GTI1000W Solar Power Inverters Analysis and Test Evaluation 1000W 110V MPPT Pure Sine Wave for Schools Power Stations
Discount price refresh daily—Skip inflation. Shop Now！
Brand:SBPKMARSCT | Model Name:Style | Power Source:Solar Powered | Recommended Uses For Product:It is very suitable for grid-connected power generation in schools, power stations and households. It is applicable to 36V solar panel and 36V battery. | Wattage:1000 watts
Share this deal with your friends:
Discover the GTI1000W Solar Power Inverters Analysis and Test Evaluation, a top-tier solution for converting solar energy into usable power with unmatched efficiency and reliability. This inverter is designed for those who demand the best in solar technology, offering a pure sine wave output that mirrors the grid’s power quality, ensuring your sensitive devices are protected and perform optimally. With its advanced MPPT technology and high-efficiency design, the GTI1000W stands out in the solar power inverters analysis and test evaluation, making it a preferred choice for schools, power stations, and beyond.
Technical Specifications:
– Power: 1000W
– Input Voltage: 22-50VDC
– Output Voltage: AC90-140V
– Efficiency: Greater than 99%
– Waveform: Pure Sine Wave
– Protection: Electrical isolation, overvoltage, and short circuit protection
– Material: Sturdy aluminum alloy shell
Ideal for a variety of settings, the GTI1000W solar inverter is perfect for educational institutions and power stations seeking reliable and efficient energy conversion. Its unique circuit design and imported industrial electronic components ensure a sensitive response and stable maximum power point locking, making it a cornerstone in solar power inverters analysis and test evaluation. The complete electrical isolation between machine output and input enhances safety, while the robust aluminum alloy shell provides durability against environmental factors. Whether you’re integrating solar power into your facility or upgrading your current system, the GTI1000W offers a seamless blend of performance, safety, and efficiency.
