider the following points when selecting an installation location:

  • Do not mount the inverter on flammable construction materials.
  • Mount the unit on a solid surface.
  • Install the inverter at eye level to ensure the LCD display is easily readable.
  • For proper air circulation and heat dissipation, allow a clearance of approximately 20 cm to the sides and 50 cm above and below the unit.
  • The ambient temperature should be between 0°C and 55°C for optimal operation.
  • The recommended installation position is vertically on a wall.
  • Ensure sufficient space for removing wires and other objects/surfaces as shown in the diagram.
Inverter mounting dimensions and clearances
Figure 2.3.1: Mounting the Inverter. This diagram illustrates recommended clearances (20cm side, 50cm top/bottom) and the vertical wall-mount orientation for optimal heat dissipation.

2.4 Battery Connection

The 10.2KW model supports a 48VDC system. Ensure your battery bank matches this voltage requirement.

Battery connection diagram for 10.2KW inverter
Figure 2.4.1: Battery Connection. This diagram shows how to connect four 12V batteries in series to achieve a 48VDC system for the inverter.

2.5 PV Connection

When selecting proper PV modules, consider the following parameters:

  • Open circuit voltage (Voc) of PV modules should not exceed the maximum PV array open circuit voltage of the inverter (500VDC).
  • Open circuit voltage (Voc) of PV modules should be higher than the minimum battery voltage.
PV connection diagram and module selection parameters
Figure 2.5.1: PV Connection. This diagram illustrates a typical solar panel connection to the inverter, showing the flow of energy from solar panels to the inverter, battery, and household appliances. It also includes a table with PV module selection parameters for the ISolar SML V 10.2KW model.

2.6 System Diagram

The inverter supports various operation modes, including with and without battery connected, and integrates solar, grid, and generator inputs to power household appliances.

System diagram for household appliances with inverter
Figure 2.6.1: Household Appliances System Diagram. This diagram shows the inverter connecting solar energy, power grid, and a dynamo (generator) to a battery, which then powers various household appliances.
System operation diagrams with and without battery
Figure 2.6.2: System Operation Diagrams. This image presents two main system configurations: 'Operation with battery connected' and 'Operation without battery connected', detailing how solar power, utility, and external battery packs interact to supply power to home appliances.

3. Operation

3.1 Product Overview and Controls

The inverter features an LCD display, status indicators, and touch function buttons for easy control and monitoring.

Product overview with LCD, indicators, and function buttons
Figure 3.1.1: Product Overview. This image highlights the LCD display, fault indicator, charge indicator, status indicator, and touch function buttons on the inverter's front panel.
Inverter components and ports labeled
Figure 3.1.2: Inverter Components. This diagram labels key components including the LCD display, status indicator, charging indicator, fault indicator, touch function buttons, AC input, main output, second output, PV1 and PV2 input, RS-232/WIFI/RS485 communication port, and battery input.

3.2 LED Indicators and Function Keys

The inverter uses LED indicators to show its status and provides function keys for navigation and settings.

LED indicator messages and function key descriptions
Figure 3.2.1: LED Indicators and Function Keys. This image provides a table detailing the meaning of Green (Solid On/Flashing) and Red (Solid On/Flashing) LED indicators for INV/AC, CHG, and FAULT statuses. It also describes the functions of the ESC, UP, DOWN, and ENTER keys.

3.3 Working Modes

The RGB display indicates different working modes:

  • RED: Battery mode
  • BLUE: Utility mode
  • PURPLE: Photovoltaic mode

The inverter supports various priority settings:

  • SUB Solar First (Default): Solar energy is prioritized.
  • USB Utility First: Utility power is prioritized.
  • SBU Priority: Solar-Battery-Utility priority.
RGB display for different working modes
Figure 3.3.1: RGB Display for Working Modes. This image shows the inverter's RGB display changing colors (Red, Blue, Purple) to indicate Battery mode, Utility mode, and Photovoltaic mode, respectively. It also illustrates the three priority settings: SUB Solar First (Default), USB Utility First, and SBU Priority.

3.4 Monitoring with WIFI/GPRS

The inverter supports WIFI and GPRS for remote monitoring via iOS and Android applications. This allows users to track system performance and settings from their mobile devices.

Mobile app monitoring interface
Figure 3.4.1: Mobile App Monitoring. This image displays a smartphone screen showing the inverter's monitoring application, which provides real-time data on PV input, battery capacity, and battery discharge current, along with quick settings and data logging features.

4. Maintenance

To ensure optimal performance and longevity of your EASUN Hybrid Solar Inverter, regular maintenance is recommended:

  • Periodically inspect all wiring connections to ensure they are secure and free from corrosion.
  • Keep the inverter's ventilation openings clear of dust and debris to prevent overheating. The unit has a built-in anti-dusk set for harsh environments, but regular cleaning is still beneficial.
  • Monitor the system's performance via the LCD display or mobile app for any unusual readings or fault indicators.
  • Ensure batteries are maintained according to their manufacturer's guidelines, especially regarding charging and discharge cycles.
  • If the inverter is exposed to harsh weather conditions, ensure its enclosure remains sealed and protected.

5. Troubleshooting

This section provides guidance on common issues. Refer to the LED Indicator table (Figure 3.2.1) for specific fault messages.

Common Issues:

  • No Output / Main Output Not Working:
    • Check all AC output connections and circuit breakers.
    • Verify the inverter's operating mode (Utility, Battery, PV) and ensure it's receiving adequate input power (PV or Grid).
    • Check for any fault indicators on the LCD or LED display.
    • Ensure the battery is properly connected and charged, especially if operating in battery mode.
  • Inverter Not Turning On:
    • Verify battery connections and voltage.
    • Check the AC input connection and ensure utility power is present if configured for grid-tied operation.
    • Ensure the power on/off switch is in the 'ON' position.
  • Low Power Output:
    • Inspect PV panel connections and ensure they are clean and free from shading.
    • Check PV input voltage and current against specifications.
    • Verify battery health and charge level.

For persistent issues, contact EASUN POWER customer service.

6. Specifications

Below are the detailed technical specifications for the EASUN ISolar SML V 10.2KW Hybrid Solar Inverter.

Detailed technical specifications table for EASUN ISolar SML V 10.2KW Hybrid Solar Inverter
Figure 6.1.1: Technical Specifications. This table provides comprehensive details for the ISolar SML V 8.2KW and ISolar SML V 10.2KW models, including Phase, Maximum PV Input Power, Rated Output Power, Maximum Solar Charging Current, PV Input (DC) parameters (Nominal DC Voltage, Start-up Voltage, MPPT Voltage Range, Number of MPPT Trackers/Maximum Input Current), Grid Output (AC) parameters (Nominal Output Voltage, Output Voltage Range, Nominal Output Current, Power Factor, Feed-in Grid Frequency Range), Efficiency, Two Load Output Power (Full Load, Maximum Main Load, Maximum Second Load), Off-Grid Operation (AC Input, AC Start-up Voltage, Acceptable Input Voltage Range, Maximum AC Input Current, Nominal Operating Frequency, Surge Power), Battery Mode Output (AC) parameters (Nominal Output Voltage, Output Waveform, Efficiency), and Battery & Charger specifications (Nominal DC Voltage, Maximum Solar Charging Current, Maximum AC Charging Current, Dimension, Net Weight).

Physical Dimensions and Weight:

  • Size (D x W x H): 537 x 390 x 130 mm
  • Net Weight: 14.5 kg
Inverter dimensions and weight
Figure 6.2.1: Dimensions and Weight. This image shows the inverter with its dimensions (537mm height, 390mm width, 130mm depth) and net weight (14.5kgs).

7. User Tips

  • Grid Synchronization: For users interested in injecting power back into the grid, ensure your local regulations and utility provider allow for grid synchronization. The inverter is designed for both on-grid and off-grid operation, but specific setup for grid injection may require additional components or configuration.
  • Output Troubleshooting: If the main output is not functioning, first check all physical connections and circuit breakers. Then, review the inverter's display for any error codes or status messages. Ensure the input sources (solar, grid, battery) are active and providing sufficient power.
  • Performance: Users have reported fast delivery and good product performance, indicating reliable operation when properly installed.

8. Warranty and Support

EASUN POWER products are covered by a warranty to ensure customer satisfaction.

Warranty information for EASUN products
Figure 8.1.1: Warranty Information. This image outlines warranty periods for various EASUN products: 12 months for all products from the store, 12 months for car inverters, 12 months for solar controllers, 12 months for solar inverters, 36 months for lithium-substituted lead batteries, and 10 years for wall-mounted batteries.

For specific warranty details, technical support, or service inquiries, please contact EASUN POWER customer service. Ensure you have your product model number and purchase details available.

Related Documents - ISolar-SML-V-10.2KW-Wifi-1

Preview EASUN POWER Inverter and Solar Charge Controller Product Catalog
Explore the comprehensive range of EASUN POWER inverters, including Off-Grid, On-Grid, and Hybrid Solar Inverters with Energy Storage. This document details specifications, features, and selection guides for various models like ISolar PLV, ISolar MLV, ISolar SP, and ISolar SPL series, designed for residential and commercial solar energy solutions.
Preview Easun Power: Comprehensive Solar Solutions and Inverters
Explore Easun Power's extensive range of high-quality solar inverters, charge controllers, batteries, and solar panels designed for residential and commercial applications. Discover innovative energy solutions for a sustainable future.
Preview EASUN POWER ISOLAR-SMX-II-5.6KP-WIFI All-in-One Solar Charge Inverter User Manual
User manual for the EASUN POWER ISOLAR-SMX-II-5.6KP-WIFI all-in-one solar charge inverter, detailing installation, operation, safety guidelines, features, and technical specifications for efficient solar energy management.
Preview EASUN POWER ISoar SMW PLUS Off-Grid Inverter: Selection Guide & Specifications
Detailed specifications and selection guide for EASUN POWER's ISoar SMW PLUS series of off-grid solar inverters, including models 8KW and 11KW. Features include dual outputs, wide PV input voltage, Wi-Fi monitoring, and parallel operation.
Preview Easun Power ISolar SMG II 6.2KP Hybrid Solar Inverter/Charger User Manual
Comprehensive user manual for the Easun Power ISolar SMG II 6.2KP (6.2KVA 230Vac) hybrid solar inverter/charger, covering installation, operation, specifications, and troubleshooting for reliable power solutions.
Preview EASUN POWER IGrid SV II 6KW On-Grid Inverter with Energy Storage - Technical Specifications
Detailed technical specifications and selection guide for the EASUN POWER IGrid SV II 6KW On-Grid Inverter with Energy Storage. Features include pure sine wave output, hybrid operation modes, and parallel capabilities.