Previous page Next page 1 Impact Consideration 2 Load Optimization 3 Cooling Fans 4 Safety Protection Previous page Next page 1 UPS Powering 2 Build in Bluetooth 3 Remote Control 4 Performance Contrast 5 Installation Space Previous page Next page 1 Backup 2 Garden Shed 3 RV System 4 Renogy System 5 GO SOLAR FAQ Q1: What is the function of a battery inverter? A1: The battery inverter is pivotal in solar energy systems, as it seamlessly transforms the direct current (DC) power from solar panels into alternating current (AC) power, ensuring compatibility with the electrical grid and enabling usage in diverse appliances and devices. Its absence renders the electricity from solar panels unusable. Q2: What's the difference between a Modified Sine Wave (MSW) inverter and a Pure Sine Wave (PSW) inverter? A2: The MSW inverter is very noisy and has a rugged waveform which can negatively affect how your appliances work On the other hand, the PSW inverter features a cleaner output, with a smooth and consistent waveform that is even cleaner than the grid. Inductive loads, such as microwave ovens and motors, operate faster, quieter, and cooler when connected to the PSW inverter. NOTE: We used to measure the waveform quality using THD (total harmonic distortion). PSW inverter: less than 3%; The grid: less than 5%; MSW inverter:20%-40%. Q3: Can this Renogy inverter be connected both on-grid and off-grid? A3: Yes, this inverter can be used both on-grid and off-grid, providing flexibility and convenience for various power supply scenarios. Whether you're connected to the grid or operating off-grid, this inverter has the capability to power your appliances efficiently and reliably. Q4: Does this Renogy 1000W 12V Pure Sine Wave Inverter come with Bluetooth connectivity? A4: Yes, this allows users to monitor and control the inverter's operations using a smartphone or other Bluetooth-enabled device. Through the Bluetooth connection, you can view real-time data on the status of the inverter, including the amount of power being produced and consumed, voltage and current levels.