This 150kW / 150kWh Solar Energy Storage System is designed for small to medium commercial applications with stable daily load demand. Equipped with a Megarevo 150kW hybrid inverter, the system efficiently integrates solar PV, battery storage, and grid power to optimize energy usage.
With a 1:1 power-to-energy ratio, it is ideal for peak shaving, self-consumption optimization, and short-duration backup. The compact system architecture allows easy installation and fast deployment, making it suitable for retail stores, small factories, office buildings, and distributed energy projects.
Brand Name :
SAIL SOLARProduct Model :
SAS-150KW-ESSBattery Type :
Lithium BatteryWarranty :
5years/10yearsMax Input DC Voltage (V) :
800VOutput Frequency :
50hz/60hzInverter Type :
HybridSize: :
6000*2350*2380Battery Voltage :
500V-1000VProtection degree :
IP65Output Voltage (V) :
380v/400v/415v

This 150kW / 150kWh energy storage system integrates a Megarevo 150kW hybrid inverter with a high-voltage lithium battery pack in a compact and modular design. The system supports solar PV input, grid connection, and optional generator access, enabling flexible energy scheduling and stable power supply.
With a 1:1 power-to-energy ratio, the system is optimized for daily peak shaving, solar self-consumption, and short-duration backup. Intelligent EMS allows real-time monitoring, remote control, and automatic operating mode switching based on load and grid conditions.

Solar Panel
SAIL SOLAR photovoltaic modules in the 440W to 740W power range are designed to meet the requirements of commercial and industrial solar energy storage systems. Using high-efficiency cell technology, these modules deliver stable power output and excellent performance under various environmental conditions.
The wide power range allows flexible system design for different project scales, from rooftop installations to ground-mounted solar plants. With optimized temperature coefficient and low degradation rate, SAIL SOLAR modules ensure long-term energy yield and reliable operation throughout the system lifecycle.

Various hybrid Inverter
>Large capacity all-in-one hybrid inverter for commercial application
>Seamless on/off grid transfer
>Programmable working mode
>Supports remote control of DG
>Touchscreen LCD

Lithium Battery
The system is equipped with a 150kWh lithium battery energy storage unit designed for commercial and industrial solar energy storage applications. The battery adopts a modular and high-voltage architecture, delivering high charge and discharge efficiency with stable performance.
Integrated with an advanced BMS, the battery system provides real-time monitoring, cell-level protection, and intelligent thermal management to ensure safe and reliable operation. Its compact structure allows easy integration with hybrid inverters and energy management systems, supporting peak shaving, load shifting, and backup power functions.
Designed for long cycle life and high reliability, the 150kWh battery unit ensures consistent energy output and long-term system stability, making it an ideal energy storage solution for commercial buildings, factories, and distributed energy projects.

SAIL SOLAR provides a complete range of hybrid solar energy storage systems from 30kW to 1MW, designed to meet the energy needs of residential, commercial, and industrial applications. The systems integrate solar PV, lithium battery storage, and grid power into one intelligent hybrid solution, supporting both on-grid and off-grid operation.
From small 30kW systems for light commercial use to large-scale 1MW solutions for industrial and microgrid projects, SAIL SOLAR hybrid systems offer flexible configuration, stable performance, and reliable energy management. All systems support seamless switching during grid outages, ensuring continuous power supply for critical loads.
With intelligent energy management and scalable system architecture, SAIL SOLAR hybrid solutions enable peak shaving, load shifting, solar self-consumption optimization, and backup power functions. They are widely used in factories, commercial buildings, industrial parks, and distributed energy projects where power reliability and cost efficiency are essential.
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