● Energy storage integration: Equipped with battery storage function, it enables users to store excess solar energy for use during nighttime or power grid disruptions, thereby enhancing energy independence. ● Maximum energy efficiency: Intelligent technology can automatically adjust the distribution of energy between the grid. ● Environmental sustainability: Reducing reliance on fossil fuels and lowering the carbon footprint by using clean solar panels, ensuring maximum energy efficiency and cost savings. At the same time, utilizing the grid and renewable solar energy.

● Settable priority of utility and PV power supply; ● Support GPRS/WIFI/RS485, remote monitoring ● Each battery is equipped with an independent BMS battery energy managem ● Warranty 3 years, 10+ years life design

● Pure sine wave output, safe and stable ● Specifically designed for areas with power shortages, ensuring reliable power supply ● LCD displays real-time information, making the status clearly visible at a glance. ● Multiple protections, worry-free safety

The Energy Storage Controller Inverter Integrated Machine is an all-in-one power solution that combines an inverter, MPPT solar controller, and utility charging to provide stable power supply in areas with unreliable or no electricity. It features a fully digital design with advanced SPWM technology to output pure sine wave power, converting DC to AC for use with household appliances, power tools, and electronics. The machine includes an LCD screen for real-time data monitoring and comprehensive electronic protection for enhanced safety and stability.

● Pure sine wave inverters; ● Integrated MPPT controller/charger: ● Settable priority of utility and PV power supply; ● Wide PV input voltage; ● Using LiFePO4 battery, the battery has undergone strict safety testing, and the charging speed is fast, high temperature resistant, green environmental protection, non-toxic and pollution-free. ● Functions and parameters can be set via the LCD; ● With battery equalization function to optimize battery performance and extend battery life.

The energy storage container system plays a vital role in various application scenarios. It is widely used in PV stations and lithium energy storage batteries, effectively addressing the intermittency of solar power and providing stable grid support. The system can also be applied to wind farm grid-side storage, where the Battery Management System (BMS) enables frequency regulation for stable grid operation. On the grid side, it offers peak shaving, valley filling, frequency and voltage regulation, enhancing grid flexibility and reliability. In industrial and commercial settings, it integrates with solar charging systems to form a PV-storage-charging solution, meeting clean energy needs and reducing electricity costs.