About ZLPOWER:

ZLPOWER is a high-tech enterprise established for decades, specializing in the production and manufacturing of renewable energy. Integrating science, industry, trade and investment, Each product is produced according to the highest quality standards. As a professional manufacturer of uninterruptible power supplies, ZLPOWER mainly produces high-frequency on-line uninterruptible power supplies, computer PC uninterruptible power supplies, rack-mounted on-line uninterruptible power supplies, low-frequency industrial three-phase uninterruptible power supplies, UPS inverters, solar power inverters, solar power charger controllers, solar power/UPS batteries and other related products.

GS Series Inverter

GS Pure Sine Wave Inverter is a combination of an inverter, AC charger, Mppt solar charger and automatic transfer switch into a complete system. The most common use of this inverter is for emergency backup power or off-grid systems for residential, business and remote power needs.

GS inverter is a low frequency pure sine wave DC 48V to AC 220V all-in-one inverter. The electrically integrated solar inverter includes an 8KW 10KW and 12KW DC 48V to 120/240 volt AC split-phase pure sine wave inverter and 2 x 80A MPPT solar charge controllers, as well as an AC charger to DC battery charger and an automatic transfer switch, making it ideal for your off-grid solar system.

With its reliable and intelligent design, the GS series solar inverters can be used for complex appliances. Not only for common appliances such as TVs computers, lights and fans, but also for inductive loads such as refrigerators, air conditioners, motors, pump compressors and laser printers.

Important Safety Warning

Before using the unit, read all instructions and cautionary markings on: (1) The unit (2) the batteries (3) all appropriate sections of the manual.

This Inverter Support 2 x 80A MPPT Solar Charger Controller

The maximum solar charging current :2 x 80A=160A

The maximum charging current : 200A (2 x 80A MPPT+80A AC Charger=200A)

Rated charge current:160A

Rated Battery voltage:48VDC

Input voltage range:60-240Vdc

Max. PV open circuit array voltage:250Vdc

Max. recommended input power (W) : 2 x 4500W

• Output Voltage: Based on the AC output voltage gear you set
• Battery Initial Voltage for Start Up: 40-62.8V

Nominal Charge Current:

• 48VDC model: Max 50A

Over Charge Protection:

• Bat. V ≥61.0Vdc, Fault, Buzzer alarm for 48Vdc

Appliances in a home operate on AC current. Solar array generates DC current. A solar charge controller regulates DC power from solar arrays to charge the batteries. Batteries function as the “bank” where excess renewable energy is deposited and then later withdrawn when needed. An inverter is required to convert DC current from the renewable source to usable AC current for appliance and other home powering needs.

Because there is variability in the renewable source, a generator is often incorporated into the system to charge batteries when needed. As the output of most generators is AC, an AC charger is needed to convert AC to DC for the purpose of charging the batteries. Essentially, off-grid solar inverter will regulate PV generation, convert power from DC to AC for consumption and AC to DC for charging.

• Automatic Generator Starting (AGS)when low battery voltage or no utility.
• Support 2 x 80A MPPT Solar Charger Controller.5 stages adjustable AC charging current. AC charging also can be closed.
• 8 kinds of battery voltage selection ( lithium LiFePO4, gel, AGM and lead Acid batteries）.
• 5 stages adjustable AC charging current. AC charging also can be closed.
• Powerful Charge Rate Up to 200Amp, Selectable From 0%-100%.
• Built-in transfer switch and battery charge, backup or off grid power solutions.
• AC/Battery Priority Mode, Designates the Inverter-Preferred UPS Configuration.
• 4-step Intelligent Battery Charging, PFC for Charger.
• Smart fan adjustment(The fan automatically adjusts the wind speed according to the ambient temperature).
• Remote control line can be connected (without accessories, optional accessories if needed).

1. Installation

1. Take out the Wi-Fi module packaging box and first confirm whether the contents of the Wi-Fi module are correct. The list is As shown below: Wi-Fi module / Antenna / Screws
2. After checking the module list, install the Wi-Fi module antenna, and install it according to the following diagram.
3. Find the installation interface of the Wi-Fi module - RS232 interface on the inverter, and RS232 indicates the location in the figure below.
4. Insert the Wi-Fi module into the RS232 interface, fix and lock both sides with screws, and the Wi-Fi module is installed OK.

2. Wireless Router Connection

1. Download APP: Scan the Code and download the APP
2. Connect Wi-Fi Datalogger: Select the same number of Wi-Fi Plug Pro PN to connect on your Phone WLAN.(InitialPassword:12345678).Open the APP, tap the Wi-Fi Config button to enter this page.
3. Network Setting: Then tap the Network Setting button. According to the prompts, type in the information to finish the network setting. After the Wi-Fi Plug Pro is restarted,reconnect the Wi-Fi which connected by step 2.1.

3. Create Account And Add Datalogger

1. Create Account: Open the APP, tap the Register button to enter this page. According to the prompts, type in the information to create an account.
2. Add Datalogger: Login the account and click the Datalogger button. Tap the “＋” button on the top-right corner of the Datalogger page. Scan the PN on the Wi-Fi Plug Pro, or input it manually. According to the prompts, type in the information to finish add datalogger.

ZLPOWER Hybrid Solar Inverter Installation Diagram

GS Series hybrid Inverter is designed to serve as a backup power supply for AC loads.

The input power of GS Series hybrid Inverter comes from PV system and AC grid which not only supply power to AC loads but also charge the battery bank when the power from AC grid or AC generator is present (also known as Line Mode).

In the event of AC grid (or AC generator) outage, the AC loads can be alternatively powered by PV system (if the illumination is sufficient) and battery bank.