Our latest hybrid system is redefining commercial and industrial energy solutions: • Adaptable for various scenarios, including micro-grids • Robust off-grid performance overload capacity • Enhanced DC capabilities for maximized solar input • Durable design with IP20 protection, no derating up to 50°C • User-friendly remote monitoring for seamless operation

The application fields of industrial and commercial energy storage include separately configured energy storage systems, photovoltaic+energy storage integrated systems (referred to as optical storage systems), microgrids, etc. The industrial and commercial energy storage system mainly consists of batteries, BMS, PCS (bidirectional converter system), electrical circuits and protection, and EMS system. The industrial and commercial energy storage system has the opportunity to participate in electricity market-oriented transactions. In addition to providing local power security. possessing energy management and automatic switching functions for microgrids, EMs also needs to consider participating in power demand side response functions.

● 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.

Made from 100% safe, non-toxic, non-hazardous energy, the lithium iron phosphate battery has higher chemical stability, is not prone to thermall runaway. and wil not overheat or catch fire even if punctured. With no acid in the battery. you can safely mount in any position. The integrated battery management system(BMS) protects your battery from overcharge and discharge, overcurrent, short circuit and low and high temperature for better performance and longer 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.

A hybrid system provides you the benefit of having battery storage for the solar energy that you produce while still being connected to the public electricity grid. This makes it the perfect type of system for supplying your electricity needs whenever you’re dealing with a power outage on the public electricity grid.