GWS1.5K hybrid lcd pure sine wave 24v inverter 1500w

GWS1.5K hybrid lcd pure sine wave 24v inverter 1500w is a reliable and efficient power solution that caters to the diverse needs of modern consumers.

Equipped with advanced hybrid technology, 24v inverter 1500w efficiently converts DC power from batteries into AC power, ensuring a stable and consistent electricity supply. With a pure sine wave output, it guarantees compatibility with sensitive electronics, providing clean and reliable power without any distortion or interference.

Built to withstand the rigors of everyday use, the GWS1.5K hybrid solar inverter boasts robust construction and high-quality components. Its 1500W power rating enables it to handle a wide range of electronic devices and appliances, from laptops and TVs to power tools and kitchen appliances, making it an indispensable companion for both home and outdoor applications.

With configurable AC/solar input priority via LCD setting, you have complete control over how your power is utilized, optimizing energy usage to suit your needs. Compatible with mains voltage or generator power, hybrid solar inverter seamlessly integrates with various power sources for added versatility.

24V Inverter 1500W Features

Hybrid Off-Grid Design

Seamlessly integrates with solar panels and traditional power sources for reliable energy supply.

Pure Sine Wave Output

Provides clean and stable power, ideal for sensitive electronics.

Built-in MPPT Solar Charge Controller

Maximizes solar energy utilization for increased efficiency.

Isolated Toroidal Transformer

Enhances safety and performance by isolating the input and output circuits.

Selectable Charging Current

Allows customization of charging process for optimal battery performance.

Configurable AC/Solar Input Priority

Flexibility to prioritize power sources based on preference or availability.

Auto Restart Function

Automatically resumes operation upon AC power recovery for uninterrupted power supply.

Cold Start Function

Enables solar power system startup without external power sources for added reliability.

Compatibility with LiFePO4 Lithium Battery

Supports advanced battery technology for long-lasting performance, but it can not communicate with LiFePO4 lithium battery.

User-Friendly LCD Display

Featuring an intuitive LCD display, this inverter offers real-time monitoring of input voltage, output voltage, battery level, and load status, allowing users to stay informed about their power consumption and system performance.

Off Grid Inverter Diagram

Hybrid Inverter Details

LCD Display

Connection Block

Error code reference

Safety is paramount, and this inverter prioritizes it with a comprehensive range of protection features. From overload protection and short-circuit protection to overheat protection and low-voltage alarm, it ensures the safety of both the inverter and connected devices, giving you peace of mind in any situation.

24V Inverter Operating Modes

#1. Utility charger as first priority (default)

• Simultaneous charging via both utility and solar energy occurs, with the utility supplying power to the loads.
• In instances of solar unavailability, the utility powers the loads while charging the battery concurrently.
• If the utility is inaccessible, solar energy charges the battery, which in turn powers the loads alongside solar energy.
• In scenarios where both utility and solar energy sources are unavailable, the battery alone supplies power to the loads.

#2. Energy saving mode

• If the output load exceeds 5% of the total power, the utility steps in to supply power to the loads and simultaneously charges the battery in the absence of solar energy.
• In the absence of both utility and solar energy:
  • When the output load surpasses 5% of the total power, the battery provides power to the loads until it reaches 0% discharge, leading to inverter shutdown.
  • If the output load falls below 5% of the total power, the solar inverter transitions to standby mode within 5 seconds. It automatically activates the solar inverter every 6 seconds and monitors whether the load exceeds 5% of the total power every 3 seconds.”

#3. Energy storage priority

• When both utility and solar energy are available, solar energy is utilized to charge the battery, and subsequently, both solar and battery energy power the loads.
• In setups with both utility and solar energy, the battery charges via solar power and then powers loads. If the battery hits 50% capacity (or a 12V battery drops to 11.5V), utility kicks in to recharge it and power loads, stopping battery supply. When the battery hits 90% capacity (or a 12V battery reaches 13.5V), utility shuts off, letting solar recharge the battery. Then, both solar and battery power loads.
• In the absence of both utility and solar energy, battery energy solely powers the loads until the batteries discharge to 0%, following which the inverter shuts down.

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