The item is located in Los Angeles. LCD Digital Display: Real-time display of voltage, load, and battery information. Peak Power: Three times the rated power. Works with Inductive Loads: Can work with devices like air conditioners and motors. Pure Sine Wave: Suitable for sensitive loads. 5-Step Progressive Charging: Includes 7 battery type selectors, including lithium battery chargers. Supports Generator Power Output: Accepts energy output from generators. High Power Factor (0.9-1.0): Low power consumption. Automatic Switching: Automatically switches between battery and line modes. Microprocessor Control: Ensures high reliability. Remote Control Function: Available. Protections: Overload, over-temperature, overcharge, low battery. Power : 3000W continuous, 9000W surge (20s), 12V DC input, 120V AC output. Efficiency : 95% in line mode, 88% in battery mode. Features : 90A battery charger, 30A transfer switch, LCD display, battery temp sensor, AC/battery priority selector, AGS, and 50Hz/60Hz frequency switch. Battery Compatibility : Works with 7 battery types (LiFePO4, lead-acid, gel, car batteries). Safety : Overload, overcharge, and temperature protection. Certification : UL 1741 ETL certified. Power : 3500W continuous, 10500W surge (20s), 12V DC input, 120V AC output. Features : 90A battery charger, 30A transfer switch, LCD display, battery temperature sensor, AC/battery priority selector, AGS, 50Hz/60Hz frequency switch. Battery Compatibility : Supports 7 battery types (LiFePO4, lead-acid, gel, car batteries). Power : 4000W continuous, 12000W surge (20s), 24V DC input, 120/240V AC output. Power : 6000W continuous, 18000W surge (20s), 24V DC input, 120/240V AC output. Power : 6000W continuous, 18000W surge (20s), 48V DC input, 120/240V AC output. Power Matching: Determine Load Power: First, calculate the total power of all devices that will be powered simultaneously. Add up the power of all equipment that might be used at the same time, and consider some power margin (typically 20% – 30%). For example, if you have a 1000W refrigerator, a 500W computer, and 300W worth of lighting, you’ll need an inverter with a rated power of at least (1000 + 500 + 300) × 1.3 = 2340W. This ensures the inverter won’t overload when the load fluctuates and will provide stable power for all devices. Working Principle: The hybrid inverter works by first converting DC to AC, using power semiconductor devices controlled by an accurate circuit. High-frequency PWM technology is used to chop and filter the DC voltage to form AC power. In grid-tied mode, the inverter monitors grid parameters and adjusts the output AC to match the grid using control algorithms, MPPT, and PFC techniques. It sends excess power to the grid or draws power from the grid when needed. In off-grid mode, the inverter independently provides AC power to the load, with part of the solar energy powering the load, and the rest stored in a battery through a charging control circuit. When solar power is insufficient or the load increases suddenly, it automatically switches to battery discharge mode, controlling the discharge depth. The inverter can also intelligently detect grid status and automatically switch modes between normal and fault conditions, ensuring stable output voltage and frequency during the transition. During the day, solar panels generate DC power, which is converted by the inverter to AC to power these appliances, reducing the reliance on the traditional grid. Emergency Power Supply: Paired with an appropriately sized battery, a 6000W inverter can maintain essential household services during a grid outage, providing power to lighting, refrigerators, computers (for work or information), and small medical devices (like oxygen machines), ensuring basic living needs for several hours or even days, especially in areas prone to frequent power outages due to adverse weather. Time-of-Use (TOU) Pricing Management: In areas with time-of-use pricing, this inverter combined with a battery system can store grid power during off-peak hours and use battery power during peak hours, while supplementing with solar energy to reduce electricity costs. Small Business Power Systems. Street Shop Operation Support: For small street-side shops like hair salons, nail salons, or small convenience stores, the 6000W hybrid inverter can meet the power needs of various devices in the store, including lighting, cash registers, small refrigeration display cases, computers, and advertising displays. During operating hours, solar power is used first, reducing electricity costs. In case of a grid failure, it can maintain operation of critical equipment, preventing business interruption and reducing economic loss. Small Restaurant Power Supply: In small restaurants or eateries, the inverter can provide power to kitchen appliances e. Induction cookers, microwaves, small refrigerators, restaurant lighting, and air conditioning systems. Especially during peak lunch or dinner hours, when solar generation is abundant, the inverter can meet most or all of the power demand, improving the energy self-sufficiency of the store and ensuring basic refrigeration and lighting during power outages. Outdoor Operations and Activity Scenarios. Temporary Power on Construction Sites: On construction sites, temporary offices, worker dormitories, or small construction equipment e. Small saws, drills, the 6000W hybrid inverter paired with solar power and batteries can provide stable AC power. During sunny periods, solar energy powers tools and equipment, reducing dependence on diesel generators, lowering noise and air pollution. At night or on cloudy days, power is supplied by the battery to meet basic lighting and equipment charging needs. Outdoor Activities and Camping Sites: For outdoor activity sites, such as camping grounds or music festival venues, the 6000W inverter can provide power to RVs, tents (for appliances like heaters, cooking devices), and event equipment like sound systems, lighting, and charging facilities. In areas with solar conditions, it provides a more environmentally friendly and sustainable energy supply. Small Agricultural Facility Power Supply. Greenhouse Climate Control: In small greenhouses, the 6000W hybrid inverter can power ventilation systems, irrigation systems, and temperature control devices (such as heating lamps, air conditioning fans). Solar power, in combination with the inverter, provides energy to these devices during the day, adjusting the environmental conditions to promote plant growth. At night or on cloudy days, energy stored in batteries helps maintain the operation of essential systems. Small Farm Equipment Power Supply: For small farms, such as family farms, the inverter can provide power for equipment like feed processing machines, milking devices (in small dairy farms), and electric farming tools. Paired with solar power, it helps reduce electricity costs and improves energy efficiency in agricultural production.