Residential Energy Storage Funct

The residential energy storage platform product is dedicated to meeting the diverse needs of home users, providing a greener, smarter, and sustainable energy solution for smart homes worldwide. The product combines advantages such as lightweight design, easy installation, comprehensive protection, extreme efficiency, intelligent management, and adaptability to various scenarios, aiming to offer efficient, safe, and convenient smart energy storage solutions for homeowners.

Single-person foolproof installation, one-click intelligent configuration via the app, plug-and-play with no maintenance required. Dual protection design coupled with real-time big data AI analysis ensures system security. It introduces the "X-Energy" architecture integrating power grid, load, energy storage, and charging, leading to significantly improved operational efficiency. It also pioneers the "iVolt" smart energy OS system, which predicts and actively calls upon various energy sources/appliances for seamless intelligent operation.

Monitor and manage your home's smart energy devices anytime, anywhere, maximizing energy efficiency by coordinating home photovoltaics, energy storage, and other energy devices. Quick and simple installation and intelligent operational modes guarantee optimal energy usage for the home. Concise and intuitive instrument data allows users to grasp home energy conditions quickly and accurately. Highly friendly, intelligent, reliable, and thoughtful, making your entire home's electricity usage smarter.

Ligoo technology addresses the safety characteristics of lithium iron phosphate power batteries in new energy passenger cars through optical detection principles and reliable software and hardware development capabilities, achieving reliable full-cycle safety monitoring.

Targeting the safety characteristics of ternary power batteries in new energy passenger cars, it uses high-precision and reliable MEMS gas pressure sensors, enabling high-speed sampling and extremely low power consumption management for full-cycle and high-density air pressure data collection of battery packs.