Energy Storage System Solutions

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AMLX’s commercial and industrial ESS provides multiple functions such as peak shaving and valley filling, capacity expansion deferral, demand management, and backup power supply. The system stores energy during low electricity price periods and releases it during peak times, effectively reducing electricity costs and improving investment returns. During grid outages or power restrictions, it supplies emergency power to critical loads, ensuring continuous production. Featuring high efficiency, smooth load regulation, and fast response, the solution also includes key component life prediction and multiple system protection mechanisms to ensure safe and reliable operation. Designed to perform stably under high temperature, humidity, altitude, and salt-mist conditions, its modular structure simplifies installation and maintenance, reducing operating costs. 

Utility-scale ESS include both renewable energy integration and thermal power plant frequency regulation. Due to the intermittency, volatility, and unpredictability of renewable generation, adding energy storage on the generation side allows excess electricity to be stored and released during periods of low generation or peak demand, smoothing power supply and compensating for renewable fluctuations while avoiding curtailment of solar and wind power.  AMLX provides both AC-coupled and DC-coupled solutions.

 For thermal power plants, ESS can respond rapidly to frequency regulation requirements, overcoming the slow response of traditional generators, improving the Kp value, and increasing plant revenue. Additionally, grid-side and independent/shared ESS  enhance grid flexibility through frequency regulation and peak shaving, alleviate weak distribution networks, and support the transformation and upgrade of the power system for efficient, safe, and reliable energy management.

Use LiFePO₄ cells with a modular design for residential, home, and small commercial energy storage. Each 2.5 kWh module can stack 2–16 units and support multi-cluster parallel expansion for 5–40 kWh+ capacity. Its high-voltage architecture works with mainstream inverters for efficient energy conversion. The smart BMS protects against over-charge, over-discharge, over-current, over-temperature, and short-circuit, ensuring safe, reliable operation from -15 °C to 50 °C. With 10,000+ cycle life and “Plug-and-Play” installation, it is ideal for diverse solar PV and storage applications.

Feature LiFePO₄ cells and a modular rack structure, with each battery module rated at 51.2 V, and the system can be configured into a high-voltage architecture with total voltages reaching several hundred volts to be compatible with mainstream high-voltage inverters/PCS, enabling efficient energy conversion and system integration. Supports scalable capacities from tens to hundreds of kilowatt-hours, meeting the needs of peak-shaving, backup power, solar PV storage, and commercial load management applications. The system is equipped with a smart BMS and active safety protections.

With capacities of 6.25/5.015/3.727 MWh, the system adopts advanced liquid-cooling technology to achieve efficient thermal management and superior durability. It supports multiple operation modes, including peak shaving, demand response, backup power supply, and command response. Featuring six-layer safety protection, dual-layer thermal propagation control, triple-layer fire protection, and dual-layer hierarchical explosion venting, it ensures comprehensive safety and stability. Equipped with an intelligent fire protection system and IP67-rated battery packs, it operates reliably even under extreme conditions.