Residential ESS Solution

The AI-BESS residential ESS solution integrates energy storage inverters and batteries to ensure uninterrupted power supply round the clock. Beyond fulfilling electricity demands, it leverages peak-to-valley price differentials to maximize savings, fostering an economically viable, safe, and dependable power system for users. Additionally, it promotes environmentally friendly, low-carbon lifestyles, contributing to a sustainable future.

C&I ESS Solution

The AI-BESS C&I ESS solution provides energy storage systems and facilities, supports multi-mode operation, can achieve peak shaving and valley filling, reduce electricity costs; respond to the needs of application users and improve investment returns; serve as a backup power source to avoid significant losses caused by power outages.

Utility ESS Solution

The AI-BESS utility ESS solution can not only solve the problem of new energy generation and consumption, but also smoothly control new energy generation, reduce the impact on the power grid. It can also participate in power grid regulation and operation, meet the application needs of regional power grid peak shaving, frequency regulation, voltage regulation, emergency response, black start, new energy consumption, etc., and ensure the stable operation of the power system.

Microgrid ESS Solution

The AI-BESS microgrid energy storage solution prioritizes distributed energy, adhering to the principle of local energy generation and utilization. By integrating photovoltaic, wind, and other renewable energy sources with smart Energy Management Systems (EMS), it addresses local energy challenges effectively while maximizing multiple benefits. It enables both on and off-grid switching and can represent a power supply for areas with no grid access or unstable grid access.

Integrated Solution for PBC

The PBC is a type of microgrid comprising of a photovoltaic car canopy system (P), battery energy storage units (B), and EV charging facilities (C). This configuration significantly alleviates grid load during peak charging periods, thereby reducing operational costs. Moreover, it enhances the utilization of clean energy sources and achieves a dynamic equilibrium between local energy production and consumption loads. Through efficient and flexible configuration, it caters to the personalized needs of users effectively.