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Working Principle Video of 12kW 32kWh PV Energy Storage System
This 12kW 32kWh PV energy storage system is equipped with 24×620W PV modules, a 12kW hybrid inverter and two 16kWh mobile batteries. Solar power supplies villa loads first in daytime, and surplus electricity charges batteries. It accepts multi-source inputs from PV, grid and diesel generator, supporting grid-tied & off-grid modes. It switches seamlessly to battery power during outages to continuously deliver stable clean power for villa air conditioning, lighting and other loads.
넶1 2026-10-08 -
PV-ESS Microgrid Solution for Private Villa in Central Africa, Compatible with Off-grid / Grid-tied Operation | Stable Power Supply & On-site Solar Consumption
This project is deployed at a private villa in Central Africa to build a residential PV-ESS microgrid system. With a total PV installed capacity of 14.88kW, it is equipped with a 12kW hybrid inverter and mobile energy storage batteries with a total capacity of 32kWh. The system achieves a daily power generation of 74kWh and supports both grid-tied and off-grid operation modes. It addresses frequent local grid outages and supplies clean and stable electricity for the villa.
넶2 2026-10-08 -
Working Principle Video of 4kW 8kWh PV-Storage All-in-One System
This 4kW 8kWh PV-storage all-in-one unit is paired with 6×585W PV modules. In daytime, solar energy is converted into electricity to power household loads like TV, fridge and lights first, while surplus power charges the built-in battery. When sunlight fades or grid fails, the battery outputs AC power continuously. It can run 200W loads for 40h and 500W loads for 16h, enabling self-consumption and home backup power supply.
넶3 2026-10-08
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Working Principle Video of 12kW 32kWh PV Energy Storage System
This 12kW 32kWh PV energy storage system is equipped with 24×620W PV modules, a 12kW hybrid inverter and two 16kWh mobile batteries. Solar power supplies villa loads first in daytime, and surplus electricity charges batteries. It accepts multi-source inputs from PV, grid and diesel generator, supporting grid-tied & off-grid modes. It switches seamlessly to battery power during outages to continuously deliver stable clean power for villa air conditioning, lighting and other loads.
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Working Principle Video of 4kW 8kWh PV-Storage All-in-One System
This 4kW 8kWh PV-storage all-in-one unit is paired with 6×585W PV modules. In daytime, solar energy is converted into electricity to power household loads like TV, fridge and lights first, while surplus power charges the built-in battery. When sunlight fades or grid fails, the battery outputs AC power continuously. It can run 200W loads for 40h and 500W loads for 16h, enabling self-consumption and home backup power supply.
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Working Principle Video of 2000W 2.4kWh Residential PV-Storage Integrated System
This residential PV-storage system uses two 580W panels and a 2kW all-in-one energy storage unit. Panels deliver DC power to the unit. The built-in MPPT prioritizes power for home loads like fridges and lights, with surplus stored in the battery. Without sunlight, the battery outputs AC power continuously. Compact and simple to install, it supplies basic power for remote pastoral homes with unstable grids.
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Working Principle Video of 160kW/522kWh PV-ESS Integrated System
This 160kW/522kWh PV-ESS system adopts 360pcs 650W PV modules to supply DC power to two 80kW hybrid inverters, paired with two 241kWh energy storage cabinets. Solar power feeds plant loads first, and surplus energy is stored in batteries. In case of grid failure, the system switches within milliseconds. PV and storage jointly power loads continuously. It realizes peak shaving and ensures uninterrupted production, ideal for overseas C&I sites with unstable grid.
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Working Principle Video of 24kW/48kWh Parallel Redundant Hybrid PV-ESS System
This 24kW/48kWh parallel redundant hybrid PV energy storage system supplies loads with solar power first, and excess power charges batteries. Batteries discharge when sunlight is insufficient. It connects to grid and diesel generator for automatic multi-source power switching. Parallel inverters provide redundant power supply. Production will not stop if one unit fails, ensuring stable power for oil mills and greatly cutting diesel consumption.
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Working Principle Video of 60kW/112kWh PV-Storage-Diesel Microgrid System
60kW/112kWh PV-storage-diesel microgrid uses an 84kWp PV array to deliver DC power to the 60kW hybrid inverter. Solar energy powers site loads first, with excess stored in the 112kWh lithium battery. The battery stabilizes PV fluctuations and absorbs AC startup surges. In low sunlight, it works with the diesel generator to maintain uninterrupted power and reduce fuel use, perfect for desert temporary camps.
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Working Principle Video of 8.5kW/15kWh Hybrid Grid PV Energy Storage System
8.5kW/15kWh hybrid PV-ESS converts solar power into DC electricity via PV panels and feeds it into the hybrid inverter. Solar power supplies household loads first, and excess energy is stored in three 5kWh batteries. It works in grid-tied mode for self-consumption when grid is available. Once grid fails, it automatically switches to off-grid mode. PV and batteries jointly power loads to guarantee uninterrupted electricity for areas with unstable grids.
